CN115398417A

CN115398417A - Secure method and system for environmental credit scoring

Info

Publication number: CN115398417A
Application number: CN202180027949.9A
Authority: CN
Inventors: 马希尔·A·阿卜德尔萨米
Original assignee: Ma XierAAbodeersami
Current assignee: Ma XierAAbodeersami
Priority date: 2020-02-14
Filing date: 2021-02-15
Publication date: 2022-11-25
Also published as: CA3167365A1; GB202213504D0; IL295578B2; AU2021221174A1; IL295578A; WO2021163675A1; IL295578B1; JP2023513918A; KR20220154116A

Abstract

A method and system for providing environmental credit scores for a plurality of users, partners and distributors includes registering the plurality of users, partners, distributors and verifiers; receiving information from a registered user; receiving environmental activity records from partners and distributors; assigning an identification number to each activity; verifying the environmental activity record; calculating a score for each environmental activity; calculating environmental credit scores of the partners and the distributors; receiving data from a service point system; identifying environmental activity records of the user, the partner and the distributor, and recording respective environmental activity records; calculating the environmental credit score of the user according to the environmental activity data recorded by the environmental activity record of the user; analyzing environmental credit scores of the user, the partner, and the distributor; and publishes the environmental credit score.

Description

Secure method and system for environmental credit scoring

Cross Reference to Related Applications

The present application claims priority to U.S. patent application serial No. 16/043,453, entitled "method and system for environmental credit scoring," filed 24/7/4/22/2018, application serial No. 16/391,228, entitled "method and system for environmental credit scoring," U.S. provisional patent application serial No. 62/976,571, entitled "safety method and system for environmental credit scoring," filed 14/8/2020, application serial No. 63/066,132, entitled "safety method and system for environmental credit scoring," and U.S. provisional patent application serial No. 63/145,032, filed 3/2/2021, entitled "safety method and system for environmental credit scoring," filed 24/7/2021, filed 63/145,032, entitled "safety method and system for environmental credit scoring. Each of the above patent applications is incorporated herein by reference.

Technical Field

The present invention relates generally to an environmental credit scoring method and system based on site, user, partner, distributor, verifier and advertising facilitator verification activities.

Background

With the widespread use of the internet and the growth of computing systems, one area that has not yet made significant development is environmental rating techniques and systems. These techniques and systems fail to allow individuals, businesses, non-profit organizations, and government entities to collaborate effectively to address current environmental concerns.

Currently, the earth is facing a number of environmental problems such as climate change, air pollution, ozone depletion, water pollution, deforestation, desertification, habitat destruction, toxic chemicals, natural resource exploitation, light and noise pollution, acid rain, medical waste and litter and landfill. Climate change and global warming are the most serious environmental problems.

With increasing concerns about environmental issues, such as global warming and resource depletion, the types and numbers of certifications and green product standards have increased, and many green certifications developed for homes, schools, manufacturers, restaurants, hotels, cleaning companies, etc. have expanded to wider environmental issues to determine the impact of their products in manufacturing, use, and reuse. Green certification provides confirmation that goods or services meet mandatory or voluntary criteria and provide environmental benefits. Three types of environmental protection product statements have been made by the international organization for standardization (ISO): a first type of recycle label based on ISO14024, a second type of self-declared recycle claim based on ISO14021, and a third type of recycle product claim based on ISO 14025. The third category of environmental protection product claim is a standardized (ISO 14025) and life cycle assessment based tool. For publishing, the third category of environmentalist requires a separate entity, called the project operator, to oversee the entire development process of the environmentalist. The environmental product declaration is a report that focuses on the way a product or service affects the environment throughout its life cycle. This statement is an internationally recognized, independently verified, registered and published document.

While there are currently hundreds of international green product certifications, including about 100 certifications in the united states, they fail to allow individuals, businesses, non-profit organizations, and government entities to collaborate effectively on current environmental issues. In addition, they have limited effectiveness in substantially increasing the level of personal involvement in the environmental activity. The greater consumer demand for environmentally friendly products and services, the greater the incentive for product and service providers to enter the marketplace. Thus, creating an environmental credit scoring system that rewards based on an individual's environmental activities and uses environmental credit scores in decisions (e.g., university admission decisions, employment decisions) can increase global demand for environmentally friendly products and services.

Verification of the environmental activity of individuals and product and service providers plays an important role in determining the confidence in the environmental impact of their environmental activity. Since product and service providers can create an eco-product claim for their products and services and conduct Life Cycle Assessment (LCA) research on their own (internal LCA experts), verification of eco-product claims by independent verification authorities is the most critical step in determining the reliability of Life Cycle Assessment (LCA). Environmental product claims that approve products or services based on inaccurate or misleading results LCA may increase the need for damaging environmental products and services. In addition, verifiers can seek tasks and arrange to contract with product and service providers to verify the eco-product claim of their products and services without the involvement of the project operator. Thus, it is difficult to ensure that the verifier or verification company employee remains independent. Therefore, there is a need to overcome the above-mentioned problems.

Accordingly, there is a need for an environmental credit scoring method and system based on verified participant activity.

Various embodiments of the invention are provided in the following detailed description and accompanying drawings. The invention is capable of embodiments in various forms and its several details are capable of modifications in various respects, all without departing from the invention. Accordingly, the description and drawings of the present invention are provided by way of illustration only and are not intended to limit or define the scope of the invention as defined by the claims of the present patent application.

Disclosure of Invention

According to one or more embodiments, a method of environmental credit scoring for a plurality of users and partners is provided. The method includes registering a plurality of sites, users, partners and verifiers by assigning a unique user identification. The method also includes creating a plurality of request identifications for the plurality of combinations; receiving a plurality of request identifications from each of a plurality of user devices, partner devices, authentication devices, and one or more site devices and service point systems; matching each of the stored plurality of request identifiers with the received plurality of request identifiers to verify the plurality of request identifiers; generating one or more challenges; transferring one or more challenges to each of the plurality of devices; receiving a plurality of unique device identifications for each of a plurality of devices; receiving one or more data records comprising biometric data for each of a plurality of users, partners, and verifiers; one or more data records are received, including site images, video, and/or real-time video for each site. Receiving one or more data records including geographic location data for each site device, service point system, user device, partner device, and verifier device; extracting one or more features and biometric features from one or more data records of a plurality of sites, users, partners, and verifiers; integrating the biometric features of each user, partner, and verifier, each site image, video, or real-time video features, unique device identifications of each site device, service point system, user device, partner device, and verifier device, and geographic location data based on each site device, service point system, user device, partner device, and verifier device, in a plurality of combinations; storing the template generated after integration in a database of a server computer system; verifying the plurality of sites, users, partners and verifiers includes receiving one or more request identifications from each of the site devices, the service point system, the user devices, the partner devices and the verifier devices; verifying the received one or more request identifications; generating one or more challenges; transmitting in real-time one or more challenges to one or more site devices, user devices, partner devices, and verifier devices; receiving one or more unique device identifications, biometric data of one or more users, partners and verifiers, real-time location data of one or more devices, and images, video and/or real-time video of one or more sites; extracting one or more biometric features from the received one or more user, partner, and verifier biometric data according to a model stored in a server computer system database; extracting image, video and/or real-time video features of one or more sites from the models stored in the server computer system database; creating a template for comparison comprising one or more biometric features, images of one or more sites, video and/or real-time video features, one or more unique device identifications, and real-time geographic location data; retrieving one or more initial templates created during registration of the plurality of sites, users, partners and verifiers and stored in a server computer system database; comparing the one or more templates created during authentication with one or more initial templates created during registration of the plurality of sites, users, partners and verifiers and stored in a server computer system database; receiving information from a registered user, including personal information and information that the registered user completed one or more environmental activities before becoming a registered user; determining an environmental impact of a user completing each of the user's environmental activities before becoming a registered user if the environmental product claim was previously verified by a verifier of the verifier and associated with a partner of the partner based on a verified environmental product specification of the same environmental activity; receiving at least one environmental activity record in real-time from one or more devices of at least one of the plurality of partners; receiving at least one site activity record in real-time from one or more devices of at least one of the plurality of sites; receiving at least one verification activity record in real time from one or more devices of at least one of the plurality of verifiers; receiving at least one environmental activity record in real-time from a service point system of at least one of the plurality of partners; verifying environmental law violation by one or more partners, distributors, and users with at least one of the plurality of partners and/or one or more unregistered entities external systems by communicating with one or more partner devices and/or one or more unregistered external systems; calculating each environmental activity score provided by each of the plurality of partners according to environmental impact information included in the product and/or service verification eco product declaration provided by each of the plurality of partners and information included in the product and service verification eco product declaration provided by the other partner; calculating the score of each environmental illegal action reported by a partner according to the environmental influence information of each environmental illegal action; calculating an environmental credit score of the partner according to the calculated score; matching at least one environmental activity record in a plurality of users and cooperation partners with the unique user identifier to identify that at least one environmental activity record in the plurality of users and cooperation partners is associated with the unique user identifier of each environmental activity completed by the user, and recording the respective environmental activity record according to the environmental activity completed by the user; calculating an environmental credit score of at least one of the plurality of users according to the environmental activity data logged by the at least one of the plurality of users; analyzing the environmental credit scores of the users to determine one or more users with high environmental credit scores; publishing the environmental credit scores of the user and the partner and informing the user and the partner; identifying one or more sites, partners and verifiers associated with site activity records collected by one or more components of a site device; extracting data indicative of real-time data relating to at least one statement of an environmentally friendly product in a plurality of partners for each site device; generating a display of a list of sensors for each site device; defining one or more alert levels based on the collected real-time data relating to the environmental activity environmental protection product claim provided by at least one of the plurality of partners; and determining whether data collected by one or more sensors of one or more site devices includes real-time data that meets any defined alert level.

In accordance with one or more embodiments, a system for multiple user and partner environment credit scoring is provided. The system includes a plurality of devices associated with a plurality of sites, users, partners and verifiers, wherein the plurality of devices are communicatively coupled to a server computer system. The server computer system includes a processor configured to register a plurality of sites, users, partners and verifiers by assigning unique user identifications; creating a plurality of request identifications for a plurality of combinations of sites, users, partners and verifiers and their associated site devices, user devices, partner devices and verifier devices, respectively; receiving a plurality of request identifications from each of a plurality of user devices, partner devices, verifier devices, and one or more site devices and service point systems; each of the stored plurality of request identifications is matched with the received plurality of request identifications to validate the plurality of request identifications. Generating one or more challenges; transmitting one or more challenges to each of the plurality of devices; receiving a plurality of unique device identifications for each of a plurality of devices; receiving one or more data records comprising biometric data of each of a plurality of users, partners, and verifiers; one or more data records are received, including site images, video, and/or real-time video of each site. Receiving one or more data records including geographic location data for each site device, service point system, user device, partner device, and verifier device; extracting one or more features and biometric features from one or more data records of a plurality of sites, users, partners, and verifiers; integrating, according to a plurality of combinations, the biometric characteristics of each user, partner, and verifier, the image, video, or real-time video characteristics of each site, the unique device identification of each site device, service point system, user device, partner device, and verifier device, and the geographic location data of each site device, service point system, user device, partner device, and verifier device; storing the template generated after integration in a database of a server computer system; verifying a plurality of sites, users, partners and verifiers; receiving one or more request identifications from each of the site device, the service point system, the user device, the partner device, and the verifier device; verifying the received one or more request identifications; receiving one or more unique device identifications, biometric data of one or more users, partners and verifiers, real-time location data of one or more devices, and one or more site images, videos, and/or real-time videos; extracting one or more biometric features from the received biometric data of the one or more users, partners and verifiers according to a model stored in a server computer system database; extracting image, video and/or real-time video features of one or more sites from the models stored in the server computer system database; creating a comparison template comprised of one or more biometric features, one or more site images, video and/or real-time video features, one or more unique device identifications, and real-time geographic location data; retrieving one or more initial templates created and stored in a server computer system database during registration of the plurality of sites, users, partners and verifiers; receiving information from a registered user, including personal information and information that the registered user completed one or more environmental activities before becoming a registered user; if the eco-product claim was previously verified by the verifier of the verifier and associated with a partner of the partner, the environmental impact of each of the user's environmental activities completed by the user before becoming a registered user is determined from the verified eco-product claim for the same environmental activity. Receiving at least one environmental activity record in real-time from one or more devices of at least one of the plurality of partners; receiving at least one site activity record in real-time from one or more devices of at least one of the plurality of sites; receiving at least one verification activity record in real time from one or more devices of at least one of the plurality of verifiers; receiving at least one environmental activity record in real time from a service point system of at least one of a plurality of partners; verifying environmental law violation behaviors of one or more partners, distributors, and users by communicating with one or more devices of the partners and/or one or more external unregistered systems with at least one and/or more devices of the plurality of partners and/or without one or more external systems unregistered entity systems; calculating each environmental activity score provided by each of the plurality of partners based on the environmental impact information contained in the product and/or service verification environmentally friendly product statement provided by each of the plurality of partners and the information contained in the product and service verification environmentally friendly product statement provided by the other partner; calculating the environmental credit score of the partner according to the calculated score; matching the environmental activity record of at least one of the plurality of users and the partners with the unique user identifier to identify that the environmental activity record of at least one of the plurality of users and the partners is associated with the unique user identifier of each environmental activity completed by the user, and recording the respective environmental activity record according to the environmental activity completed by the user; calculating an environmental credit score for at least one of the plurality of users based on the logged environmental activity data recorded for the environmental activity of the at least one of the plurality of users; analyzing the environmental credit scores of the users to determine one or more users with high environmental credit scores; publishing the environmental credit scores of the user and the partner and informing the user and the partner; identifying one or more sites, partners, and verifiers associated with the site device's one or more components collecting site activity records; extracting data indicative of real-time data relating to an eco-product claim of at least one of the plurality of partners for each site device; generating a sensor list display for each site device; defining one or more alert levels based on the collected real-time data relating to the environmental activity environmental protection product claim provided by at least one of the plurality of partners; and determining whether data collected by one or more sensors of one or more site devices includes real-time data that meets any defined alert level.

Various embodiments of the invention are provided in the following detailed description and accompanying drawings. The invention is capable of embodiments in various forms and its several details are capable of modifications in various obvious respects, all without departing from the invention. Accordingly, the description and drawings of the present invention are provided by way of illustration only and do not limit or define the scope of the invention as defined by the claims of the present application.

Brief description of the drawings

Non-limiting and non-exhaustive embodiments of the present invention will be described with reference to the following drawings. In the drawings, like reference numerals refer to like parts throughout the various figures unless otherwise specified.

For a better understanding of the present invention, reference will be made to the following detailed description which should be read in conjunction with the accompanying drawings, wherein:

FIG. 1 is a block diagram of an example of an environmental credit scoring overall system in accordance with one or more embodiments;

FIG. 2A, FIG. 2B, and FIG. 2C show a simplified flow diagram illustrating a method for environmental credit scoring in accordance with one or more embodiments;

FIG. 3 is a block diagram illustrating system elements of an exemplary server computer system, according to one embodiment;

FIG. 4 is an example component diagram of one or more of the devices of FIG. 1.

The headings used herein are not meant to limit the scope of the claims or the specification. The headings used herein are for organizational purposes only. To facilitate understanding, identical reference numerals have been used, where possible, to designate similar elements that are common to the figures.

Detailed Description

The presently disclosed subject matter is described with specificity to meet statutory requirements. However, the description itself is not intended to limit the scope of this patent application. Moreover, although the term "step" may be used herein to connote different aspects of methods employed, the term should not be interpreted as implying any particular order among or between various steps herein unless and except when the order of individual steps is explicitly described.

Reference in the specification to "one embodiment" or "an embodiment" means that a particular feature, structure, or characteristic described in connection with the embodiment is included in at least one embodiment of the subject matter disclosed. Thus, the appearances of the phrase "in one embodiment" appearing in various places throughout the specification are not necessarily all referring to the same embodiment.

In the specification and claims, the singular forms "a", "an" and "the" include or otherwise refer to the singular and plural forms unless the content clearly dictates otherwise. In the present specification and claims, the term "or" is generally employed to include "and/or" unless the content clearly dictates otherwise.

The present invention relates generally to methods and systems, including environmental credit scoring methods and systems based on verification activities of sites, users, partners, distributors and verifiers, and advertising service providers.

Description of the terms

Blockchain-decentralized public ledger, which maintains a continuously growing list of data records, resistant to tampering and modification, called blocks, can be linked together to form a chain. A blockchain network may be comprised of one or more computing devices. The blockchain network may be configured to process and maintain transaction records as part of the blocks in the blockchain network. A block is added to the blockchain network after completion and the record of the transaction is updated. Blockchain transactions may be created and stored in a chronological order, or in any other order that may be suitable for use with blockchain networks. In some configurations, the transactions for the blockchain records may include information such as monetary amount and destination address. This information records the amount of money attributed to a particular address. In some cases, the blockchain transaction may include additional or other information, such as a timestamp, source address, etc. The blockchain may include a secure transaction book database in which transactions may be financial transactions or other non-financial transactions. The secure transaction book database may be shared by parties participating in a given decentralized network of computing devices. In some embodiments, the blockchain may record any type of data in a distributed database as a form of transaction (e.g., transfer or exchange of information) that occurs in the network, the database maintaining a continuously growing list of data records to prevent tampering and modification, even by parties or operators sharing the database, thereby reducing or eliminating the need for trusted and/or centralized third parties. The blockchain transaction may be validated and verified by the blockchain network through a verification technique (consensus mechanism), such as proof of work, proof of rights, and/or any other suitable consensus mechanism.

As used herein, the term "environmental activity" may refer to activities, products, services, expenses, and/or transactions that are primarily directed toward environmental protection. The term "environmental activity" may also refer to all activities intended to protect the environment, including but not limited to recycling; purchasing environmental protection products and services; and the use of renewable power, electric cars, and other environmentally friendly products and services. The term "environmental activity" may also refer to all activities under the environmental activity classification and the environmental protection activity Classification (CEPA). The term "environmental activity" may also refer to all activities that fall into the environmental activity classification, including (a) environmental protection activities and expenditures, (b) resource management activities and expenditures, and (c) resource utilization activities and expenditures.

As used herein, the term "module" may be hardware or software programmed to perform one or more processes and provide output using received input. The processes, outputs and inputs performed by the various modules will be apparent to those skilled in the art based on the disclosure of the present patent application.

As used herein, the terms "biometric statistics" and "biometric information" refer to measurable biometric characteristics of a user of user 102, a partner of partner 104, a distributor of distributor 106, a verifier of verifier 108, and/or an advertising services provider of advertising services provider 126, such as facial characteristics, voice characteristics, fingerprint characteristics, eye characteristics, and the like. Biometric information is obtained from one or more biometric sensors that scan or read biometric characteristics of the user 102, partner 104, distributor 106, verifier 108, and advertising services provider 126.

As used herein, the term "cryptocurrency" may refer to a digital currency in which the generation of monetary units and the verification of funds transfers may be regulated by cryptographic techniques.

FIG. 1 is a system block diagram illustrating an overall system for environmental credit scoring based on activities of a plurality of users 102, partners 104, distributors 106, verifiers 108, sites 128, and advertising services providers 126 in accordance with one or more embodiments. Fig. 1 schematically illustrates a system 100 for environmental credit scoring.

The system 100 includes a server computer system 124 that can communicate with a plurality of users 102, partners 104, distributors 106, verifiers 108, sites 128, and/or advertising service providers 126 via a network 120 through user devices 110, partner devices 112, distributor devices 114, verifier devices 116, site devices 129, and/or advertising service provider devices 127, respectively. The server computer system 124 may also communicate with the service point system 118, and the compute node 122, over the network 120.

User device 110, partner device 112, distributor device 114, verifier device 116, site device 129, and/or advertising service provider device 127 may be communicatively connected to server computer system 124 via network 120.

The user from users 102 may be a single individual. A partner from partner 104 may be an entity, such as a business, non-profit organization, government agency, and/or any other entity. The distributor from distributor 106 may be a business, non-profit organization, government agency, and/or any other entity including, but not limited to, a product manufacturer, intermediary organization, or any entity that distributes services and/or products.

In the system 100, one of the partners 104 may provide one or more environmental activities (e.g., environmental products and/or services) including products and/or services to the user 102. The distributor 106 may distribute one or more environmental activities to one or more partners 104, including products and/or services offered by one partner of the partners 104. The user of the user 102 may complete or develop one or more environmental activities (e.g., purchase environmentally-friendly products and/or services, use renewable energy, use electric vehicles that employ renewable energy) provided by the partner 104 partner. The partners of the partner 104 may transmit data related to one or more of the users 102 conducting environmental activities (e.g., purchasing, using, completing) to the server computer system 124. The partner 104 may also be an entity (e.g., a government agency) that reports environmental violations of users, partners, and distributors, and/or other information to the server computer system 124. An advertising service provider from the advertising service provider 126 may provide advertising services to the user 102, the partner 104, the distributor 106, the verifier 108, and/or unregistered third party entities (e.g., individuals, universities, companies, organizations, government entities, etc.).

Network 120 may include one or more wireless and/or wired networks. For example, network 120 may include any network capable of data communication between devices, including but not limited to a Public Land Mobile Network (PLMN), a private network, the internet, an ad hoc network, a Local Area Network (LAN), a cloud computing network, a Wide Area Network (WAN), a Metropolitan Area Network (MAN), a cellular network, an intranet, a telephone network, a fiber-based network, or the like, and/or a combination of these or other network types. In some embodiments, network 120 may include a short-range wireless network, which may be one of a bluetooth wireless, bluetooth low energy, and/or near field communication ("NFC") network.

The term "site" as used herein may refer to a spatial location where one or more site devices 129 may collect data. A site device from site devices 129 may be a combination of software and hardware to perform the functions of one or more site devices 129 described herein. By way of non-limiting example, a site device from site devices 129 may be device 400 having processor 406 and different arrangement of components, fewer components, additional components, different components than shown in FIG. 4. (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408), wherein processor 406 is configured in software to perform one or more functions of site device 129 as described herein.

According to various embodiments, a site device of the site device 129 may be configured to (a) collect and transmit to the server computer system 124 various data using one or more sensors and/or devices of the site device 129 input component 414, which data may include geolocation data (e.g., GPS/AGPS coordinates), a site of the site 128, identification data (e.g., site images, video and/or real-time video information, device PUFs, device identification information, account identifiers, block chain identifiers, public keys) of a partner of the partner 104 and/or one or more verifiers 108, lifecycle inventory data (e.g., field operation data, field material consumption data, field emission data, field energy consumption data, and field waste data) of one or more products or services of a partner of the partner 104 (e.g., field operation data, field material consumption data, field emission data, field energy consumption data, and field waste data), and/or other data that may be collected by one or more site devices 129; (b) Reading information of one or more partner and/or verifier identification cards, two-dimensional codes, and/or devices using one or more devices of site device 129 input component 414, such as an imaging device, a barcode scanner, a radio frequency identification and electronic tag reader, and/or any other device readable by site device 129; (c) Communicate with the server computer system 124 to verify one or more sites 128, partners 104, and/or verifiers 108; (d) Providing processing capabilities to update and validate a distributed ledger that can be shared among a set of site devices 129, point of service systems 118, compute nodes 122, site devices 129, user devices 110, partner devices 112, distributor devices 114, validator devices 116, and/or advertising service provider devices 127 (e.g., in embodiments that may utilize blockchains); and/or (e) perform the functions of the station apparatus 129 described herein.

As used herein, the term "service point system" may refer to a computing system or computing device configured to perform the functions of service point system 118 described herein. The point of service system from point of service system 118 may be a physical device (e.g., a vending machine, a tablet, a desktop, a kiosk, a smartphone, an electric vehicle charging station, etc.). The service point system 118 may be a combination of software and hardware to perform the functions of the service point system 118 described herein.

In embodiments that may utilize blockchains, service point systems 118, site devices 129, user devices 110, partner devices 112, distributor devices 114, and/or verifier devices 116 may provide processing capabilities for updating and verifying a distributed account book that may be shared among a set of service point systems 118, site devices 129, computing nodes 122, user devices 110, partner devices 112, distributor devices 114, and/or verifier devices 116. The distributed ledger can be collectively updated and validated according to transactions conducted between server computer system 124, compute node 122, point of service system 118, site device 129, user devices 110, partner devices 112, distributor devices 114, and/or validator devices 116.

Service point system 118 can take various forms depending on the type of environmental activity collected from user 102. The point of service system 118 may be a back vending machine, a web site, a mobile application, and the like. By way of non-limiting example, service point system 118 of partner 104 may be device 400 having processor 406 and different arrangement of components, fewer components, additional components, different components than shown in fig. 4. (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408), wherein processor 406 is software configured to perform one or more functions of point of service system 118 as described herein. By way of non-limiting example, the point of service system 118 may be a back vending machine having a processor 406 and different arrangements of components, fewer components, additional components, different components than those shown in FIG. 4. (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408), wherein processor 406 is software configured to perform one or more functions of point of service system 118 as described herein. By way of non-limiting example, the service point system 118 of the partner 104 may be a website or mobile application hosted by or associated with the server computer system 124 having the processor 406 and different arranged components, fewer components, additional components, different components than those shown in FIG. 4. (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408), wherein processor 406 is software configured to perform one or more functions of point of service system 118 as described herein. By way of non-limiting example, the service point system 118 of the partner 104 may be a device that may be installed almost anywhere, including in a public area, and have a processor 406 and arranged components, fewer components, additional components, different components than those shown in FIG. 4. (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408), wherein processor 406 is software configured to perform one or more functions of point of service system 118 as described herein. By way of non-limiting example, the point of service system of the partner 104 may be a portable device having a processor 406 and different arrangement of components, fewer components, additional components, different components than those shown in FIG. 4. (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408), wherein processor 406 is software configured to perform one or more functions of point of service system 118 as described herein. By way of non-limiting example, the point of service system 118 of the partner 104 may be a point of sale (POS) that may be used by the partner of the partner 104 to confirm environmental activities (e.g., purchase, use, completion) performed by the user 102 (e.g., purchase environmentally friendly products, and/or services provided by the partner 104). The hardware of the point of service system 118 may include any point of sale (POS) hardware having a processor 406 configured by software to perform one or more functions of the point of service system 118 as described herein. As a non-limiting example, the hardware of the point of service system 118 may include point of sale (POS) hardware manufactured and/or sold by companies including, but not limited to, fuji, yijieke, delgie, honeywell screening and Mobility, biter, cockian International, vantiv, first data, wirecard, source Technology, equisox, NCR, castles Technology spiral Payments, toast POS, and Square, etc., having a processor 406 configured by software to perform one or more of the functions of the point of service system 118 as described herein. In some implementations, the service point system 118 can be located where the environmental activity is confirmed.

In some implementations, the point of service system 118 in which the partner 104 partner (e.g., carrier) may be installed on one or more vehicles (e.g., electric vehicles) of the partner. The carriers may include, but are not limited to, car rental companies and taxi-taking companies such as good step and good fortune cars, as well as other taxi-taking and transportation network company platforms.

According to various embodiments, the service point system 118 may be configured to: (a) Collecting, by one or more sensors and/or devices (e.g., barcode scanner, radio frequency identification, electronic tag reader, biometric device), various data, such as identification data from one or more users 102 (e.g., account identification, biometric information, credential information, geolocation data, device PUF, device identification information, blockchain identification, public key); (b) Transmitting data to the server computer system 124, which may include, but is not limited to, information provided by partners (e.g., transportation companies, electric vehicle charging stations, renewable energy suppliers, and/or the like) of the partner 104, and environmental activities (e.g., products and/or services) conducted (e.g., purchased, used, or completed) by one or more users 102, such as information of services or products provided (e.g., use of renewable energy (service units), docking points, distances, and/or departure points), identification data of users and/or partners (e.g., account identification, biometric information, credential information, geolocation data, device PUFs, device identification information, block chain identification, public keys), environmental product claim information of products and/or services conducted by one or more users 102 (e.g., environmental product claim identification data), geographic data or geographic location data (e.g., GPS/AGPS coordinates) of the service point system 118, and payment information; (c) Providing processing power for updating and validating a distributed ledger and sharing the distributed ledger among a set of service point systems 118, compute nodes 122, site devices 129, user devices 110, partner devices 112, distributor devices 114, and/or validator devices 116; (d) To implement an offline transaction, the point of service system 118 may propagate its transaction once the point of service system 118 reconnects to the network 120; (e) Scanning a two-dimensional code from one or more devices (e.g., user device 110, partner device 112), wherein the two-dimensional code may be identification information (e.g., product or service identification number, environmental product declaration registration number) related to environmental activity (e.g., product and/or service) and/or related to user and/or partner identification data (e.g., account identification, biometric data, block chain identification, public key) in the form of a two-dimensional code; (f) Providing products and/or services provided by the partner 104 to the one or more users 102 (e.g., renewable power from an electric vehicle charging station, renewable power from a renewable energy provider, and/or the like), wherein the server computer system 124 may authenticate the one or more users 102 prior to providing the products and/or services to the one or more users; (g) Obtaining environmental activity records of one or more users 102, partners 104, and distributors 106 by communicating with server computer system 124; (h) Confirm one or more of the user's 102 environmental activities and print reports, and/or (i) perform the functions of the point of service system 118 described herein.

In some implementations, the server computer system 124 can use one or more algorithms to determine the distance between the server computer system 124, the service point system 118, the compute node 122, the site device 129, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127. For example, the server computer system 124 may use one or more algorithms to determine a distance between two points related to one or more environmental activities (e.g., transportation services) of one or more users 102 based on geographic data or geographic location data (e.g., GPS/AGPS coordinates) of one or more user devices 110 and the service point system 118.

In some implementations, the server computer system 124 may authenticate one or more users 102, and/or partners of the partner 104 (e.g., employees of the partner) prior to storing the transaction data (e.g., offline transaction data) in the storage component 402 and/or memory 404 of the server computer system 124, where the authentication may be performed according to a single-factor, two-factor, three-factor, or four-factor authentication method.

In embodiments where the service point systems 118 of partners (e.g., transportation companies) of the partners 104 may be installed in one or more vehicles (e.g., electric vehicles) of the partners, the server computer system 124 may verify the geographic locations of both the user 102 and the service point systems 118 using one or more algorithms, machine learning, and/or neural networks trained through deep learning, while the user conducts the environmental activity (e.g., transportation services) provided by the partners (e.g., transportation companies) of the partners 104 based on the geographic data or the geographic location data (e.g., GPS/AGPS coordinates) of the one or more user devices 110 and the service point systems 118, wherein the server computer system 124 may not credit the environmental activity, credit score, point, currency, crypto currency, and/or any rewards into an account of the one or more users 102 if the one or more user devices 110 are not located at the location of the service point systems 118 or within a preset distance.

In embodiments where the service point system 118 may be connected to the network 120, data may be transmitted from the service point system 118 to the server computer system 124 in real-time. In embodiments where the point of service system 118 may not be connected to the network 120, the point of service system 118 may be configured to enable offline transactions, where the point of service system 118 may propagate its transactions once the point of service system 118 reconnects to the network 120. In some implementations, the server computer system 124, the service point system 118, the computing node 122, the site device 129, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertisement service provider device 127 may communicate over the network 120 and may be configured to enable offline transactions and propagate their transactions upon reconnection to the network, where the network 120 may include a Wireless Mesh Network (WMN).

User 102, partner 104, distributor 106, verifier 108, site 128, and advertising service provider 126 may communicate with server computer system 124 using user device 110, partner device 112, distributor device 114, verifier device 116, site device 129, and advertising service provider device 127, respectively. Device 400 may correspond to devices from user device 110, partner device 112, distributor device 114, and verifier device 116, server computer system 124, site device 129, compute node 122, and/or service point system 118. In some implementations, devices from user device 110, partner device 112, distributor device 114, and verifier device 116, server computer system 124, compute node 122, site device 129, and/or service point system 118 can include one or more devices 400 and/or one or more components of device 400 (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408).

Devices from user device 110, partner device 112, distributor device 114, verifier device 116, server computer system 124, compute node 122, site device 129, and/or service point system 118 may be computing and/or communication devices (e.g., mobile phones, workstations, cell phones, personal computers, gaming devices, smart phones, tablets, laptops, smart watches, server computers, or any other type of computing device capable of communicating with server computer system 124). The partner 104 may use the service point system 118 to communicate with the server computer system 124.

The user 102, partner 104, distributor 106, and/or verifier 108 may communicate with the server computer system 124 through a user interface using the user device 110, partner device 112, distributor device 114, verifier device 116, and advertising service provider device 127. In some implementations, the server computer system 124 may include a web server hosting one or more websites accessible by the distributor 106, the partner 104, the user 102, the verifier 108, and the advertising services provider 126 via the network 120 (e.g., the internet).

The server computer system 124 may correspond to the device 400 having the processor 406 and different arrangements of components, additional components, different components, fewer components than those shown in fig. 4. (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408), where a computer program or programs may be stored on memory 404 and/or storage component 402 and have executable instructions for performing the functions of server computer system 124 as described herein.

In some embodiments, the server computer system 124 may be configured to use blockchains to store data for use. The blockchain may operate from a blockchain network consisting of a plurality of computing nodes 122, a plurality of site devices 129, a plurality of advertisement service provider devices 127, a plurality of service point systems 118, a plurality of user devices 110, a plurality of partner devices 112, a plurality of distributor devices 114, and/or a plurality of verifier devices 116. In some implementations, the computing nodes 122 can include systems associated with the users 102, partners 104, distributors 106, and/or verifiers 108. A block chain may be composed of a plurality of blocks, where each block in the block chain may include one or more data values and a block header. The blocks of the blockchain can be guaranteed against tampering and modification. The block header of each block in the block chain may include at least a block reference value, a time stamp, and a data reference value. The block reference value may be a reference to a previous block added to the chain of blocks, and the data reference value may be a reference to one or more data values included in each block. In an exemplary embodiment, one or more hash algorithms (e.g., cryptographic hash algorithm, cryptographic hash function) may be applied to the chunk reference value and the data reference value. Applying one or more hash algorithms to the tile reference value and the data reference value may result in a hash value such that the reference value needs to be regenerated if the corresponding data is modified. This may make the block chain immutable, as it is necessary to propagate any modifications through other blocks in the block chain. Each node in the blockchain network may store an entire copy of the blockchain, or a portion thereof. Thus, tampering with the blockchain may be nearly impossible, as any modifications must be made at each node of the blockchain network, and then a new block added to the blockchain. Thus, a block of the blockchain may be guaranteed to be free from tampering and modification.

The data values included in each block of the blockchain may include stored data used by the server computer system 124, the plurality of computing nodes 122, the plurality of user devices 110, the plurality of partner devices 112, the plurality of distributor devices 114, the plurality of verifier devices 116, the plurality of site devices 129, the plurality of advertising service provider devices 127, and/or other entities or systems for storage. For example, in some cases, the blockchain may be used to store campaign data (e.g., environmental campaigns conducted by users of users 102, environmental campaigns reported or confirmed by partners of partners 104, environmental campaigns distributed by distributors of distributors 106, verification campaigns conducted by verifiers of verifiers 108, advertising campaigns conducted by advertising service providers of advertising service providers 126, site campaigns reported by site devices of site devices 129), each campaign may include a transfer or exchange of information. In this case, each data value may include, but is not limited to, identification data (e.g., account identification, biometric data, blockchain identification, public keys, data acquired by imaging devices including images, videos, and/or real-time videos for identification purposes) of one or more users 102, partners 104, distributors 106, sites 128, and/or advertising service providers 126 and activity data related thereto for activities including transferring or exchanging information between server computer systems 124, multiple users 102, multiple partners 104, multiple distributors 106, multiple verifiers 108, multiple sites 128, multiple advertising service providers 126, and/or other entities or systems. There may be a single blockchain for all activities of the user 102, partner 104, distributor 106, verifier 108, site 128, and/or advertising service provider 126, or a separate blockchain for each account of the user 102, partner 104, distributor 106, verifier 108, site 128, and/or advertising service provider 126.

In embodiments where the blockchain may be a licensed blockchain (access control), the processor 406 of the server computer system 124, the plurality of computing nodes 122, the plurality of user devices 110, the plurality of partner devices 112, the plurality of distributor devices 114, the plurality of verifier devices 116, the plurality of site devices 129, and/or the plurality of advertising service provider devices 127 may be configured to execute one or more sets of computer readable instructions (software instructions) stored on the storage component 402 and/or the memory 404 in a trusted execution environment (a secure region of the processor).

In embodiments where a blockchain may be utilized, the blockchain may be a licensed blockchain, a public blockchain, or a private blockchain. In embodiments where the blockchain may be a licensed blockchain, the blockchain may only be accessible by participants who are allowed access to the blockchain, where access may be controlled (e.g., verifying or confirming a transaction, viewing data on the blockchain network may require licensing).

In some cases, the blockchain may be used to store verifier 108 activity data related to the environmentally friendly product claim validation activity of one or more products and/or services of one or more partners 104. In this case, each data value included in each tile in the chain of tiles may include, but is not limited to, identification data (e.g., account identification, biometric data, tile chain identification, public key, data acquired by an imaging device including images, video, and/or real-time video for identification purposes) of one or more verifiers 108, and/or partners 104, and activity data associated therewith, for one or more green product claims verified by the verifiers 108, wherein new tiles may be added as the green product claims are updated, added, and/or verified, wherein a chain of tiles may be established for all green product claims verified by all verifiers, a separate chain of tiles for green product claims verified by each verifier, or a separate chain of tiles for green product related to each verifier account, and/or partner account.

In some cases, the blockchain may be used to store environmental credit scores for the user 102, partner 104, and/or distributor 106, where each data value included in the blockchain may include identification data (e.g., account identification, biometric data, blockchain identification, public keys, data acquired by imaging devices including images, videos, and/or real-time videos used for identification purposes) for the user 102, partner 104, and/or distributor 106 and associated environmental credit scores, where new blocks may be added when the environmental credit scores are updated, where there may be a single blockchain for all partners 104 to confirm and/or report all environmental activities, a separate blockchain for each partner 104 to confirm and/or report environmental activities, or a separate blockchain of environmental activities associated with each user account, partner account, and/or distributor account. Using a blockchain may ensure that the environmental activity data and/or environmental credit score are not tampered with or skewed because the user device 110, partner device 112, distributor device 114, verifier device 116, site device 129, advertising service provider device 127, service point system 118, and computing node 122 in the environmental credit scoring system 100 shown in fig. 1 may verify each block in the blockchain and view the environmental activity data and environmental credit score.

In some embodiments, server computer system 124 may be a node in a blockchain network and may be configured to generate new blocks (e.g., including updated environmental credit scores, new data received from site device 129, new data received from point of service system 118 of one or more partners 104 or other systems associated with user 102, partner 104, distributor 106, and/or verifier 108, new data received from user devices, partner devices, distributor devices, and advertising service provider device 127) that are validated by other nodes and added to the blockchain. In some embodiments, service point system 118 may also be one node in a blockchain network and may be configured to generate new blocks that are verified by other nodes and added to the blockchain. In other embodiments, the server computer system 124, site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, advertisement service provider device 127, and/or other entity or system may transmit data to be stored in the blockchain to nodes in the blockchain network to add thereto.

Fig. 4 is a diagram of example components of a device 400. Device 400 may correspond to a device from user device 110, partner device 112, distributor device 114, verifier device 116, site device 129, compute node 122, and/or service point system 118. In some implementations, devices from user device 110, partner device 112, distributor device 114, verifier device 116, site device 129, compute node 122, and/or service point system 118 may include one or more components of device 400 and/or one or more devices 400. As shown in fig. 4, the device 400 may include a communication interface 408, a memory 404, a processor 406, a storage component 402, an input component 414, an output component 412, and a communication infrastructure 410.

The communication infrastructure 408 includes components, such as buses, networks, multi-core messaging schemes, message queues, etc., that allow communication between the components of the device 400.

The processor 406 may be implemented in firmware, hardware, or a combination of software and hardware. The processor 406 may be connected to a communication infrastructure 410. Processor 406 may be an Application Specific Integrated Circuit (ASIC), an Accelerated Processing Unit (APU), a microprocessor, a Field Programmable Gate Array (FPGA), a Central Processing Unit (CPU), a microcontroller, a Graphics Processing Unit (GPU), a Digital Signal Processor (DSP), a general or special purpose processor device specially configured to perform the functions of processor 406 discussed herein, or other types of processing components. In some implementations, processor 406 includes one or more processors that can be programmed to perform specific functions. The processor 406 described herein may be a single processor, multiple processors, or a combination thereof. The processor 406 may have one or more processor "cores". The processor 406 may be configured to execute computer-readable instructions (software instructions) stored on the storage component 402 and/or the memory 404. In some implementations, the processor 406 executing software instructions stored on the storage component 402 and/or memory 404 may be configured to perform one or more of the steps described with reference to fig. 2a,2b,2c, and 3. In some embodiments, a computer-readable medium may include non-volatile and/or volatile memory and have stored thereon a set of software instructions that, when executed by processor 406, cause processor 406 to perform one or more processes described herein.

The processor 406 may be configured to perform the functions of the server computer system 124 discussed herein, as will be apparent to those possessing an ordinary skill in the pertinent arts. In some embodiments, the processor 406 may include one or more modules, such as the registration module 304, the transceiver module 306, the verification module 308, the processing module 310, etc., that are specifically configured to perform one or more functions of the processor 406. As used herein, the term "module" may be hardware or software programmed to perform one or more processes and provide output using received input. The processes, outputs, and inputs performed by the various modules will be apparent to those possessing an ordinary skill in the pertinent arts based on the present disclosure.

In embodiments where the blockchain may be a licensed blockchain, the processor 406 may be configured to execute one or more sets of computer-readable instructions (software instructions) stored on the storage component 402 and/or the memory 404 in a trusted execution environment (a secure area of the processor).

Memory 404 may include Read Only Memory (ROM), random Access Memory (RAM), static or dynamic storage devices such as static memory (SRAM), magnetic storage, optical storage, and/or flash memory, which store information and/or instructions for use by processor 406. The memory 404 may be configured to store algorithms, communication protocols and standards for the registration module 304, transceiver module 306, verification module 308, processing module 310, and/or publication module 314, other algorithms, encryption keys, program code for the server computer system 124 modules and applications, block chain data, communication data for the block chain computing nodes 122, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, service point systems 118, advertisement service provider devices 127, and/or site devices 129, data formatting standards and protocols, and/or other data that may be suitable for use by the server computer system 124 in performing the functions disclosed herein, as will be apparent to those having skill in the art. Memory 404 may also be configured to store data, including algorithms for registration module 304, transceiver module 306, verification module 308, processing module 310, and/or publication module 314, blockchain data, communication data for blockchain computing nodes 122, identification data (e.g., account identification, biometric data, blockchain identification, public keys, data acquired including images, video, and/or real-time video imaging devices used for identification purposes) for users 102, partners 104, distributors 106, verifiers 108, sites 128, and/or advertising service providers 126, hash algorithms for verifying and/or generating blockchains, and so forth.

The storage component 402 stores software and/or information related to the use and operation of the device 400. For example, the storage component 402 may include a hard disk. The hard disk may be a solid state disk, a magnetic disk, a magneto-optical disk, and/or an optical disk. Storage component 402 may also include flash memory, magnetic tape, digital Versatile Disks (DVDs), cassettes, compact Disks (CDs), and/or floppy disks. The storage component 402 can also include another type of non-transitory computer-readable medium, and a corresponding drive. The memory component 402 may also include removable memory chips (e.g., EEPROM, PROM, etc.), as well as other removable memory units, as will be apparent to those possessing an ordinary skill in the pertinent arts.

Input components 414 include components that allow device 400 to receive information, such as a keyboard, touch screen device, keypad, mouse, switches, microphone, buttons, optical scanner, and so forth. The input components 414 may also include radio frequency identification (rfid) readers, card readers, scales, bar code scanners, and the like. The input component 414 may also include sensors for sensing information, such as accelerometers, gyroscopes, actuators, global Positioning System (GPS) components, assisted Global Positioning System (AGPS) components, and the like. The input component 414 may also include one or more biometric devices. The biometric metering device or biometric sensor may include a fingerprint recognizer, a texture recognizer, a facial recognition device, a hand geometry device, iris recognition, retina and odor recognition device, a voice recognition biometric data device, one or more imaging devices (e.g., infrared imaging device, any other imaging device), where the one or more imaging devices may include Complementary Metal Oxide Semiconductor (CMOS) sensors and/or Charge Coupled Device (CCD) sensors, and/or the like.

In some embodiments, the input component 414 may include one or more sensors or devices to obtain data, where the data may be lifecycle manifest data (e.g., field operational data, field material consumption data, field emissions data, field energy consumption data, and field waste data), and/or any other data that may be required by one or more sensors to provide to one or more verifiers to verify the eco-product claim of the partner's 104 partner's product and/or service and/or to determine the environmental impact of the partner's 104 partner's product and/or service. The sensors or devices may include, but are not limited to, one or more sensors or devices for sensing information, such as temperature measurement devices, emission sensors, energy measurement devices, velocity measurement devices (e.g., radar, lidar), other radar sensors, thermometers, nanoplasmon sensors, chemical sensors, proximity sensors, infrared sensors, optical particle sensors, pressure sensors, humidity sensors, ionized particle sensors, light sensors, mass spectrometers, ultrasonic sensors, carbon dioxide sensors, smoke, barometers, gas and alcohol sensors, oxygen sensors, touch sensors, color sensors, nitrogen sensors, geiger counters, tilt sensors, flow, RF radiation detectors, and level sensors, or combinations thereof, and/or any other sensor necessary to perform one or more functions of the device 400 described herein.

In some embodiments, the input component 414 (e.g., a sensor for sensing information, such as an accelerometer, a gyroscope, an actuator, a Global Positioning System (GPS) component, an Assisted Global Positioning System (AGPS) component, a temperature measurement device, a velocity measurement device, etc.) may be tamper-resistant or tamper-resistant. In some embodiments, the input component 414 (e.g., a sensor for sensing information, such as an accelerometer, a gyroscope, an actuator, a Global Positioning System (GPS) component, an Assisted Global Positioning System (AGPS) component, a temperature measurement device, a speed measurement device, etc.) may include a modular node that obtains data (e.g., sensor data) from the input component 414 (e.g., sensor) and encrypts the data before sending the data to the database 312 of the server computer system 124.

In some implementations, the input component 414 can be a component separate from the device 400 and operatively and/or communicatively coupled to the device 400. In some implementations, the input component 414 can be physically connected to (or manufactured onto) the device 400.

Output component 412 includes components that provide output information from device 400, including but not limited to one or more Light Emitting Diodes (LEDs), speakers, and/or displays. In some implementations, the output component 412 can be a separate component from the device 400 and operatively and/or communicatively coupled to the device 400.

Communication interface 408 includes components that enable device 400 to communicate with other devices, such as by wireless connections, wired connections, or a combination of wireless and wired connections. The component is a transceiver-like component including, but not limited to, a separate receiver and transmitter or a transceiver. The communication interface may be configured to allow or enable data and software to be transferred between the device 400 and external devices. For example, communication interface 408 may include a network interface (e.g., an ethernet card), a cellular network interface, an optical interface, a communications port, a coaxial interface, an infrared interface, a Radio Frequency (RF) interface, a Wi-Fi interface, a PCMCIA slot and card, a Universal Serial Bus (USB) interface, and so forth. Communication interface 408 may transmit data and software in the form of signals, which may be optical, electromagnetic, electronic or other signals, as will be apparent to one skilled in the relevant art.

In some implementations, the communication interface 408 can include one or more of a mobile data network transceiver, a Wi-Fi transceiver, an NFC transceiver, a bluetooth transceiver, a network adapter, and/or the like. In some implementations, the communication interface 408 can be configured to allow or cause the processor 406 to communicate with one or more of the service point systems 118, the computing nodes 122, the user devices 110, the partner devices 112, the distributor devices 114, the site devices 129, the advertisement service provider devices 127, and/or the verifier devices 116 over the network 120.

In an embodiment, communication interface 408 may include a Subscriber Identity Module (SIM) of one or more wireless or mobile media or wireless service providers that enables device 400 to communicate with and access and use the services of the wireless or mobile media or wireless service providers. The one or more SIMs may include an International Mobile Subscriber Identity (IMSI).

In embodiments that may utilize blockchains, the communication interface 408 may be configured to enable the device 400 to communicate with other devices and receive data signals transmitted electronically by the server computer system 124, the compute node 122, the service point system 118, the user devices 110, the partner devices 112, the distributor device 114, the site device 129, the advertisement service provider device 127, and/or the verifier device 116 in the blockchain network. In embodiments that may utilize a blockchain, the communication interface 408 may be configured to enable the device 400 to communicate with other devices and to electronically transmit data signals to the server computer system 124, the computing node 122, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the site device 129, the advertising service provider device 127, and/or the verifier device 116 in the blockchain network.

In some implementations, components or means of communication interface 408 may be separate components from device 400 and operatively and/or communicatively coupled to device 400.

One or more processes described herein may be performed by device 400. These processes may be performed by device 400 based on processor 406 executing software instructions, which may be stored by a non-transitory computer-readable medium such as storage component 402 and/or memory 404. As defined herein, the computer-readable medium is a non-transitory storage device, wherein the storage device comprises storage space distributed over multiple physical storage devices, or storage space within a single physical storage device. When the software instructions stored in storage component 402 and/or memory 404 are executed, one or more processes described herein may be performed by processor 406. Additionally, or alternatively, one or more of the procedures described herein may be performed by software instructions in combination with hard-wired circuitry. One or more of the procedures described herein may also be performed by hard-wired circuitry in place of software instructions. Thus, implementations and/or implementations described herein are not limited to any specific combination of software and hardware circuitry.

The number of components or arrangements shown in fig. 4 is provided as an example. In practice, device 400 may include fewer components, additional components, different components, or a different arrangement of components than shown in FIG. 4. One or more of the functions described herein may be performed by one or more components of device 400.

FIGS. 2A,2B, and 2C show a flowchart 200 illustrating a method for ambient credit scoring based on verification activities of sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126, according to one or more embodiments. As discussed with reference to fig. 1. The user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 may interact with a server computer system 124 via the network 120.

At step 202, the server computer system 124 receives one or more requests to register one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 with the server computer system 124.

At step 204, the server computer system 124 may generate or otherwise retrieve, from the storage component 402 and/or memory 404 of the server computer system 124, registration templates for registering one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and advertising service providers 127 with the server computer system 124. The registration template may include a plurality of registration steps, each of which may require information to be collected from one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, and/or their associated devices.

At step 206, the server computer system 124 may transmit over the network 120 to display or otherwise provide access to the enrollment templates by the site device 129, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127.

New partners (e.g., universities, companies, organizations, government entities, etc.) of the partners 104, distributors (e.g., universities, companies, organizations, government entities, product manufacturers, intermediaries, etc.) of the distributors 106, verifiers (e.g., individuals, companies, organizations, etc.) of the verifiers 108, users (e.g., individuals) of the users 102, and/or advertising service providers (e.g., individuals, companies, organizations, etc.) of the advertising service providers 126 may interact with interfaces (e.g., application interfaces, web interfaces, application interfaces that may include registration templates, or web interfaces, etc.) to register with the server computer system 124, preferably through a website hosted by or associated with the server computer system 124, or through mobile applications. For example, employees of the partners 104 and the distributor 106 may use devices associated with the plurality of partners 104 and the distributor 106 (shown as partner devices 112, and distributor devices 114) to access an interface that allows the partners and the distributor to register with the server computer system 124. The user 102 may use a device associated with multiple users 102 (shown as user device 110) to access an interface that allows the user to register with the server computer system 124. Verifier 108 may use devices associated with multiple verifiers 108 (shown as verifier device 116) to access an interface that allows verifier 108 to register with server computer system 124. The advertising service provider 126 may use devices associated with multiple advertising service providers 126 (shown as advertising service provider devices 127) to access an interface that allows the advertising service provider devices 127 to register with the server computer system 124.

Registration of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126 and/or their associated devices may include one or more steps. Each step may entail collecting data or one or more pieces of information and transmitting the data or one or more pieces of information to the server computer system 124. The registration includes:

(a) Credential information (e.g., username, unique user identification, password, personal Identification Number (PIN), key, etc.) for one or more users 102, partners 104, distributors 106, verifiers 108 and/or advertising service providers 126 is transmitted from one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 to server computer system 124. In some implementations, the server computer system 124 can generate credential information (e.g., public key, private key, unique user identification, username, password, personal Identification Number (PIN)). The credential information may be used to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126. The first step may also include transmitting information (e.g., name, address, taxpayer identification number, telephone number, email address) that may be transmitted in other registration steps; (b) Transmitting biometric information (e.g., facial features, voice features, fingerprint features, and eye features) from one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 to the server computer system 124; (c) Transmitting information relating to one or more site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 geographic location data (e.g., GPS/AGPS coordinates) from one or more site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 to server computer system 124; (d) Transmitting one or more site images, videos, real-time videos for each site 128 from one or more site devices 129 to server computer system 124; (e) Transmitting information relating to device identification information for one or more devices, wherein the information may include data or one or more information, stored locally in the device's storage component 402 and/or memory 404, and uniquely identifying each device (e.g., media access control ("MAC") address, international mobile equipment identity ("IMEI") number, international mobile subscriber identity ("IMSI"), etc.) from one or more site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 to the server computer system 124; (f) Transmitting information (e.g., name, address, type, taxpayer identification number, telephone number, email address) relating to one or more site 128, user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 profiles from one or more site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 to server computer system 124; and (g) transmitting, from the one or more site devices 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 to the server computer system 124, information (e.g., SRAM-PUF, CMOS sensor PUF) related to one or more Physically Unclonable Functions (PUFs) of the one or more site devices 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127.

As an example, employees of the partner 104 (e.g., a university, a corporation, an organization, a government entity, etc.) may register on the server computer system 124 to create a profile for the partner by interacting with a network interface displayed on devices associated with the partner. The profile may include, but is not limited to, information indicating a partner name, a partner address, a partner type (e.g., product manufacturer, intermediary agency, university, company, organization, government entity, consumer reporting agency, environmentally protected product claim program operator), other information (e.g., taxpayer identification number, telephone number, email address), one or more geographic locations operated by unregistered partners, an environmentally protected product claim for each product or service provided by a partner, an approval to register a partner (e.g., partner 104 registered at server computer system 124) and/or verify systems external to partner 104, a registration number for the environmentally protected product claim, environmentally protected product claim program operator information, any other information uniquely identifying partner 104, and/or any other information that may require registration at server computer system 124. One or more employees of the partner 104 may be enabled by the server computer system 124 to select one or more external systems (e.g., external identity management systems, etc.) that verify the employees of the partner 104 before allowing them to register on the server computer system 124, where the verification by the one or more external systems may occur before or after submitting the registration request, and the registration request may not be accepted by the server computer system 124 if the employees of the partner 104 are not verified by the one or more external systems.

As an example, employees of a distributor 106 (e.g., a product manufacturer, an intermediary organization, a university, a company, an organization, a government entity, etc.) may register on the server computer system 124 to create a profile for the distributor by interacting with a network interface displayed on a device associated with the distributor. The profile can include, but is not limited to, information indicating the name of the dispenser, the address of the dispenser, the type of dispenser (e.g., product manufacturer, intermediary agency, university, company, organization, government entity, consumer reporting agency, environmental protection product claim program operator), other information (e.g., tax payer identification number, telephone number, email address), one or more geographic locations operated by the dispenser, the environmental protection product claim for each product or service used by the dispenser, approval by a registration partner (e.g., partner 104 registered at server computer system 124) and/or to verify systems external to dispenser 106, the registration number of the environmental protection product claim, environmental protection product claim program operator information, any other information uniquely identifying dispenser 106, and/or any other information that may require registration with server computer system 124. One or more employees of the distributor 106 may be enabled by the server computer system 124 to select one or more external systems (e.g., external identity management systems, etc.) that authenticate the distributor 106 before allowing it to register with the server computer system 124, wherein authentication by one or more external systems may occur before or after submitting the registration request, and the registration request may not be accepted by the server computer system 124 if one or more employees of the distributor 106 are not authenticated by one or more external systems.

As an example, a person may register with server computer system 124 to create a profile for a user by interacting with a network interface displayed on a device associated with user 102. The profile may include, but is not limited to, information indicating a username, a user address, a passport number, a taxpayer identification number, a telephone number, an email address, information about the user's environmental activity (e.g., information about home energy, transportation, waste, food, shopping, etc.), approval by a registering partner (e.g., partner 104 and registered with server computer system 124) and/or verifying a system external to user 102, any other information uniquely identifying user 102, and/or any other information that may require registration with server computer system 124. In some implementations, the environmental activity information provided by the user 102 may be verified by registered partners 104 and/or unregistered entities. One or more individuals may be enabled by the server computer system 124 to select one or more external systems (e.g., external identity management systems, etc.) that authenticate the user 102 prior to allowing the user 102 to register with the server computer system 124, where authentication of the one or more external systems may occur before or after submitting the registration request, and the registration request may not be accepted by the server computer system 124 if the user 102 is not authenticated by the one or more external systems.

As an example, an individual verifier and/or an employee of verifier 108 (e.g., a university, company, organization, government entity, etc.) may register with server computer system 124 to create a profile for verifier 108 by interacting with a network interface displayed on a device associated with the verifier. The profile may include, but is not limited to, a profile indicating the verifier's name, verifier's address, type of verifier (e.g., university, company, organization, government entity), other information (e.g., taxpayer identification number, telephone number, email address), one or more geographic locations where the verifier is located, environmental product claim for each product or service verified by the verifier, approval of registered partners (e.g., partner 104 registered at server computer system 124), verification of external systems of verifier 108, any other information uniquely identifying verifier 108, and/or any other information that may be required for registration at server computer system 124. One or more individual verifiers or employees of verifier 108 may be enabled by server computer system 124 to select one or more external systems (e.g., external identity management systems and/or the like) that verify verifier 108, verify them before allowing verifier 108 to register with server computer system 124, wherein verification of the one or more external systems may occur before or after submission of the registration request, and the registration request may not be accepted by server computer system 124 if verifier 108 is not verified by the one or more external systems.

As one example, employees of personal advertising service providers and/or advertising service providers (e.g., universities, companies, organizations, government entities, etc.) of the advertising service providers 126 may register with the server computer system 124 by interacting with a network interface displayed on the advertising service provider devices 127 associated with the advertising service providers 126 to create profiles for the advertising service providers 126. The profile may include, but is not limited to, information indicating the advertisement service provider name, the advertisement service provider address, the advertisement service provider type (e.g., university, company, organization, government entity), other information (e.g., tax payer identification number, telephone number, email address), one or more geographic locations where the advertisement service provider 126 is located, the environmental product claim for each product or service used by the advertisement service provider 126, approval by a registration partner (e.g., partner 104 and registered on server computer system 124), verification of external systems of the advertisement service provider 126, any other information uniquely identifying the advertisement service provider 126, and/or any other information that may be required for registration at server computer system 124. One or more advertising service providers 126 may be enabled by the server computer system 124 to select one or more external systems (e.g., external identity management systems and/or the like) that authenticate the advertising service provider 126 before allowing it to register on the server computer system 124, where authentication of the one or more external systems may occur before or after submission of the registration request, and the registration request may not be accepted by the server computer system 124 if the advertising service provider 126 is not authenticated by the one or more external systems.

The server computer system 124 can interact with an interface for one or more registered and authenticated verifiers 108 to submit a registration request to the server computer system 124 to register one or more sites 128 and register or register one or more site devices 129 of one or more partners 104 on the server computer system 124. As an example, one or more registration verifiers 108 can interact with an interface displayed on the site device 129 site device to create a profile for one or more sites 128 of one or more partners 104 and submit the profile as a registration request to server computer system 124. Server computer system 124 can authenticate one or more site 128 and one or more site devices 129 before allowing one or more registration verifiers 108 to register them. The profile for each site may include, but is not limited to, information indicative of the name of the site, identification information of partners of the partner 104 (e.g., name, account identification, blockchain identification, public key, etc.), partner addresses, partner types (e.g., universities, companies, organizations, government entities), identification information of one or more site devices 129 (e.g., a unique site device identification that may be printed on the site device and/or provided to the verifier by the server computer system 124, which may be in human and machine readable form), and/or any other information that may be required to register one or more sites 128 at the server computer system 124. In some embodiments, the unique site device serial number or identification and partner account identification, blockchain identification, or public key of one or more site devices 129 may be in the form of a quick response code (two-dimensional code), barcode, NFC tag, radio frequency identification tag, or any electronic tag, and/or any other technique or device that may be read by the site device 129, wherein during registration of one or more sites 128 and/or during installation of one or more site devices 129 on partner sites 128, one or more verifiers 108 may use site devices 129 and their associated components to read the two-dimensional code, barcode, NFC tag, radio frequency identification tag, or any electronic tag, and server computer system 124 may automatically populate fields of the registration request form with the desired information relating to the partner, verifier, and/or site device 129 after site device 129 reads the two-dimensional code, barcode, NFC tag, radio frequency identification tag, or any electronic tag that may be read by site device 129.

In some implementations, registration requests for one or more sites 128 can be submitted by one or more verifiers 108 at the location of one or more partners 104 using one or more site devices 129. Each registration request data for one or more sites 128 submitted by one or more verifiers 108 to server computer system 124 using one or more site devices 129 may include, but is not limited to, time of day, geolocation data (e.g., GPS/AGPS coordinates) of partners 104, one or more verifiers 108 and one or more site devices 129, identification data (e.g., account identification, biometric data, block chain identification, public key, etc.) of partners 104 and/or one or more verifiers 108, and/or identification data (e.g., images, videos, and/or real-time videos, unique site device identification) of one or more sites 128, wherein images, videos, and/or real-time videos obtained by one or more imaging devices of one or more site devices 129 during registration of the site and installation of one or more site devices 129 may be stored in a database of server computer system 124 for use by one or more algorithms, machine learning, and/or neural trained network devices and verification of one or more network devices and by deep learning (e.g., image or video recognition site algorithms) to the site.

In some implementations, the server computer system 124 can authenticate the one or more registered verifiers 108, as well as the registration partners of the partner 104, prior to registering the one or more sites 128 with the server computer system 124, prior to registering the one or more site devices 129 with the server computer system 124, and/or prior to enabling the one or more site devices 129 to access the server computer system 124 to perform one or more functions of the site devices described herein. If the authentication is unsuccessful, the registration request may be rejected by the server computer system 124. Registration requests for one or more sites 128 may also be rejected by the server computer system 124 if one or more site devices 129, registration partners of the partner 104, and/or one or more registration verifiers 108 are not at partner locations (e.g., addresses of partners) stored in the server computer system 124 database or within a predetermined distance from partner locations (e.g., addresses of partners) stored in the server computer system 124 database during the registration site of the site 128.

The server computer system 124 may cause one or more registered and authenticated partners 104 to interact with an interface to submit registration requests to the server computer system 124 for registering or registering one or more service point systems 118 of one or more partners 104 with the server computer system 124 to enable the one or more service point systems 118 to access the server computer system 124 to perform one or more functions of the service point system 118 as described herein.

At step 208, the server computer system 124 may receive the informational data from the site device 129, the service site system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127. The information data may be received in real time. The server computer system 124 can facilitate receipt of informational data, which can then be stored in the storage component 402 and/or the memory 404 of the server computer system 124.

At step 210, the server computer system 124 may receive credential information or data (e.g., public key, private key, username, password, personal Identification Number (PIN), secret key, etc.) of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 via input at the relevant devices (user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127). In some embodiments, the credential information may be generated by the server computer system 124. The server computer system 124 may also receive information (e.g., name, address, type, taxpayer identification number, telephone number, email address, and other information) relating to the knowledge of one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126. This information may be received in real time. The server computer system 124 may associate the information data of the user 102, partner 104, distributor 106, verifier 108, and/or advertising facilitator 127 with the credential information of the user 102, partner 104, distributor 106, verifier 108, and/or advertising facilitator 127. The server computer system 124 may store the credential information of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 with the information data of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 in the storage component 402 and/or memory 404 of the server computer system 124.

At step 212, the server computer system 124 may receive device identification information from one or more of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 over the network 120. The device identification information may be received in real time. The device identification information may be one or more information stored in the storage component 402 and/or memory 404 of one or more of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 to uniquely identify each device. The device identification information may include, but is not limited to, operating system version, operating system manufacturer, operating system name, and information about one or more of site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertisement service provider device 127, which may include a hardware identification, such as a media access control ("MAC") address, international mobile equipment identification ("IMEI") number, and the like. In some implementations, the hardware identification may also include a pairing identity, such as an international mobile subscriber identity ("IMSI") number, of one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 and devices associated therewith. The hardware identification may also include a combination of these and other identifications of the user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127. One of ordinary skill in the art will recognize that other forms of device identification information may be substituted for a portion of providing the device identification information to the server computer system 124 herein. In some embodiments, the device identification information may be generated by one or more site devices 129 and transmitted to the server computer system 124 during or after registration.

Server computer system 124 may associate information data of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 with device identification information of their associated devices (user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127). The server computer system 124 may also associate one or more sites 128 with device identification information for their associated devices, one or more site devices 129. The server computer system 124 may also associate one or more of the partners 104 with the device identification information of their associated device, or devices, of the service point system(s) 118.

The server computer system 124 can store the information data of the associated one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 and the device identification data of their associated devices (site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127) in storage component 402 and/or memory 404 of the server computer system 124.

At step 214, the server computer system 124 may generate one or more requests for one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to create one or more biometric templates (e.g., facial templates) for display on their associated devices (user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127) during or after registration. The server computer system 124 can also generate one or more requests to create one or more image, video, and/or real-time video templates for display on the one or more verifier devices 116 to create one or more templates for the one or more sites 128 during or after registration of the one or more sites 128 and/or during or after registration and installation of the one or more site devices 129.

At step 216, the server computer system 124 may receive data or one or more data records comprised of biometric information (e.g., facial image data) of one or more users 102, partner devices 104, distributors 106, verifiers 108, and/or advertising service providers 126 acquired by one or more sensors (e.g., CMOS and CCD sensors) of one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 108, and/or advertising service provider devices 127. The server computer system 124 can also receive data, including image, video, and/or real-time video information for one or more sites 128 (e.g., image, video, and/or real-time video data for a site). The data or data records may be received in real time.

In some implementations, the server computer system 124 can generate a biometric template (e.g., a facial template) for each of the user 102, the partner 104, the distributor 106, the verifier 108, and/or the advertising services provider 126 based on the received biometric information (e.g., facial image data). In some embodiments, the server computer system 124 may also generate image, video, and/or real-time video templates (e.g., site image, video, and/or real-time video templates) for each site 128 based on the received image, video, and/or real-time video information (e.g., site image, video, and/or real-time video data). The server computer system 124 may associate information data of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 127 with their biometric template data (e.g., facial template data) and/or biometric information (e.g., facial image data). In some implementations, the server computer system 124 can generate a biometric template (e.g., a facial template) by extracting one or more biometric (e.g., facial image) features from the received biometric information (e.g., facial image data) using one or more algorithms. In some implementations, the server computer system 124 can generate the image, video, and/or real-time video template by extracting one or more site image, video, and/or real-time video features from the received image, video, and/or real-time video information.

In some implementations, the server computer system 124 can also associate the information data of one or more sites 128 with their image, video, and/or real-time video template data (e.g., image, video, and/or real-time video template data) and/or image, video, and/or real-time video information (e.g., image, video, and/or real-time video data). In some implementations, the server computer system 124 may store the information data of the relevant user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 along with their biometric template data (e.g., facial template data) and/or biometric information (e.g., facial image data) in the storage component 402 and/or memory 404 of the server computer system 124. In some embodiments, the server computer system 124 may also store the information data of the relevant sites 128 and their image, video, and/or real-time video template data (e.g., image, video, and/or real-time video template data) and/or image, video, and/or real-time video information (e.g., image, video, and/or real-time video data) in the storage component 402 and/or memory 404 of the server computer system 124.

At step 218, the server computer system 124 may receive data or one or more data records including geographic location data (e.g., GPS/AGPS coordinates) of one or more site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127. The geographic location data (e.g., GPS/AGPS coordinates) may be obtained by its GPS/AGPS component during or after registration. The server computer system 124 may associate the information data of one or more of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 with their geographic location data (e.g., GPS/AGPS coordinates). The server computer system 124 may store information data and its geographic location data (e.g., GPS/AGPS coordinates) of the associated site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 in the storage component 402 and/or memory 404 of the server computer system 124.

At step 220, the server computer system 124 may create multiple request identifications for multiple combinations or sets. Each request identification may be combined with a combination or set. Each combination or set may represent an authentication method that may be used to authenticate each site 128, user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 and its associated equipment.

In some implementations, the creation of multiple combinations or sets of multiple request identifications by the server computer system 124 can be accomplished during registration of one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 based on data received from one or more site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127.

For example, the combination of the user, user credential information, device Physical Unclonable Function (PUF), device identification information, and geographic location data may represent a five-factor authentication method. The first factor is: are users that may be represented by biometric features of the user 102, partner 104, distributor 106, verifier 108, and/or advertising facilitator 126, site images, videos, live video features of each site 128. The second factor is user credential information, which may be represented by credential information (e.g., public key, private key, username, password, personal Identification Number (PIN), secret key, etc.) of each user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126. A third factor is a device PUF, which may be represented by a unique device identification (e.g., SRAM-PUF, CMOS sensor PUF) for each of site device 129, service site system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127. The fourth factor is device identification information, which may be represented by one or more pieces of information that are stored locally in the storage component 402 and/or memory 404 of the user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127, and that uniquely identify each device (e.g., a media access control ("MAC") address, an international mobile equipment identity ("IMEI") number, an international mobile subscriber identity ("IMSI") number, etc.). A fifth factor is geolocation data, which may be represented by geolocation data (e.g., GPS/AGPS coordinates) of each of site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127.

These combinations may include, but are not limited to: ( A user 102 biometric obtained by one or more sensors of user device 110, user 102 credential information, a user device's 110PUF, user device 110 identification information, and/or verified geolocation data of user device 110), (a partner 104 biometric obtained by one or more sensors of partner device 112, credential information of partner 104, partner device 112PUF, identification information of partner device 112, and/or verified geolocation data of partner device 112), (a biometric obtained by one or more sensors of distributor device 114, distributor's 106 credential information, distributor device's PUF, identification information of distributor device 114, and/or the verified geolocation data of distributor device 114), (biometric characteristics of the verifier obtained by one or more sensors of verifier device 116, verifier 108 credential information, the PUF of the verifier device, identification information of verifier device 116, and/or verified geolocation data of verifier device 116), (advertising service provider biometric characteristics obtained by one or more sensors of advertising service provider device 127, credential information of advertising service provider 126, PUF of advertising service provider device, identification information of advertising service provider device 127, and/or verified geolocation data of advertising service provider device 127), (biometric characteristics of partner obtained by one or more sensors of service point system 118, credential information of partner 104, PUF of service point system, identification information of service point system 118, and/or verified geolocation data of service point system. ). (site 128 image, video, and/or real-time video features, verifier 108 credential information, the PUF of the site device, identification information of the site device 129, and/or verified geolocation data of the site device 129), and/or (verifier biometric features obtained by one or more sensors of the site device 129, site image, video, and/or real-time video features, verifier 108 credential information, the PUF of the site device, identification information of the site device 129, and/or verified geolocation data of the site device 129).

At step 222, the server computer system 124 may store the combination to which each created request identification is associated in the storage component 402 and/or memory 404 of the server computer system 124.

In some implementations, the server computer system 124 can associate each created request identification with information data (e.g., device identification data, credential information) of one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their associated devices during registration, where the request identification can be transmitted to the server computer system 124 when each of the multiple sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 seeks access permission from the server computer system 124 using its associated device.

In some implementations, the server computer system 124 can authenticate one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 127 and their associated devices according to the type of combination. The combination type may include a single factor authentication method: a user; the two-factor authentication method comprises the following steps: a user, device PUF; the three-factor authentication method comprises the following steps: user, device PUF and geolocation data; the four-factor authentication method comprises the following steps: a user, a device PUF, device identification information, and geographic location data; and a five-factor authentication method: a user, user credential information, a device PUF, device identification information, and geographic location data. Single-factor, two-factor, three-factor, four-factor, and five-factor authentication methods may include any factor. In some embodiments, the factors of the authentication method may be determined based on information data received by the server computer system 124 from one or more of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 during registration.

In some implementations, the server computer system 124 may enable one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 127 to register based on a single-factor, and/or two-factor authentication method, which may include either of two factors (user, user credential information), not registering their associated devices during registration, which they may be enabled by the server computer system 124 to register their associated devices after they register and authenticate the server computer system 124. For example, a single-factor authentication method that utilizes user 102 credential information (e.g., a public key, username, password, personal Identification Number (PIN), key, etc.) may be used to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 127. Then, after authentication, one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 127 may be enabled by server computer system 124 to register their associated devices.

In some implementations, the combination may include one or more types of biometric information (e.g., facial features, voice features, fingerprint features, and eye features) to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126. For example, a five-factor authentication method for authenticating one or more users 102 may include user facial features, voice features, fingerprint features, and/or eye features, user 102 credential information, user 102 device PUF, user 102 device identification information, and geographic data or geolocation data.

In some implementations, the biometric information of the facial features can be used to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126. In some implementations, images, video, and/or real-time video features can be used to authenticate one or more sites 128.

In some implementations, any type of biometric information may be used in place of the biometric information of the facial features. Further, a particular embodiment may utilize multiple types of biometric information (e.g., facial features, voice features, fingerprint features, and eye features) to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126.

In some implementations, one or more Physically Unclonable Functions (PUFs) of user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and service point system 118 may be silicon PUFs, one or more integrated circuits that may be used to authenticate devices, device-related components, and/or sensors. In some implementations, the PUF may be a memory (memory chip of the device) based PUF, where the device may include flash memory, memristors, static Random Access Memory (SRAM), magnetic RAM or Magnetoresistive Random Access Memory (MRAM), and/or resistive random access memory (ReRAM). In some embodiments, the PUF may be sensor-based (e.g., fingerprint sensor-based PUF, complementary Metal Oxide Semiconductor (CMOS) sensor-PUF).

In some implementations, the PUFs of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and service point system 118 can include one or more electronic circuits that produce a unique physical characteristic output that depends on a Physical Unclonable Function (PUF). For example, due to variations in manufacturing processes, an Integrated Circuit (IC) is composed of transistors having different physical characteristics. For example, due to variations in manufacturing processes, the electronic characteristics of transistors (e.g., transistor threshold voltage, gain factor) are different, measurable. In some implementations, the PUFs of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and service point system 118 can include one or more electronic circuits on an electronic chip that produce an output based on unique physical characteristics of the one or more electronic circuits. In some implementations, responsive to receiving the input, the PUFs of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and service point system 118 can be configured to generate an output, where the generated output is based on the unique physical characteristics of the PUFs and/or the input.

In some implementations, without receiving input, the PUFs of user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and service point system 118 may be configured to generate an output. For example, an output (e.g., a unique value) may be obtained from an SRAM-based PUF by requesting the state of an SRAM bit for one or more addresses of the SRAM.

At step 224, the server computer system 124 may receive one or more request identifications from one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to access the server computer system 124 to register its associated devices, wherein the one or more request identifications may be transmitted from its associated devices (user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127). The server computer system 124 can also receive one or more request identifications from one or more verifiers 108, where the request identifications can be transmitted from each of the one or more site devices 129. The server computer system 124 may also receive one or more request identifications from one or more partners 104, where the request identification may be sent from each of the service point systems 118 of the partners 104.

At step 226, the server computer system 124 may validate each request identification received by comparing it to the request identifications created and stored in the storage component 402 and/or memory 404 of the server computer system 124. The server computer system 124 may generate one or more challenges and transmit or communicate the one or more challenges to the user device 110, partner device 112, distributor device 114, verifier device 116, advertisement service provider device 127, site device 129, and/or point of service system 118 upon accepting each received request identification. In some implementations, the device may communicate one or more challenges as inputs to a PUF (e.g., CMOS sensor-based PUF, SRAM-based PUF) of each of the service point system 118, site device 129, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 to produce a response (output) corresponding to each challenge. The server computer system 124 may generate one or more challenges for each combination bound to each request identification during registration of the user device 110, partner device 112, distributor device 114, verifier device 116, advertisement service provider device 127, site device 129, and/or service point system 118. Each of the one or more challenges may include a random value (e.g., a random bit string).

At step 228, user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or point of service system 118 can be configured to generate a key using the generated output of the PUF, which generated output is constant for a fixed input, or to generate as a value a unique device identification using one or more algorithms (e.g., a fuzzy extractor, also known as a helper data algorithm, a BCH fuzzy extractor, an efficient fuzzy extractor using a BCH, using epipolar lines of HA-SCL, and/or using epipolar lines connecting the BCH and the epipolar line codes in series). In some implementations, user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service point system 118 may be configured to map each output or response of a PUF to a key or unique device identification.

In some embodiments, where the generated output of the PUF is a noisy output or is not the exact same output that may be generated in response to receiving the fixed input twice, user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service point system 118 may be configured to generate a constant value (e.g., a key, a unique device identification, a secret, etc.) for the fixed input using one or more algorithms (e.g., a fuzzy extractor, also known as a helper data algorithm, a BCH fuzzy extractor, an efficient fuzzy extractor using a BCH, epipolar lines using HA-SCL, and/or epipolar lines using a serial connection of the BCH and the epipolar line code) using the generated noisy output of the PUF during authentication of the device. The one or more algorithms and/or one or more methods may include a fuzzy extractor, also known as a helper data algorithm, a BCH fuzzy extractor, an efficient fuzzy extractor using BCH, epipolar using HA-SCL, and/or an epipolar, error Correcting Code (ECC) method using serial connection BCH and epipolar codes.

In some implementations, the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or point of service system 118 can be configured to generate the helper data using the generated output of the PUF using one or more algorithms and/or methods (e.g., fuzzy extractor, also known as helper data algorithm, BCH fuzzy extractor, efficient fuzzy extractor using BCH, epipolar line using HA-SCL, and/or epipolar line using serial connection of BCH and epipolar line codes, error Correction Code (ECC) method). For example, the device may receive one or more challenges, may generate one or more PUF responses, may generate one or more cryptographic keys or unique device identifications, and may generate one or more helper data.

At step 230, the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service point system 118 may create and transmit to the server computer system 124 one or more sets of values, each set of values may include one or more challenges, helper data, generated unique device identifications or keys, and/or one or more responses (outputs) to the generated PUF in response to receiving one or more fixed inputs (e.g., in response to receiving the same challenge twice). In some embodiments, one or more values of the one or more value sets may be encrypted by the device prior to sending them to the server computer system 124, where the encryption may be decrypted by the server computer system 124 after receiving the values. In some implementations, one or more responses (outputs) of the PUF may not be stored in the storage component 402 and/or memory 404 of the server computer system 124.

In some implementations, the server computer system 124 can associate the informational data of one or more site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertisement service provider devices 127 with their one or more challenges, helper data, generated keys or unique device identifications, and/or one or more responses (outputs) of PUFs. The server computer system 124 may store the information data of the associated site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 with their one or more challenges, helper data, generated key or unique device identification, and/or one or more responses (outputs) of the PUF in the storage component 402 and/or memory 404 of the server computer system 124. In some implementations, the server computer system 124 can transmit the challenge and the helper data to the user device 110, the partner device 112, the distributor device 114, the verifier device 116, the advertisement service provider device 127, the site device 129, and/or the service point system 118, where one or more of the devices can recover one or more keys or unique device identification using the PUF using one or more algorithms and/or methods.

At step 232, the server computer system 124 may store the one or more value sets in the storage component 402 and/or the memory 404 of the server computer system 124. In embodiments where the server computer system 124 may not store a key or unique device identification value, the server computer system 124 may store the result value of one or more unique device identifications or key functions (e.g., f (key)).

In implementations where the server computer system 124 may store a key or unique device identification one-way function (e.g., a cryptographic hash function or similar function), the server computer system 124 may transmit the stored challenge and assistance data to the user device 110, partner device 112, distributor device 114, verifier device 116, advertisement service provider device 127, site device 129, and/or point of service system 118, where one or more devices may recover one or more keys or unique device identifications and send them to the server computer system 124. The server computer system 124 may authenticate the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or point of service system 118 by checking whether the received one or more keys or unique device identification functions are equal to the stored one or more keys or unique device identification functions (e.g., f (received key) = f (stored key)).

In some implementations, the server computer system 124 can authenticate the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or point of service system 118 using one or more challenges, helper data, generated unique device identifications or keys, and/or one or more responses (outputs) that generate PUFs in response to receiving one or more fixed inputs (e.g., in response to receiving the same challenge twice).

In some embodiments, server computer system 124 can integrate the constant values (e.g., keys, or unique device identifications) of one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, advertising service provider devices 127, site devices 129, and/or point of service systems 118 received during enrollment with one or more templates (e.g., facial templates, site images, videos, or real-time video templates) of one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 generated during enrollment using one or more algorithms (e.g., a BioHashing algorithm), where the one or more templates generated as a result of integration can be stored in storage component 402 and/or memory 404 of server computer system 124.

In some embodiments, the server computer system 124 may use one or more algorithms to integrate two or more of the two-factor, three-factor, four-factor, and/or five-factor authentication methods, where the integration is based on a combination of multiple ones of the two-factor, three-factor, four-factor, and/or five-factor authentication methods, and where one or more templates generated as a result of the integration may be stored in the storage component 402 and/or the memory 404 of the server computer system 124. For example, when using a five-factor authentication method that includes biometric or live images, video or real-time video information, user credential information, device PUF, device identification information, and geolocation data, the server computer system 124 may integrate constant values (e.g., keys, or unique device identifications), templates (e.g., facial templates, live images, video or real-time video templates), user credential information, device identification information, and geolocation data using one or more algorithms, where the integration is based on a plurality of combinations.

In some implementations, the server computer system 124 may store the received information related to the factors of the two-factor, three-factor, four-factor, and/or five-factor authentication methods during enrollment based on multiple combinations of factors without performing integration (the integration using one or more algorithms), where each combination may represent a template that incorporates two or more factors, where one or more templates generated as a result of each combination may be stored in the storage component 402 and/or memory 404 of the server computer system 124.

At step 234, the server computer system 124 may receive a request identification from one or more devices associated with one or more of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 to access the server computer system 124 to perform one or more of its functions described herein, wherein the request identification may be transmitted from each of its associated devices. Server computer system 124 may also receive a request identification from each verifier 108, where the request identification may be transmitted from each site device 129. The server computer system 124 may also receive a request identification from each of the partners 104, where the request identification may be sent from each of the service point systems 118 of the partners 104. The server computer system 124 may also receive a request identification from each site device 129.

At step 236, the server computer system 124 may verify each request identification received by comparing it to the request identifications created and stored in the storage component 402 and/or memory 404 of the server computer system 124. The server computer system 124 may generate and transmit or communicate one or more challenges to the user device 110, partner device 112, distributor device 114, verifier device 116, advertisement service provider device 127, site device 129, and/or point of service system 118 upon accepting each received request identification. In some implementations, the device can communicate one or more challenges as inputs to a PUF (e.g., CMOS sensor-based PUF, SRAM-based PUF) to generate a response (output) corresponding to each challenge.

In some implementations, the server computer system 124 can transmit the challenge value, the helper data, and/or the cryptographic value to the user device 110, the partner device 112, the distributor device 114, the verifier device 116, the advertisement service provider device 127, the site device 129, and/or the service point system 118 upon accepting each received request identification. The server computer system 124 may generate an encrypted value by encrypting a value with a key, where the value may only be used once. The server computer system 124 may be configured to generate a new value and encrypt the new value with a key upon accepting each received request identification. The key may include a key or unique device identification generated during registration of one or more devices with the server computer system 124. In some implementations, the server computer system 124 can be configured to generate asymmetric cryptographic key pairs (public and private). In this case, the server computer system 124 may generate the encrypted value by encrypting the public key with a key or unique device identification generated during registration of the one or more devices with the server computer system 124. In other embodiments, the server computer system 124 may be configured to generate a symmetric encryption key. In this case, the server computer system 124 may generate the encrypted value by encrypting the symmetric encryption key with a key or unique device identification generated during registration of the one or more devices by the server computer system 124.

In embodiments where the cryptographic value is a public key, one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service point system 118 may perform a cryptographic operation using the recovered one or more cryptographic keys or unique device identifications to recover the cryptographic value (public key).

At step 238, the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or point of service system 118 can be configured to generate a key, secret, or unique device identification as a value using a generated output of the PUF for which the generated output is invariant to fixed inputs using one or more algorithms and/or methods (e.g., fuzzy extractor, BCH fuzzy extractor, high efficiency fuzzy extractor using BCH, epipolar extractor using HA-SCL, and/or epipolar, error Correction Code (ECC) methods using serial connection of BCH and epipolar codes). In some implementations, where the generated output of the PUF is a noisy output or is not the same output generated in response to receiving the fixed input twice, the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or point of service system 118 may be configured to recover a constant value (e.g., a key, or a unique device identification) using one or more algorithms and/or methods using the generated noisy output, challenge, and helper data of the PUF. The one or more algorithms and/or the one or more methods may include a ambiguity extractor, also known as a helper data algorithm, a BCH ambiguity extractor, an efficient ambiguity extractor using BCH, epipolar using HA-SCL, and/or an epipolar, error Correcting Code (ECC) method using epipolar lines serially connecting BCH and epipolar codes.

In some embodiments, the recovered constant value (e.g., a key, or a unique device identification) may be used to encrypt and decrypt data or one or more information, where one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, advertisement service provider device 127, site device 129, and/or service point system 118 may be configured to encrypt the one or more information by: after receiving the data or one or more messages, they may be decrypted by the server computer system 124 using the recovered constant value (e.g., a key, or a unique device identification).

At step 240, the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service point system 118 may perform an encryption operation using one or more of the recovered keys or unique device identifications to recover the encrypted values.

At step 242, the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service point system 118 may encrypt one or more messages using the recovered decrypted value and one or more algorithms before sending the messages to the server computer system 124. The decrypted value may be used to encrypt, using one or more algorithms, one or more pieces of information relating to the factors of the authentication method that includes the device PUF as a factor and then transmits them to the server computer system 124. For example, when using a five-factor authentication method that includes biometric information, user credential information, device PUF, device identification information, and geolocation data, the decrypted value may be used to encrypt using one or more algorithm data or one or more information related to the biometric information, user credential information, device identification information, and geolocation data before transmitting them to the server computer system 124.

In some implementations, the recovered constant value (e.g., a key, or unique device identification) can be used to encrypt one or more information related to factors that include the device PUF as a factor authentication method prior to transmitting them to the server computer system 124 using one or more algorithms. For example, when using a five-factor authentication method that includes biometric information, user credential information, device PUF, device identification information, and geolocation data, the recovered constant value (e.g., a key, or a unique device identification) may be encrypted using one or more algorithm data or one or more information related to the biometric information, user credential information, device identification information, and geolocation data before being transmitted to the server computer system 124.

In some implementations, one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 127 may first use their credential information as a single-factor authentication method, and then server computer system 124 may authenticate them using any combination of the other four factors (two-factor, three-factor, or four-factor) (biometric information, device PUF, device identification information, and geolocation data). In this case, the decrypted value may be used to encrypt using one or more algorithm data or one or more information relating to the authentication method factor (two, three, or four factors) before transmitting them to the server computer system 124.

In some embodiments, the decrypted value may be used to encrypt and decrypt the data or the one or more messages, wherein one or more of the user device 110, the partner device 112, the distributor device 114, the verifier device 116, the advertising service provider device 127, the site device 129, and/or the point of service system 118 may be configured to encrypt the one or more messages by decrypting the data or the one or more messages using the same decrypted value by the server computer system 124 after receiving them.

In embodiments where the decrypted value is a public key, the server computer system 124 may decrypt the encrypted data or one or more messages using a private key, where the one or more devices may be configured to encrypt the data or one or more messages by being decrypted by the server computer system 124 using the private key upon receipt of the data or one or more messages. In embodiments where the decryption value is a symmetric key, the server computer system may be configured to decrypt the encrypted data or one or more messages using the decryption value.

At step 244, the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service point system 118 may transmit the encrypted data to the server computer system 124.

At step 246, the server computer system 124 may decrypt the encrypted data. In some embodiments, the results of decrypting, by the server computer system 124, the encrypted information received from one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service point system 118 may be used to verify the identity of one or more devices. In some embodiments, authentication of one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service point system 118 is successful if the server computer system 124 successfully decrypts the encrypted information received from the one or more devices. In embodiments where the device PUF is used as one factor of a two-factor, three-factor, four-factor, and/or five-factor authentication method, the device PUF is successfully authenticated if the server computer system 124 successfully decrypts the encrypted information. Thus, the server computer system 124 may use one or more algorithms to compare the decrypted data associated with the other factors to the initial data associated with the other factors stored in the server computer system 124 storage component 402 and/or memory 404 to determine whether the data matches or substantially matches.

For example, when using a five-factor authentication method consisting of biometric or site images, video or real-time video information, user credential information, device PUF, device identification information, and geolocation data, the device PUF is successfully authenticated if the server computer system 124 successfully decrypts the encrypted information. Thus, the server computer system 124 may use one or more algorithms to compare the decrypted data (or templates generated based on the decrypted data) associated with the other four factors (biometric or site images, video or real-time video information, user credential information, device identification information, and geographic location data) to the initial data (or templates) associated with the other four factors stored in the server computer system 124 storage component 402 and/or the memory 404 to determine whether the data matches or substantially matches. For example, the server computer system 124 may compare the face template, user credential information, device identification information, and geographic location data to the face template, user credential information, device identification information, and geographic location data stored in the server computer system 124 storage component 402 and/or the memory 404 to determine whether they match or substantially match.

In some embodiments, authentication using two-factor, three-factor, four-factor, and/or five-factor authentication methods is successful if all of the factors of each authentication method are successfully authenticated.

At step 248, the server computer system 124 may generate a biometric template (e.g., a facial template) for each of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 based on the received biometric information (e.g., facial image data). In some embodiments, the server computer system 124 may also generate an image, video, and/or real-time video template (e.g., an image, video, and/or real-time video template of a site) for each site 128 based on the received image, video, and/or real-time video information (e.g., an image, video, and/or real-time video template of a site). In some implementations, the server computer system 124 can generate a biometric template (e.g., a facial template) by extracting one or more biometric (e.g., facial image) features from the received biometric information (e.g., facial image data) using one or more algorithms. In some implementations, the server computer system 124 can generate the image, video, and/or real-time video template by extracting one or more site image, video, and/or real-time video features from the received image, video, and/or real-time video information.

At step 250, the server computer system 124 may integrate the received constant values (e.g., keys, or unique device identifications) of the one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, advertising service provider devices 127, site devices 129, and/or point of service systems 118 with generated templates (e.g., facial templates, site images, videos, or real-time video templates) of the one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 using one or more algorithms (e.g., a BioHashing algorithm) to create a template for comparison.

In some embodiments, the server computer system 124 may use one or more algorithms to integrate two or more factors of a two-factor, three-factor, four-factor, and/or five-factor authentication method, where the integration is based on a combination of multiple factors of the two-factor, three-factor, four-factor, and/or five-factor authentication method. For example, when using a five-factor authentication method that includes biometric or site images, video or real-time video information, user credential information, device PUFs, device identification information, and geo-location data, the server computer system 124 can integrate constant values (e.g., keys, or unique device identifications), templates (e.g., face templates, site images, video or real-time video templates), user credential information, device identification information, and geo-location data using one or more algorithms, where the integration is based on a plurality of combinations.

At step 252, the server computer system 124 may retrieve the initial template created during registration or enrollment and stored in the server computer system 124 storage component 402 and/or memory 404, wherein the request identification received from each device may be used to retrieve the initial template.

At step 254, the server computer system 124 may use one or more algorithms to compare the template created during authentication with an initial template created during registration or entry and stored in the server computer system 124 storage component 402 and/or memory 404 to determine if the templates match or substantially match. In some implementations, authentication may be successful if the data change (e.g., hamming distance) between the template created during authentication and the initial template created and stored during enrollment is within a predefined threshold.

In embodiments that may not perform two or more factor integration (integration using one or more algorithms) of the two-factor, three-factor, four-factor, and/or five-factor authentication methods, the server computer system 124 may use one or more algorithms to compare the template for each factor created during authentication with the initial template for each factor created during enrollment and stored in the server computer system 124 storage component 402 and/or memory 404 to determine whether the templates match or substantially match. For example, when using a five-factor authentication method that includes biometric or site images, video or real-time video information, user credential information, device PUF, device identification information, and geographic location data, the server computer system 124 may use one or more algorithms to compare the received data (or templates generated based on the received data) associated with each of the five factors to the initial data (or templates) associated with each of the five factors stored in the server computer system 124 storage component 402 and/or memory 404 to determine whether the data matches or substantially matches. For example, the server computer system 124 may compare the face template, the user credential information, the constant value of the PUF (e.g., the key), the device identification information, and the geolocation data to the face template, the user credential information, the constant value of the PUF (e.g., the key), the device identification information, and the geolocation data stored in the server computer system 124 storage component 402 and/or the memory 404 to determine whether they match or substantially match. In embodiments where the server computer system 124 may store a constant value (e.g., a key) or a unique device identification one-way function (e.g., a cryptographic hash function or the like), the server computer system 124 may authenticate the one or more devices by checking whether the received one or more keys or the function of the unique device identification is equal to the stored one or more keys or the function of the unique device identification (e.g., f (received key) = f (stored key)).

In some embodiments, the authentication may be successful if the templates match or substantially match. In some implementations, authentication may be successful if the data change between the template created during authentication and the initial template created and stored during enrollment is within a predefined threshold. In some implementations, the authentication of each site device 129 and/or each service point system 118 may not succeed if the data for the verified geographic location of each site device 129 and/or each service point system 118 between the template created during authentication and the initial template created and stored during enrollment varies within a predetermined threshold.

In some embodiments, the server computer system 124 can verify the geolocation data of one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, service point system 118, and site device 129, and, using one or more algorithms, combine the received real-time geolocation data of one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, service point system 118, and site device 129 obtained by their associated GPS/AGPS with geolocation data obtained from a wireless or mobile operator, or wireless service provider, and/or the geographic location determined by the server computer system 124 to determine whether its current geographic location data obtained by the associated GPS/AGPS sensor matches or substantially matches geographic location data obtained from a wireless or mobile operator, or a wireless service provider, and/or the geographic location data determined by the server computer system 124, wherein the devices may be configured to communicate with the wireless or mobile operator or wireless service provider and with each other via a short-range wireless network, which may be one of a bluetooth wireless, bluetooth low energy, and/or near field communication network, wherein the devices are located within the coverage area of one or more networks having synchronized time-registered devices. In some embodiments, the geolocation data of the registered device may be successfully verified if the geolocation data determined by the server computer system 124 and/or obtained from the wireless or mobile operator, or wireless service provider matches or substantially matches the real-time geolocation data of the registered device obtained by its associated GPS/AGPS sensor, or if the distance between the three geolocation data is within a predetermined threshold. In some embodiments, the preset threshold may be adjusted by the server computer system 124 to limit access to the server computer system 124 by one or more users 102, partners 104, distributors 106, verifiers 108, sites 128, advertising service providers 126, and/or their associated devices to a particular geographic location, a particular region, a particular city, and/or a particular country.

In some embodiments, the server computer system 124 may verify the real-time geolocation data obtained by the GPS/AGPS sensors of one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, service point system 118, and site device 129 prior to registering or registering the real-time geolocation data, or prior to authenticating them with the server computer system 124. In some embodiments, if the real-time geographic location data obtained by the GPS/AGPS sensors of one or more devices is not successfully verified, then its authentication and registration may not be successful.

In some embodiments, the server computer system 124 can determine the geographic location of the one or more registered devices requesting the geographic location using one or more algorithms by determining the distance between the one or more registered devices requesting the geographic location and one or more static and/or dynamic registered devices having a synchronization time (e.g., user device 110, partner device 112, distributor device 114, verifier device 116, advertisement service provider device 127, point of service system 118, and site device 129) by determining the time required for each device having a synchronization time to receive the request from the one or more registered devices requesting the geographic location. Therein, geographic location data for one or more registered devices requesting a geographic location may be stored in the storage component 402 and/or memory 404 of the server computer system 124, wherein the one or more registered devices requesting a geographic location are located within one or more registered device network coverage areas having synchronized times. Wherein the one or more registered devices having synchronized times and the one or more registered devices requesting geographic locations may be configured to communicate over a short-range wireless network, which may be one of a bluetooth wireless, bluetooth low energy, and/or near field communication network. Wherein the one or more registration devices having synchronized times and the one or more registration devices requesting geographic locations may be configured to communicate with a wireless or mobile operator or wireless service provider and the server computer system 124, and wherein geographic location data may be obtained and stored in the storage component 402 and/or memory 404 of the server computer system 124 on a periodic, intermittent, or continuous basis.

In some implementations, the server computer system 124 may be configured to provide verification services, wherein services and/or processes of one or more partners 104 or one or more unregistered entities may be enabled by the server computer system 124 to request authentication and verification of the identity of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In some implementations, the server computer system 124 may enable services and/or processes of one or more partners 104 or one or more unregistered entities, requiring authentication of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In this case, the server computer system 124 may receive a request from one or more partners 104 and/or one or more unregistered entities to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126; the server computer system 124 may authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and provide the status or results of the authentication to services and/or processes, and may notify one or more partners 104 and/or one or more unregistered entities. In some embodiments, the server computer system 124 may bind credentials (one-time dynamic passwords, public keys, private keys, passwords, RSA signatures, etc.) to successful authentication of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, wherein the server computer system 124 may release the credentials to services or processes of one or more partners 104 or one or more unregistered entities following successful authentication of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In some implementations, the server computer system 124 may cause one or more partners 104 and/or one or more unregistered entities to determine authentication options, such as location-based verification, device physical unclonable function-based verification, user credential-based verification, device identification information-based verification, and/or biometric information-based verification of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In this case, the server computer system 124 may authenticate the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 based on options selected by one or more partners 104 and/or one or more unregistered entities.

In some embodiments, the server computer system 124 may cause one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126 to request changes or use of one or more of their associated devices, wherein the server computer system 124 may cause one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126 to submit requests from their associated verification devices to the server computer system 124 to change or use one or more devices after authenticating them, wherein the server computer system 124 may preclude verifying the new one or more devices during registration or enrollment of the new devices at the server computer system 124. In an embodiment, if verification devices of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 are lost, damaged, or unavailable to submit requests, server computer system 124 may disable or prevent the lost, damaged, or unavailable devices and enable one or more partners 104 to submit requests from partner devices 112 and/or partner service point systems 118 in their behavior, wherein server computer system 124 may authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and exclude authentication of their associated devices prior to allowing one or more partners 104 to submit requests to server computer system 124, wherein authentication may occur after server computer system 124 accepts requests according to a one-factor, two-factor, three-factor, or four-factor authentication method, server computer system 124 may cause users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to register for one or more new devices in communication with server computer system 124, wherein the server computer system 124 may register one or more new devices 124 during registration with the authentication of the server computer system 124.

In some embodiments, where "user credential information" is used as a factor in the authentication method, one or more site devices 128 and the service point system 118 may transmit data to the server computer system 124. In this case, the server computer system 124 may generate and transmit one-time credential information (e.g., username, password, personal Identification Number (PIN), key, etc.) to the one or more partners 104 to enable the one or more service point systems 118 to access the server computer system 124 after the server computer system receives a request from the one or more partners 104 to enable the one or more service point systems 118 to access the server computer system 124. Wherein the credential information may be sent to one or more partner devices 112, and wherein the credential information may be used only once. The server computer system 124 can also generate and transmit one-time credential information (e.g., username, password, personal Identification Number (PIN), key, etc.) to one or more verifiers 108 to enable one or more site devices 129 to access the server computer system 124 during registration, installation, and/or maintenance of the one or more site devices 129, or upon request by the one or more verifiers 108, wherein the credential information can be transmitted to the one or more verifier devices 116, and wherein the credential information can be used only once.

In some embodiments, the server computer system 124 may cause one or more of the partners 104, distributors 106, verifiers 108, and/or advertising services providers 126 to create one or more employee accounts with limited privileges and administrator accounts with the same privileges as the master administrator account (the first account created during registration of the distributors 106, verifiers 108, and advertising services providers 126 with the server computer system 124). The server computer system 124 may cause the partner 104, distributor 106, verifier 108, and/or advertising service provider 126 to submit a request to stop one or more employee accounts and administrator accounts, where one or more administrator accounts (e.g., administrator account holders) may be required to agree to the request to stop one or more employee accounts and/or administrator accounts, where the server computer system 124 may authenticate one or more administrator account holders prior to stopping one or more employee accounts and/or administrator accounts.

Each distributor 106, partner 104, user 102, verifier 108, site 128, and/or advertising service provider 126 is then assigned a unique user identification. The unique user identification may be, for example, a number, a symbol, a letter, or any combination of letters and numbers assigned by the server computer system 124. The unique user identification of the distributor 106, partner 104, user 102, verifier 108, and/or ad server may be selected by the phone number of the distributor 106, partner 104, user 102, verifier 108, and/or ad server 126, distributor 106, partner 104, user 102, and/or verifier 108. In some cases, a combination of non-unique data may serve as a unique user identification. The term "unique user identification" may also be referred to herein as an "account identification".

In some embodiments, the server computer system 124 may be external to the system of the unregistered entity (e.g., product manufacturer, intermediary agency, university, company, organization, government entity, consumer reporting agency, environmental protection product claim project operator) and/or the point of service system, and may communicate with the system of the unregistered entity or the point of service system using appropriate communication networks and methods for communicating between physically separate computing systems. Thus, the unregistered entity's system or service Point system may be enabled by the server computer system 124 to exchange information with the server computer system 124 related to account identification and other information related to one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126.

In some embodiments, the server computer system 124 may enable one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to verify via one or more external identity management systems and/or utilizing cryptographic technology systems including, but not limited to, zero-knowledge proof or zero-knowledge protocols (e.g., uPort, etc.) and/or referencing databases during or after registration with the server computer system 124. For example, one or more users 102 may register with the server computer system 124 and may choose which personal information they are to provide to the server computer system 124, and may choose to obtain authentication through one or more external identity management systems and/or using cryptographic systems including, but not limited to, zero-knowledge proof or zero-knowledge protocols (e.g., uPort, etc.).

In some implementations, the server computer system 124 can create records for the sites 128, distributors 106, partners 104, users 102, verifiers 108, and/or advertising services providers 126 and their associated devices that can be associated with their respective identifying information (e.g., biometric information, site images, video and/or real-time video information, credential information, geo-location data, device PUFs, device identifying information, account identifications, block chain identifications, public keys). These records may be stored in the storage component 402 and/or memory 404 of the server computer system 124, and one or more of the records may be listed under their respective account profiles.

In embodiments that may utilize blockchains, the server computer system 124 may enable one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to verify via one or more external identity management systems and/or utilizing cryptographic technology systems and/or reference databases including, but not limited to, zero-knowledge proofs or zero-knowledge protocols (e.g., uPort, etc.). For example, the intelligent contract base may confirm the identity of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 through one or more external identity management systems and/or using cryptographic technology systems including, but not limited to, zero-knowledge proof or zero-knowledge protocols (e.g., uPort, etc.) and/or by referencing databases. The term "intelligent contractual library" as used herein may refer to a script that can verify the identity of a user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 on a blockchain through one or more external identity management systems and/or using cryptographic technology systems and/or reference databases including, but not limited to, zero-proof of knowledge or zero-knowledge protocols (e.g., uPort, etc.).

In another embodiment that may utilize blockchains, once users 102, partners 104, distributors 106, verifiers 108, and/or advertisement services providers 126 enter the required information during registration and complete the verification process, they register on the distributed ledger and may be associated with an intelligent contract repository. In another embodiment that may utilize blockchains, once a registration request submitted by one or more verifiers 108 to register one or more sites 128 is accepted by server computer system 124, the one or more sites 128 and their associated site devices 129 are registered on the distributed ledger and may be associated with an intelligent contractual library.

In other embodiments where blockchains may be utilized, after a blockchain identification, user identification, and/or key joins the network to access the distributed book, it may be distributed to each of the site 128, the user 102, the partner 104, the distributor 106, the verifier 108, and/or the advertising service provider 126. The distributed ledger may be stored on multiple site devices 129, service point systems 118, compute nodes 122, user devices 110, partner devices 112, distributor devices 114, validator devices 116, advertising service provider devices 127, and/or other processor-based devices. In some implementations, the nodes of the distributed ledger may include systems related to partners 104, distributors 106, verifiers 108, users 102, and/or advertising service providers 126. In some embodiments, the distributed book may include one or more of a shared book, a distributed database, a hash chain database (cryptographic hash chain database), a blockchain database, and a blockchain-based database. In some implementations, the distributed ledger can include a hash chain (cryptographic hash chain) in which transactions occurring in the network relating to sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126, as well as other data or information, are collected into blocks, each block containing a hash (cryptographic hash) of a previous block in the chain, where the block chain can record any type of data as a form of transaction occurring in the network (e.g., transfer or exchange of information). Transactions and other information occurring in the network relating to sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or ad servers 126 may be propagated to and verified collectively by the nodes of the distributed ledger. In some embodiments, the distributed ledger may include digital records of information including, but not limited to, environmental activity information, environmental violation information, biometric information, site images, video and/or real-time video information, credential information, geolocation data, device PUFs, device identification information, account identification, block chain identification, public keys, and/or other identification data for a plurality of sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their associated devices.

At step 256, the server computer system 124 may receive or collect information about environmental activities (e.g., products and/or services) that the user 102 performed (e.g., purchased, used, or completed) before becoming a registered user. This information may be collected by communicating with the user device 110, which allows or enables the user to communicate with the server computer system 124 and provide the server computer system 124 with the desired information. This data may be collected by the server computer system 124 from the user during or after registering the user with the server computer system 124. The information gathered from the user may include, but is not limited to, personal information (e.g., name, address, passport number, taxpayer identification number, telephone number, email address, password, username, and/or the like), environmental activity information of the user, including, but not limited to, partner information of the registered partner 104 (e.g., partner's name and/or partner's account identification), and home energy, traffic, waste, food, and shopping information of the user. In some implementations, the server computer system 124 may verify information provided by or collected from the user with registered partners and/or unregistered entities of the partner 104. In some implementations, the verification provided by the user 102 or the collection of information from the user 102 may be communicated through one or more service point systems 118 with registered partners of the partner 104, one or more devices 400 of registered partners, and/or one or more devices 400 of unregistered entities, where respective account identifications of one or more users 102, partners 104, distributors 106, and/or other identification data provided by the user or collected from the user (e.g., biometric information, credential information, geolocation data, device PUFs, device identification information, account identifications, public keys, unique user identifications, block chain identifications, names, addresses, and/or other identification data) may be used for communications exchanged therewith in the verification process. In some embodiments, the server computer system may receive information that one or more users 102 performed (e.g., purchased, used, or completed) environmental activities (e.g., products and/or services) before becoming registered users by communicating with one or more service point systems 118 of registered partners of the partners 104, one or more devices 400 of registered partners, and/or one or more devices 400 of unregistered entities to collect information that one or more users 102 performed (e.g., purchased, used, or completed) environmental activities (e.g., products and/or services) before becoming registered users, where the account identifications of one or more users 102, partners 104, distributors 106, respectively, and/or other identification data received from the users (e.g., biometric information, credential information, geolocation data, device identification information, account identification, public keys, unique user identifications, block chain identifications, names, addresses, and/or other identification data) may be used in communications exchanged therewith during the verification process, where the received information may be stored in a database of the server computer system.

The server computer system 124 may further calculate an estimated environmental impact of the user's environmental activity from the data collected from the user 102 using one or more algorithms. In some embodiments, if the environmental activity is not associated with an environmental product claim previously verified by the verifier of verifier 108, server computer system 124 can allow or cause one or more verifiers 108 to determine an estimated environmental impact for each user environmental activity (e.g., product and/or service) that the user performed (e.g., purchased, used, or completed) before becoming a registered user. In some embodiments, if the eco-product claim was previously verified by a verifier of verifier 108 and associated with a partner of partner 104, server computer system 124 can determine the environmental impact of each user environmental activity (e.g., product and/or service) that the user performed (e.g., purchased, used, or completed) before becoming a registered user from the verified eco-product claim for the same environmental activity.

In some implementations, the server computer system 124 may assign points, currencies, cryptocurrencies, and/or credit scores to the users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126, and may cause one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126 to transfer ownership records of the points, currencies, cryptocurrencies, and/or credit scores associated with their accounts to one another. In some implementations, the server computer system 124 can create points, currencies, cryptocurrencies, and/or credit records and/or ownership records related to the account and identification data (e.g., biometric information, credential information, geo-location data, device PUF, device identification information, account identification, public key, unique user identification, blockchain identification, name, address, and/or other identification data) of the plurality of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In some embodiments, the server computer system 124 may allow or enable the user 102 to deposit, and/or exchange points, currency, cryptocurrency, and/or credit scores (e.g., exchange points for any form of currency, such as legal currency, electronic currency, and/or cryptocurrency). In some implementations, the server computer system 124 may communicate with a third party system (e.g., currency, cryptocurrency exchange platform or system) to deposit, transfer, and/or exchange points, currency, cryptocurrency, and/or credit numbers.

In embodiments where a blockchain may be utilized, ownership records of credits, currencies, cryptocurrency, and/or credit numbers are transferred in a process similar to money transfers in blockchain-based cryptocurrency systems. In some embodiments where blockchains may be utilized, the distributed ledger may include a side chain of a cryptocurrency blockchain or a separate ledger.

In some embodiments, the server computer system 124 may allow or cause one or more verifiers 108 to determine a unit of service (usage unit) for each service provided by a partner of the partner 104 based on its category and/or based on information mentioned in the service environmental protection product claim. For example, a carrier as a server computer system 124 partner 104 may provide the user 102 with the use of an electric vehicle (e.g., the vehicle may use renewable power at a charging station) as a transportation service; the carrier's point of service system 118 may collect data (e.g., information about distance and identification information of the user 102) and transmit the data to the server computer system 124; server computer system 124 can allow or cause one or more validators 108 to determine service units (usage units) for a transport service (e.g., usage service for one hour, and/or per mile); when the service units are executed (e.g., completed) by the user 102, the server computer system 124 may credit the user 102 account with the service units (usage units) for any services related to the verified environmental protection product claim and provided by the partners of the partner 104. In some embodiments, the server computer system 124 may compare usage behavior of the users 102 using one or more algorithms based on the service units credited under the accounts of the users 102 and reward or punish the users 102 based on the number of service units credited under their accounts. For example, server computer system 124 may add or subtract cryptocurrency, currency, and/or credits to the user 102 account based on the usage behavior of the user 102.

The server computer system 124 may use the service units (usage units) to calculate the environmental credit score for the user 102. The server computer system 124 may use the service units (usage units) to determine the number of service units (e.g., maximum or minimum units) that may be credited to the user's account, credits, crypto currency, any other reward.

In some embodiments, the server computer system 124 may suggest or recommend one or more environmental activities (e.g., products and/or services) to the registered user 102 based on factors including, but not limited to, the environmental impact of the environmental activity (e.g., products and/or services) the user performed (e.g., purchased, used, or completed) before or after becoming a registered user. Recommended or suggested environmental activities (e.g., products and/or services) may be intended to reduce the environmental impact of the user's environmental activities. The server computer system 124 may assign or credit the points and/or credit scores to the user's account after the user develops (e.g., purchases, uses, or completes) the recommended or suggested environmental activity (e.g., product and/or service). The server computer system 124 may use the points under the user 102 account and other factors to calculate the user's environmental credit score. The server computer system 124 can determine the points that should be assigned for each environmental activity performed by the user of the user 102 based on the environmental product claim score for the environmental activity (e.g., product and/or service).

In some implementations, the server computer system 124 can determine and recommend or suggest environmental activities (e.g., products and/or services) to the user 102 by deep learning the user's habits and/or behaviors (e.g., environmental habits), using one or more algorithms, machine learning, and/or trained neural networks. The server computer system 124 may determine using one or more algorithms, machine learning, and/or trained neural networks by deep learning the habits and/or behaviors of the user, using the user's decisions to develop environmental activities and the relationship between the user's interactions with the server computer system 124 (e.g., the type of environmental activity they develop, the time at which the environmental activity is developed, the geographic location of the environmental activity, and the cost of developing the environmental activity), information about the user's activities collected from external sources (e.g., a data management platform), and other factors.

By way of non-limiting example, the server computer system 124 may suggest or recommend to the user of the user 102 the use of renewable power, the use of a particular electric vehicle, the use of any other environmentally friendly products and/or services provided by the registered partner 104 or unregistered entity. In some implementations, the server computer system 124 can calculate the environmental credit score for the user 102 based on the environmental impact of the user's environmental activity prior to becoming a registered user 102, suggested or recommended by the server computer system 124, and the environmental activity the user 102 has performed (e.g., participated in, purchased, used, or completed) after becoming a registered user. The server computer system 124 may store the environmental activity information completed by the user of the user 102 and the information collected from the user during or after registration in the user records of the server computer system 124 storage component 402 and/or memory 404 before becoming a registered user and may list such information under the respective account profiles of the user 102, the partner 104, and/or the distributor 106.

In some implementations, the server computer system 124 may grant one or more points, currency, cryptocurrency, and/or credit points to the user 102 based on the environmental impact of the environmental activity prior to becoming a registered user 102, suggested or recommended by the server computer system 124, and the environmental activity the user 102 performs (e.g., participates in, purchases, uses, or completes) after becoming a registered user, where the points, currency, cryptocurrency, and/or credit points may be paid out by the user 102 and may be exchanged and/or used by the user 102. In some implementations, the user's 120 calculated points and/or credit score may be provided as currency (e.g., cryptocurrency) and/or may be exchanged for any form of currency (e.g., legal currency, electronic currency, and/or cryptocurrency).

In some implementations, the server computer system 124 may cause the user 102 to purchase one or more products and/or services offered by partners of the partner 104 and/or unregistered entities using the awarded points or credit scores of one or more users 102. In some embodiments, the calculated points or credit scores for the user 102 and their associated transactions may be stored in a database of the server computer system 124 and may be listed under the respective account profiles of the user 102 and/or the partner 104. In some embodiments, the calculated points or credit scores for the users 102 may be stored in a remote database and/or a distributed database.

In embodiments where a chain of blocks may be utilized, the distributed book may include a hash chain (cryptographic hash chain) in which environmental activity information, calculated points and/or credit scores of users 102 and their associated transactions and/or other information are collected into chunks, each chunk containing a hash (cryptographic hash) of a previous chunk in the chain. In embodiments that may utilize blockchains, environmental activity information, calculated points and/or credit scores of users 102 and their associated transactions and/or other information may be propagated to and verified collectively by nodes of a distributed ledger.

In some implementations, the server computer system 124 can allow or enable the user 102 to use the calculated points and/or credit scores associated with the user account to obtain or purchase one or more products and/or services offered by the partner 104 and/or the unregistered entity. For example, the user 102 may be authenticated by the service point system 118, the partner device 112, and/or systems associated with the partner 104. The service point system 118, the partner device 112, and/or systems associated with the partner 104 may authenticate and verify the user 102 by communicating with the server computer system 124 and/or check points, credit scores, monetary amounts, cryptocurrency, points, and/or credit scores associated with the user 102. In some embodiments, the unique user identification, public key, account identification, or blockchain identification of the user 102 may be in the form of an identification card, barcode, radio frequency identification, two-dimensional code, or electronic tag, and/or any other technique or device readable by the point of service system to (a) complete a transaction related to an environmental activity (e.g., purchase, use, or completion) conducted by the user 102, (b) register the user 102 with the server computer system 124, and (c) purchase a product or service provided by the partner 104.

In some embodiments, the server computer system 124 may store the calculated points, currency, cryptocurrency, or credit scores of the user 102 and their related transactions in the storage component 402 and/or memory 404 of the server computer system 124 and list the information of the points, currency, cryptocurrency, or credit scores and their related transactions under the respective account profiles of the user 102 and/or partner 104. In some implementations, the server computer system 124 can store the user's calculated points or credit scores in a remote database and/or a distributed database.

In embodiments where a blockchain may be utilized, the server computer system 124 may transfer ownership records of points, currency, cryptocurrency, and/or credit numbers in a process similar to money transfers in a blockchain-based cryptocurrency system. For example, when the user 102 purchases a product and/or service provided by the partner 104, the server computer system 124 may transfer ownership records of points, money, cryptocurrency, and/or credit scores from the user's 102 account to the partner's 104 account as proof of purchase. In some embodiments where blockchains may be utilized, the distributed ledger may include side chains of cryptocurrency blockchains or independent ledgers.

At step 258, the registered partners 104 and/or registered distributors 106 may transmit data to the server computer system 124. The transfer of data by the enrolling partner to the server computer system 124 may be accomplished by communication of one or more partner devices 112 of the partner and/or one or more service point systems 118 with the server computer system 124, wherein respective account identifications and/or other identifications (e.g., biometric information, credential information, geolocation data, device PUFs, device identification information, account identifications, public keys, unique user identifications, block chain identifications, names, addresses, and/or other identification data) of one or more users 102, partners 104, distributors 106 may be used to identify and/or authenticate the partner in communications exchanged therewith. The data transfer of the enrolled distributor 106 to the server computer system 124 may be accomplished through communication of one or more devices of the distributor device 114 with the server computer system 124, wherein respective account identifiers and/or other identifying data (e.g., biometric information, credential information, geo-location data, device PUFs, device identification information, account identifications, public keys, unique user identifications, blockchain identifications, names, addresses, and/or other identifying data) of the one or more partners 104, the distributor 106 may be used to identify and/or authenticate the distributor in the communications exchanged therewith.

In some implementations, the data transmitted by one or more registered partners 104 to the server computer system 124 may include data related to one or more environmental violations of one or more users 102, partners 104, and/or distributors 106, as well as other information and activities reported by the partners 104. In some implementations, the data transmitted by one or more of the registration partners 104 to the server computer system 124 can include data related to one or more environmental activities (e.g., products and/or services) provided by one or more of the registration partners 104 to one or more users 102. In some implementations, the data transmitted by one or more registered distributors 106 to the server computer system 124 can include data related to environmental activities that the one or more distributors distribute to one or more partners 104 environmental activities (e.g., products and/or services), and that are used by the one or more distributors 106 to distribute environmental activities (e.g., products and/or services) to the one or more partners 104.

In some embodiments, the server computer system 124 may provide one option for one or more registered partners 104 and/or one or more registered distributors 106, such as through a website and/or mobile application hosted by or associated with the server computer system 124, to select from a plurality of categories of one or more environmental activities (e.g., products and/or services), and to list and fill out online information regarding the environmental activities they provide, distribute, and/or use and/or environmental violation behaviors reported by the partners 104.

In some implementations, one or more of the registered partners 104 may transmit data to the server computer system 124 regarding environmental activities (e.g., products and/or services) that the partners 104 provide to the user 102. The data transmitted by each partner 104 for each environmental activity may include, but is not limited to, partner's identification data (e.g., biometric information, credential information, geolocation data, device PUFs, device identification information, account identifications, public keys, unique user identifications, blockchain identifications, names, addresses, and/or other identification data), as well as environmental activity information about the transmission, including, but not limited to, the geographic location of the transmission environmental activity, environmental activity (e.g., product and/or service) information that the partner 104 wants to provide to the user 102, and/or environmental protection product claims.

In some implementations, one or more registered partners 104 may transmit data to the server computer system 124 regarding local and/or international environmental violations reported by the partners 104, including information for one or more users 102, partners 104, and/or distributors 106. The data transmitted by each partner 104 for each environmental violation may include, but is not limited to, identification data (e.g., biometric information, credential information, geographic location data, device PUF, device identification information, account identification, public key, unique user identification, block chain identification, name, address, and/or other identification data) of the user, partner, distributor, and/or verifier, as well as transmitted environmental violation information, including, but not limited to, a geographic location, taxpayer identification, name (e.g., name of the offending user 102, partner 104, distributor 106, and/or verifier 108), and/or address of the transmitted environmental violation.

In some embodiments, the data transmitted by each partner 104 for each environmental activity may include, but is not limited to, information indicative of one or more usernames 102, one or more user addresses, other information (e.g., passport number, taxpayer identification number, telephone number, email address, password, username, public key, block chain identification, biometric data information of the user). The data communicated by each partner 104 for each environmental activity may also include, but is not limited to, information indicative of one or more partner names, one or more partner addresses, one or more partner types (e.g., product manufacturer, intermediary agency, university, company, organization, government entity, consumer reporting agency, environmental protection product claim project operator), identification information (e.g., biometric information, credential information, geolocation data, device PUF, device identification information, account identification, public key, unique user identification, block chain identification, name, address, and/or other identification data), and/or other information (e.g., taxpayer identification number, telephone number, email address). The data communicated by each partner 104 for each environmental activity may also include, but is not limited to, information indicative of one or more distributor names, one or more distributor addresses, one or more distributor types (e.g., product manufacturer, intermediary, university, company, organization, government entity, consumer reporting agency, environmental protection product claim project operator), identification information (e.g., biometric information, credential information, geolocation data, device PUFs, device identification information, account identification, public keys, unique user identification, block chain identification, names, addresses, and/or other identification data), and/or other information (e.g., taxpayer identification numbers, telephone numbers, email addresses).

In some implementations, the ecotope product claim for a product or service provided by a partner of the partner 104 can be in a machine-readable format. In some embodiments, each partner 104 may provide the server computer system 124 with a registration number for the environmentalist product claim, and/or information for the environmentalist product claim project operator and/or other information. In some embodiments, the environmental protection product claim, may be a third category of environmental protection product claim based on ISO14025 and issued (a) by a particular project operator, or (b) by a particular project operator in a particular geographic area, such as a particular state, country, continent, or region, or (c) based on unified product category rules, including but not limited to european product and organization environment footprint category rules commission (PEFCR, OEFCR).

In embodiments where a blockchain may be utilized, the distributed book may include a hash chain in which environmental activity information of users, partners and distributors, and their related transaction and/or other information is collected into blocks, each block containing a hash of a previous block in the chain. In embodiments where blockchains may be utilized, environmental activity information and its associated transactions and/or other information may be propagated to and verified collectively by the nodes of the distributed book.

At step 260, the server computer system 124 may receive data from one or more registered distributors 106 and/or registered partners 104. The data received from one or more registered partners 104 may include data related to one or more environmental violations of one or more users 102, partners 104, and/or distributors 106, as well as other information and activities reported by the partners 104.

In some implementations, the data received from the one or more registration partners 104 may include data related to one or more environmental activities (e.g., products and/or services) provided by the one or more registration partners 104 to the one or more users 102. The received data includes data related to environmental activities (e.g., products and/or services) provided by the partners 104 to the users 102. The data received from each partner 104 for each environmental activity may include, but is not limited to, partner identification data (e.g., biometric information, credential information, geolocation data, device PUFs, device identification information, account identification, public keys, unique user identification, blockchain identification, names, addresses, and/or other identification data) and information about the transmission environmental activity, including but not limited to the geographic location of the transmission environmental activity, information of the environmental activity (e.g., products and/or services) that the partner 104 wants to provide to the user 102, and/or environmental product claims. The server computer system 124 may assign an identification number (e.g., a number, a symbol, a letter, or any combination of letters and numbers assigned by the server computer system 124) to each environmental activity and store the data in the storage component 402 and/or the memory 404 of the server computer system 124.

In some implementations, the data received from the one or more registered distributors 106 can include data related to environmental activities (e.g., products and/or services) that the one or more distributors distribute to the one or more partners 104, and environmental activities that the one or more distributors 106 use to distribute environmental activities (e.g., products and/or services) to the one or more partners 104.

The server computer system 124 may list the data in the registered distributor and/or registered partner records according to the category of each environmental activity. The records of the distributor 106 and the partners 104 may be listed under the respective account profiles of the partners 104 and the distributor 106. In some embodiments, these records may be stored in a remote database and/or a distributed database.

In some embodiments, the server computer system 124 may enable a partner 104 that wants to provide, resell, and/or distribute one or more environmental activities (e.g., products and/or services) owned or produced by other partners 104 (the original owner/producer of the environmental activity) to the user 102 to search for the environmental activity of the partner (the original owner/producer of the environmental activity) using identification data (e.g., an identification number of the partner environmental activity, an environmental product claim registration number or identification number, a unique user identification of the partner, a public key of the partner, and/or other identification data) associated with the environmental activity and the partner 104 (the original owner/producer of the environmental activity), for example, through a website and/or mobile application hosted by or associated with the server computer system 124. The server computer system 124 may match the identification data associated with the environmental activity (e.g., product and/or service) with the identification data stored in the server computer system 124 database to identify the environmental activity and display the environmental activity to the partner 104 who desires to provide, resell and/or distribute one or more environmental activities (e.g., product and/or service) to the user 102. The server computer system 124 may also cause the partners 124 to certify and/or ask them to provide, resell and/or distribute the same environmental activity (e.g., products and/or services) to the user 102. The server computer system 124 may also allow or cause the partner 104 (the original owner/producer of the environmental activity) to approve or deny the request to allow or cause the partner 104 to provide, resell, and/or distribute the environmental activity to the user 102. The server computer system 124 may list the environmental activity in the environmental activity record of the partner 104 that requested the environmental activity to be provided, resold, and/or distributed to the user 102.

In some embodiments, the server computer system 124 may cause a partner 104 who wants to provide, resell and/or distribute one or more environmental activities (e.g., products and/or services) belonging to other partners 104 (original owners/producers of environmental activities) to the user 102 to select from among a plurality of categories of one or more environmental activities (e.g., products and/or services) listed in the environmental activity record of the partner 104 (original owner/producer of environmental activity) and to document and/or ask that they want to provide or distribute the same environmental activities (e.g., products and/or services) to the user 102.

In some implementations, the server computer system 124 can cause the partner 104 (the original owner/producer of the environmental activity) to provide information to the server computer system 124 regarding a list of approved partners 104 that can provide, resell, or distribute environmental activities (e.g., products and/or services) owned or produced by the partner 104 (the original owner/producer of the environmental activity). The information may include, but is not limited to, identification data (e.g., a partner's unique user identification, blockchain identification, account identification, and/or a partner's public key).

In some embodiments, the server computer system 124 may assign one or more registered verifiers 108 to verify the eco-product claim for the partner's 104 partner's product or service based on a number of factors including, but not limited to, the geographic locations of the registered verifiers and partners, the number of verification activities that each verifier 108 verified, or that are randomly assigned by the server computer system 124 in relation to the partner's 104 partner's environmental activities (e.g., products and/or services). In some implementations, each verifier 108 can be a separate verifier, a group of verifiers, or an organization (e.g., certification authority) registered with the server computer system 124 to perform verification activities (e.g., verifying environmental product claims, determining environmental impact of environmental activities). In some implementations, each verifier 108 may have to pass a test to measure the verifier's knowledge of one or more topics before or after registering with the server computer system 124 to conduct verification activities (e.g., verifying environmental protection product claims, determining environmental impact of environmental activities).

In some implementations, the server computer system 124 can test to measure the knowledge of one or more subjects from a group of individual verifiers or an organization (e.g., certification authority) before or after registering as a verifier 108 with the server computer system 124 to conduct verification activities (e.g., verifying environmental protection product claims, determining environmental impact of environmental activities).

In some implementations, the server computer system 124 test can perform a test over the network 120 (e.g., the internet) for measuring knowledge of the verifier 108 about one or more subjects by communicating with the server computer system 124. In some implementations, the verifier device 116 may be configured to communicate with the server computer system 124 and may be configured to enable the verifier 108 to access the server computer system 124 to participate in the test. In some implementations, verifier device 116 may be configured to enable one or more verifiers 108 to test using video or field invigilation. In some embodiments where video surveillance may be used, it may be recorded by the server computer system 124 and stored in the storage component 402 and/or memory 404 of the server computer system 124, wherein the server computer system 124 may enable and designate one or more validators 108 from among the registered validators 108, objectively assessing the test performance of one or more validators 108 after one or more validators 108 participate in the test. In some embodiments, where field invigilation may be used, server computer system 124 designates one or more verifiers 108 from among the registered verifiers 108, which may be selected to monitor each verifier 108 in real time as the verifier 108 participates in the test. In some implementations, the server computer system 124 can schedule tests to measure the knowledge of one or more subjects by the verifier 108. In some embodiments, the server computer system 124 may schedule a test for one or more verifiers who want to participate in the test. In some implementations, the server computer system 124 can determine the test performance of each verifier 108 by deep learning to determine one or more algorithms, machine learning, and/or trained neural networks.

In embodiments that may utilize blockchains, the server computer system 124 may enable each registration verifier 108 to verify via one or more external identity management systems and/or systems that utilize encryption techniques including, but not limited to, zero-knowledge proof or zero-knowledge protocols (e.g., uPort, etc.) and/or via a reference database. For example, the intelligent contract repository may validate the identity of the verifier through one or more external identity management systems and/or reference databases utilizing encryption techniques including, but not limited to, zero-knowledge proof or zero-knowledge protocols (e.g., uPort, etc.).

In embodiments where a blockchain may be utilized, the distributed book may include a hash chain (cryptographic hash chain) where activity information and/or other information for each validator 108 is collected into chunks, each chunk containing a hash (cryptographic hash) of a previous chunk in the chain. In embodiments where blockchains may be utilized, the activity information and/or other information of each validator 108 may be propagated to and collectively validated by the nodes of the distributed ledger.

In some implementations, the verifier device 116 can be configured to communicate with the server computer system 124 to authenticate the verifier 108, wherein the server computer system 124 can verify the identification data of the verifier 108 while the verifier 108 participates in the test. In some implementations, the verifier device 116 can be configured to communicate with the server computer system 124 to authenticate the verifier 108. Authentication may be performed according to a single-factor, two-factor, three-factor, four-factor, and/or five-factor authentication method. In some embodiments, the verification process may include calling each verifier 108 by telephone, preferably via a voice line, and/or sending a text message with an indication of identity verification to the verifier, by the server computer system 124.

The environmental protection product claim for the product and/or service provided by the partner 104 may be a third type of environmental protection product claim based on ISO 14025. The environmental product claim may include, but is not limited to, information about a company, product, and/or service; environmental effects including, but not limited to, global warming potential, stratospheric ozone depletion potential, acidification potential of land and water, eutrophication potential, formation potential of convective ozone photochemical oxidants, non-biological depletion potential of non-fossil resources, non-biological depletion potential of fossil resources, human toxicity, freshwater aquatic ecotoxicity, marine aquatic ecotoxicity, and terrestrial ecotoxicity; resource usage including, but not limited to, total usage of renewable primary energy, total usage of non-renewable primary energy, usage of secondary materials, and usage of renewable secondary fuel; waste production situations including, but not limited to, disposed of hazardous waste, disposed of non-hazardous waste, and disposed of radioactive waste; and other information including, but not limited to, reusable components, recyclable materials, energy recovery, and energy derived materials.

In some embodiments, the environmentally friendly product claim validation of a product or service by one or more registration validators 108 may include, but is not limited to, validating information set forth in the environmentally friendly product claim, including validating data based on a lifecycle assessment (e.g., data related to a lifecycle assessment performed in accordance with ISO14040, ISO14044, and/or any other ISO standard), validating other environmental information, and/or validating other information.

In some embodiments, lifecycle manifest data (e.g., field operational data, field material consumption data, field emissions data, field energy consumption data, and/or field waste data) may be collected, measured, or estimated. The data collected and/or measured relating to the lifecycle manifest may be acquired using one or more sensors and/or devices installed at the site equipment 129 of the partner site 128. One or more site devices 129 may be configured to acquire data and transmit the acquired data to the server computer system 124, where the server computer system 124 may store the data in the storage component 402 and/or the memory 404 of the server computer system 124.

In embodiments where a blockchain may be utilized, the blockchain may record any type of data (e.g., data received from site device 129, point of service system 118, user 102, partner 104, distributor 106, verification 108, advertising service provider 126, and/or third party systems) as a form of transaction (e.g., transfer or exchange of information) occurring in distributed database network 120 that maintains a list of data records that are growing continuously, preventing tampering and modification. In some embodiments, the data records may be resistant to tampering and modification, even by parties or operators sharing the database.

In some embodiments, the server computer system 124 can enable one or more registered verifiers 108 to verify one or more environmental product claims by using the verifier devices 116 to perform real-time sample collection, calculation, measurement, and/or analysis, wherein sensors and/or devices (e.g., sensors for sensing information such as accelerometers, gyroscopes, global Positioning System (GPS) components, assisted Global Positioning System (AGPS) components, temperature measurement devices, velocity measurement devices, etc.) of each verifier device 116 can be utilized in the verification process.

In some embodiments, the server computer system 124 can perform tests to measure the knowledge of the verifier 108 on one or more subjects, where the tests can include actual operational testing using the verifier devices 116 for calculations, measurements, sample analysis (e.g., chemical analysis and testing), sample collection, etc., where input components 414 (e.g., sensors for sensing information, such as accelerometers, gyroscopes, actuators, global Positioning System (GPS) components, assisted Global Positioning System (AGPS) components, temperature measurement devices, velocity measurement devices, etc.) of each verifier device 116 can be utilized during the tests.

In some implementations, the verifier device 116 can be configured to enable the registration verifier 108 to conduct verification activities (e.g., verifying an environmental protection product claim, determining an environmental impact of the environmental activity) using one or more devices and/or sensors, wherein the verifier device from the verifier device 116 can be a device 400 having a processor 406 and a different arrangement of components, fewer components, additional components, different components than shown in fig. 4. (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408), wherein processor 406 is software configured to perform one or more functions of a verifier device of verifier device 116 as described herein.

In some embodiments, the server computer system 124 can cause one or more of the registration verifiers 108 to set forth criteria or rules (e.g., data collection policies or rules, validation rules) related to the creation and/or validation of an environmental protection product claim, wherein a final decision whether to accept or reject the proposed criteria or rules can be made based on a majority vote of the one or more registration verifiers, wherein the server computer system 124 can invite the one or more verifiers 108 to resume validation activities until at least 51% of the verifiers 108 vote to approve a decision, before the server computer system 124 accepts. In some embodiments, the server computer system 124 may use one or more algorithms in the process of reaching an agreement. For example, one or more algorithms may be used to calculate and determine the majority vote.

In some embodiments, verification of the environmental protection product claim by one or more registered verifiers 108 can include, but is not limited to, taking a picture, scanning a document, collecting data (e.g., data related to field operations, input and output from a particular site, measuring field material consumption, emissions, energy consumption and waste, etc.), verifying identity, measuring distance, determining geographic location, collecting samples, analyzing samples, determining chemical composition of collected samples, measuring temperature, energy measurement (e.g., electrical measurement), and/or using one or more input components 414 of each verifier device 116 (e.g., sensors for sensing information such as accelerometers, gyroscopes, actuators, global Positioning System (GPS) components, assisted Global Positioning System (AGPS) components, temperature measurement devices, velocity measurement devices, etc.).

In some embodiments, once one or more partners 104 may register with the server computer system 124 and provide them with an eco-product claim, or submit a request to create a new eco-product claim for one or more products and/or services they want to provide to the user 102, the server computer system 124 may designate and enable one or more verifiers 108 to verify the eco-product claim provided by one or more partners 104, or create a new eco-product claim for the products and/or services of one or more partners 104.

In some embodiments, server computer system 124 may enable one or more registration verifiers 108 to review information related to the verification activities performed by each registration verifier 108 (e.g., verifying environmental protection product claims, determining environmental impact of environmental activities) in order to agree on the validity of the information provided by each registration verifier 108 and decide or vote whether to accept or reject each piece of information provided by verifier 108. The server computer system 124 can determine whether to accept or reject a final decision for each piece of information relating to each registered verifier 108 conducting or conducting a verification activity based on the majority vote, wherein the server computer system 124 can invite one or more verifiers 108 to conduct the verification activity again until at least 51% of the verifiers 108 vote for approval of a decision to be accepted by the server computer system 124. In some implementations, the server computer system 124 can use one or more algorithms to determine the majority vote.

In some embodiments, server computer system 124 may enable one or more verifiers to review information relating to the verification activities performed by each registration verifier 108 and decide or vote to decide whether to accept or reject each piece of information within a particular time limit, wherein credits, currencies, cryptocurrencies, and/or credit points may be credited to the account of registration verifier 108 for each piece of information that it reviews.

In some embodiments, server computer system 124 may enable one or more users 102 to conduct each environmental activity related to a product and/or service after verification of an environmentally-friendly product claim for the product and/or service by one or more verifiers 108 is complete.

In some embodiments, the server computer system 124 may cause one or more registration verifiers 108 to collect data using one or more sensors or devices of one or more verifier devices 116 and transmit the information to the server computer system 124, where the data may be used to verify the environmentally friendly product claim. In some implementations, the server computer system 124 can communicate with partners of the partner 104 and/or external systems to collect information or data (e.g., identity verification information, energy measurements, sample analysis, determining chemical composition of a sample) related to verification activities performed by the verifier of the verifier 108 (e.g., verifying environmental protection product claims, determining environmental impact of environmental activities).

In some embodiments, the server computer system 124 may cause a registered partner of the partner 104 to submit a request to create an eco-product claim for one or more products and/or services, wherein the server computer system 124 may cause the partner to transfer a desired service fee to the server computer system 124 using money, crypto money, points, and/or credit points available in the partner's account. In some implementations, the server computer system 124 can designate one or more verifiers 108 to create an eco-product claim for a partner's product and/or service of the partner 104, wherein the server computer system 124 can transfer currency, cryptocurrency, points, and/or credit scores to the one or more verifiers 108 to create the eco-product claim.

In some embodiments, the server computer system 124 may cause one or more of the registration verifiers 108 to create an eco-product claim for a product or service according to ISO standards. For example, creating an environmentally friendly product declaration for a product or service may be accomplished by conducting a life cycle assessment study based on product category rules according to ISO14040 and ISO14044, and/or any other criteria.

The server computer system 124 can cause one or more verifiers 108 to collect data using verifier device 116 that is related to the inventory analysis steps of the life cycle assessment conducted in accordance with the ISO14040 and ISO14044 standards, or any other standard.

In some embodiments, the server computer system 124 may cause an external system to transmit data (e.g., lifecycle manifest data) related to a lifecycle assessment of an environmental product claim for a product or service to the server computer system 124, and the server computer system 124 may store the received data in the storage component 402 and/or memory 404 of the server computer system 124. In embodiments where the partners of the partner 104 have one or more site devices 129 installed at the partner site, one or more verifiers 108 may be enabled by the server computer system to access the site activity data records of the one or more site devices of the partner 104 and to verify or create an eco product claim for a product or service provided by the partner 104 using data (e.g., lifecycle manifest data) related to a lifecycle assessment of the eco product claim for the product or service provided by the partner 104 partner.

In some embodiments, the server computer system 124 may compare the ecotope product claims of the products and/or services of one or more partners 104 using one or more algorithms to determine the ecotope product claim with the lowest environmental impact, wherein the one or more verifiers 108 may follow criteria or rules (e.g., the ecotope product claims are based on the same product category rules, analyzed according to the same lifecycle impact assessment methods, modeled using the same data and/or system boundaries, functionally equivalent, and/or based on the same functional units) when creating and/or verifying the ecotope product claim for the products and/or services to allow comparability between the ecotope product claims for the products and/or services of one or more partners 104.

In some embodiments, the server computer system 124 may anonymously process the identification data of one or more verifiers 108 and any information that allows one or more verifiers 108 to be identified and forward the information about the environmental product claim verified by one or more verifiers 108 to one or more verifiers 108 and allow the new one or more verifiers to review or verify the verified information and decide to accept or reject each piece of information and comment on and score (e.g., in the range of 1-10) the validity of the information verified by the other one or more verifiers 108.

In some implementations, the server computer system 124 can assign one or more verifiers 108 to review or re-verify the information verified by one or more verifiers 108 and have them decide to accept or reject each piece of information, review, and comment on and score (e.g., in the range of 1-10) the validity of the verified information until the verifier 108 assigned by the server computer system 124 votes at least 51% approved, approving the decision regarding the validity of the information verified by one or more verifiers 108 is accepted by the server computer system 124. Server computer system 124 can enable one or more verifiers 108 to determine whether the specific information in the environmental product claim needs to be accurate or within a certain accuracy range.

In some embodiments, one or more verifier devices 116 can be configured to transmit data including at least one verification activity record to the server computer system 124. The verification activity record may include data related to one or more verification activities performed by one or more registered verifiers 108 (e.g., verifying and/or creating an environmental product claim, determining an environmental impact of an environmental activity, and/or an environmental impact of an environmental violation). The data transmitted by each verifier device 116 for each verification activity record may include, but is not limited to, identification data (e.g., biometric information, credential information, geolocation data, device PUFs, device identification information, account identification, public key, unique user identification, blockchain identification, name, address, and/or other identification data) of one or more verifiers, partners, and/or distributors, transmitted verification activity information (e.g., geolocation where the verification activity was transmitted), and information to verify and/or create environmental product claims, as well as information related to determining environmental impact and environmental unlawful behavior of environmental activities. The creation and verification information for the eco-product claim can include, but is not limited to, data collected by the verifier 108 and provided by the verifier 108 relating to verification or creation of the eco-product claim, and/or lifecycle manifest data. In some embodiments, the information regarding the creation and verification of an environmentally friendly product claim can include, but is not limited to, data related to a lifecycle assessment of the product or service (e.g., lifecycle manifest data). In some implementations, the server computer system 124 can cause one or more external systems to transmit data related to the product or service lifecycle assessment (e.g., lifecycle manifest data) to the server computer system 124.

In some implementations, the server computer system 124 can assign one or more verifiers 108 to install one or more site devices 129 at one or more partner sites 128, where the server computer system 124 can cause the one or more verifiers to determine the installation location and direction of the site devices 129 at the one or more sites 128 (locations) of one or more partners 104. In some embodiments, the biometric data acquired by one or more imaging devices of one or more site devices 129 may include, but is not limited to, images, video, and/or real-time video of one or more sites 128.

In some implementations, the server computer system 124 may deactivate one or more site devices 129 if the one or more site devices 129 are not located at a partner's location (e.g., an address of the partner) stored in the server computer system 124 storage component 402 and/or memory 404, or are not within a predetermined distance from a partner's location (e.g., an address of the partner) stored in the server computer system 124 storage component 402 and/or memory 404.

In embodiments where one or more verifiers 108 may utilize the site activity data records to verify and/or create an environmental activity (e.g., product and/or service) environmental protection product claim provided by a partner of partner 104, server computer system 124 may mark the environmental activity (e.g., product and/or service) as production or logo, recommend the environmental activity (e.g., product and/or service) to user 102, and/or add more points, credit points, cryptocurrency, and/or currency to one or more user accounts that conduct (e.g., participate in, purchase, use, or complete) the environmental activity (e.g., product and/or service).

In some embodiments, the server computer system 124 may also cause one or more verifiers to submit a request to the server computer system 124 to deactivate one or more site devices 129 and/or change the location and orientation of one or more site devices 129 (e.g., install the same site device at a new location, change the orientation of the site device) wherein the imaging devices of the input component 414 of the server computer system 124 may acquire new data (e.g., images, videos, and/or real-time videos), wherein the new images, videos, and/or real-time videos acquired by the one or more imaging devices of the one or more site devices 129 during and after the change of orientation and/or installation of the site device 129 may be stored in the storage component 402 and/or memory 404 of the server computer system 124 for use by one or more algorithms to authenticate the one or more sites 128.

In some embodiments, the field device 129 may be configured to collect site activity data continuously, periodically, and/or upon request by one or more verifiers 108 and transmit the site activity data to the server computer system 124 in real-time.

In some embodiments, the operation of one or more site devices 129 and their associated equipment and/or sensors may be governed by one or more sets of instructions (e.g., program code, libraries, software, machine code, firmware). One or more sets of instructions (e.g., program code, libraries, software, machine code, firmware) that govern the station equipment 129 and the station equipment may be installed over the network 120 and/or updated to add functionality or for any other reason. For example, one or more sets of instructions (e.g., program code, libraries, software, machine code, firmware) may govern the operation of a sensor or device that obtains data, where the data may be lifecycle manifest data (e.g., field operation data, field material consumption data, field emission data, field energy consumption data, and field waste data), and/or any other data.

One or more sets of instructions (e.g., program code, libraries, software, machine code, firmware) may also govern the operation of radio frequency identification (rfid) readers, card readers, barcode scanners, accelerometers, gyroscopes, actuators, global Positioning System (GPS) components, assisted Global Positioning System (AGPS) components, fingerprint readers, texture readers, face recognition devices, hand geometry devices, iris recognition, retina and odor recognition devices, voice recognition biometric data devices, imaging devices (e.g., infrared imaging devices, any other imaging device), sensors used to acquire life cycle inventory data (e.g., field operational data, field material consumption data, field emissions data, field energy consumption data, and field waste data), temperature measurement devices, emissions sensors, energy measurement devices, speed measurement devices (e.g., radar, lidar), other radar sensors, chemical sensors, proximity sensors, infrared sensors, pressure sensors, light sensors, ultrasonic sensors, smoke, gas and alcohol sensors, touch sensors, color sensors, humidity sensors, tilt sensors, flow and level sensors, and/or other sensors of site equipment 120.

In this case, a blockchain may be utilized to install one or more sets of instructions (e.g., program code, libraries, software, machine code, firmware) onto one or more site devices 129, where each block of the blockchain may include one or more installation records, where each installation record may include, but is not limited to, at least a unique site device identification, a blockchain identification of a partner 104 partner, and a software identification (including site device software versions), where the server computer system 124 may authenticate one or more sites 128, partners of the partner 104 (e.g., employees of the partner), and/or one or more verifiers 108 prior to installing the one or more installation records onto the one or more site devices 129 using a single-factor, two-factor, three-factor, four-factor, and/or five-factor authentication method. In some embodiments, the server computer system 124 may authenticate the one or more sites 128, partners of the partner 104 (e.g., employees of the partner), and/or the one or more verifiers 108 prior to installing the one or more installation records onto the one or more site devices 129, wherein if the authentication is successful, the server computer system may allow the one or more records to be installed onto the one or more site devices.

In some embodiments, the site device 129 may be configured to communicate with partner systems or devices to collect various data and transmit the data to the server computer system 124.

Applying one or more hash algorithms to the tile reference value and the data reference value may result in a hash value such that the reference value needs to be regenerated if the corresponding data is modified. This may make the block chain immutable, as it is necessary to propagate any modifications through other blocks in the block chain. Thus, any malicious alteration of one or more sets of instructions governing the operation of one or more site devices 129 and their associated sensors and devices prevents the use of blockchain copies installed on one or more site devices 129. Which in turn causes one or more site devices 129 to be deactivated.

In some embodiments, where blockchains may be utilized, the server computer system 124 may periodically verify the version of the software (one or more sets of instructions) installed on one or more site devices 129 to determine if a software update(s) needs to be installed on each site device 129, where the software identification may be used by the server computer system 124 to determine the version of the software (one or more sets of instructions) installed on one or more site devices 129. The server computer system 124 may also store a list of software updates associated with each site device 129 in a database of the server computer system 124. In the event that a software (one or more sets of instructions) update needs to be installed onto each site device 129, the server computer system 124 can verify one or more sites 128, partners of the partner 104 (e.g., employees of the partner), and/or verifiers of the verifier 108 using a single-factor, two-factor, three-factor, four-factor, and/or five-factor authentication method, wherein the geo-location data can be verified, prior to installing one or more installation records onto one or more site devices 129.

In some implementations, the operation of one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, point of service system 118, and/or advertising service provider device 127, and their associated devices and/or sensors, can be governed by one or more sets of instructions (e.g., program code, libraries, software, machine code, firmware). One or more sets of instructions (e.g., program code, libraries, software, machine code, firmware) may be installed over network 120 and/or updated to add functionality or updated for any other reason. In this case, one or more sets of instructions (e.g., program code, libraries, software, machine code, firmware) may be installed onto one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, service point systems 118, and/or advertising service provider devices 127 and their associated devices and/or sensors using a blockchain, wherein each block of the blockchain may include one or more installation records, wherein each installation record may include, but is not limited to, one or more device identifications, one or more blockchain identifications, and software identifications of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their associated devices, wherein server computer system 124 may authenticate users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their associated devices using a one-factor, two-factor, three-factor, four-factor, and/or five-factor authentication method prior to installing the one or more installation records.

In some implementations, the geolocation data of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, the service point system 118, and/or the advertising service provider device 127 may be verified prior to installing one or more installation records onto the devices.

In some implementations, the server computer system 124 may authenticate one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, service point system 118, and/or advertising service provider device 127 using a one-factor, two-factor, three-factor, four-factor, and/or five-factor authentication method prior to installing one or more installation records onto one or more of the user device 110, partner device 112, distributor device 114, service point system 118, and/or advertising service provider device 127 and their associated devices and/or sensors.

In some implementations where blockchains may be utilized, the distributed book may include side chains for installing one or more sets of instructions (e.g., program code, libraries, software, machine code, firmware), where blockchains may be permitted blockchains (access control).

At step 262, the server computer system 124 may verify each environmental activity (e.g., product and/or service) and environmental violation provided or reported by one or more partners 104, each environmental activity (e.g., product and/or service) distributed to the one or more partners 104 by the one or more distributors 106, and each environmental activity used by the one or more distributors 106 to distribute environmental activities (e.g., product and/or service) to the one or more partners 104, and mark each verified environmental activity and environmental violation. The server computer system 124 may communicate with one or more external systems of a program operator to verify the eco-product claim of the product and/or service transmitted or submitted to the server computer system 124 by one or more partners 104 and distributors 106. The server computer system 124 may communicate with one or more registered partners 104 or one or more unregistered entities to verify one or more environmental violations of one or more partners 104, distributors 106, and/or users 102. Respective account identifications and/or other identification data of one or more users 102, partners 104, distributors 106 may be used in communications exchanged therewith to verify environmentally friendly product claims and/or environmental violations.

In some implementations, the server computer system 124 can designate one or more verifiers 108 to determine their estimated environmental impact based on the environmental impact of each environmental violation. The server computer system 124 can transfer the currency, cryptocurrency, credits, and/or credit scores to one or more verifiers 108 to determine an estimated environmental impact of each environmental violation.

At step 264, the server computer system 124 may calculate a score for each verified environmental activity, such as a product and/or service provided by each partner 104, using one or more algorithms based on information contained in the environmentally friendly product claims for the verified products and services stored in the server computer system 124 database, wherein criteria or rules (e.g., the environmentally friendly product claims may have the same system boundaries, be created using the same lifecycle impact method, and product category rules) may be used to create and/or verify the environmentally friendly product claims for the products and/or services to provide comparability between the environmentally friendly product claims; using one or more algorithms, computing a score for each verified environmental activity, such as one or more distributors 106 for distributing product and/or unregistered entities of the environmental activity to one or more partners 104, based on information contained in the product and/or service verified environmental protection product claim and information contained in the product and/or service verified environmental protection product claim used by other distributors to distribute the environmental activity, wherein specific criteria or rules (e.g., environmental protection product claims may have the same system boundaries, be created using the same lifecycle impact method, and product category rules) may be used to create and/or verify environmental protection product claims for products and/or services to make the environmental protection product claims comparable; and using one or more algorithms to calculate a score for each verified environmental violation reported by one or more of the partners 104 based on the environmental impact of each environmental violation.

In some implementations, the server computer system 124 can penalize (e.g., by not sending a validation request) the verifier 108 by providing a decision (e.g., a misleading validation decision) that is not accepted by at least 51% of the verifiers 108. The server computer system 124 may also reward the verifier 108 for accepting more tasks (e.g., by sending a request for verification, and/or sending money, cryptocurrency, credits, and/or credit).

In some implementations, partner environment activities (e.g., products and/or services) with high scores may be preferentially promoted to the users 102. In some implementations, the one or more partners 104 providing the score and amount of verified environmental activity (e.g., products and/or services), the score and amount of environmental offensiveness for the one or more partners 104, and the reaction of the one or more partners 104 to the server computer system 124 proposal or suggestion can be used to calculate the environmental credit score for the one or more partners 104. The scores and amounts of verified environmental activities (e.g., products and/or services) used by one or more distributors 106, the scores and amounts of one or more distributors 106 environmental violations, and the reactions of one or more distributors 106 to server computer system 124 offers or suggestions may be used to calculate the environmental credit score for one or more distributors 106. The environmental credit scores for one or more partners 104 and distributors 106 may be calculated for particular geographic areas and/or particular types of environmental activities and/or particular product or service categories or classifications.

In some implementations, the server computer system 124 can add more points, credits, and/or cryptocurrency to the environmental credits of one or more users 102 who develop (e.g., participate in, purchase, use, or complete) environmental activities (e.g., products and/or services) with high environmental protection product claims and/or indicia, and reward one or more partners 104 and distributors 106 with high environmental credits with indicia, logos, symbols, and/or any other benefit. The environmental credit scores of the partners 104 and distributors 106 may be used for decisions including, but not limited to, government decisions on corporations and on any other entity. In some implementations, the server computer system 124 can reward (e.g., participate in, purchase, use, or complete) the user 102 with points, credits, and/or money to launch (e.g., participate in, purchase, use, or complete) an environmentally friendly activity (e.g., a product and/or service) with a high-score environmentally friendly product.

At step 266, one or more users 102 that have previously registered with the server computer system 124 may register with one or more partners 104. The user 102 may be authenticated by one or more service point systems 118 of one or more partners 104 to enable (e.g., participate in, purchase, use, or complete) environmental activities (e.g., products and/or services). The user 102 may enter a unique user identification on a keyboard or other input device of the service point system 118, or log into a website or use a mobile application. Additionally, the user 102 may confirm the environmental activity performed by the user 102 using an identification card, a bar code, a radio frequency identification, a two-dimensional code, or an electronic tag, and/or any other technique or means that may be read by the point of service system 118, where the point of service system 118 may communicate with the server computer system 124 to authenticate one or more users 102.

In some embodiments, the server computer system 124 may cause one or more partners 104 to register one or more users 102 using the partner's point of service system 118 and/or partner devices 112 and create one or more user accounts for the users 102, wherein the one or more partners 104 may provide the one or more users 102 with a barcode, radio frequency identification, two-dimensional code or electronic tag, and/or any other technique or device that may be read by the point of service system 118 and/or partner devices 112.

The point of service system 118 may transmit information to the server computer system 124 that may include, but is not limited to, information that one or more users 102 performed (e.g., purchased, used, or completed) environmental activities (e.g., products and/or services), identification data (e.g., biometric information, credential information, geolocation data, device PUFs, device identification information, account identification, public keys, unique user identification, block chain identification, names, addresses, and/or other identification data) of one or more distributors 106 and/or one or more users 102 and one or more partners 104, identification numbers for each environmental activity, number of environmental activities, and/or geographic location of the point of service system 118.

At step 268, the server computer system 124 may receive environmental activity data, including data records, from one or more of the service point systems 118 of one or more of the partners 104 and process the information. The server computer system 124 may match the environmental activity records of the one or more distributors 106, users 102, and partners 104 with identification data (e.g., unique user identification, blockchain identification, biometric data, public key) of the one or more distributors 106, users 102, and partners 104 to identify the environmental activity record of at least one of the plurality of distributors 106, users 102, and partners 104 that is associated with the identification data, and to credit the respective environmental activity records of the one or more distributors 106, users 102, and partners 104 with information about the environmental activity (e.g., product and/or service) performed (e.g., purchased, used, or completed) by the one or more users 102. The distributor 106, users 102, and partners 104 may monitor and track environmental activity stored in the distributor 106, users 102, and partners 104 environmental activity records.

At step 270, the server computer system 124 may calculate the environmental credit score for one or more users 102 using one or more algorithms based on the logged environmental activity data for one or more users 102. In some implementations, the environmental credit score for one or more users 102 can be calculated for a particular geographic area and/or a particular product and/or service category, and/or the like. In some implementations, the calculation of one or more user 102 environment credit scores may be accomplished by considering factors including, but not limited to: (a) The number, category, and environmental impact of one or more user 102 environmental activities intended to protect the environment; (b) A historical length of one or more user 102 environmental activities; (c) An environmental product claim score for each environmental activity performed by one or more users 102; (d) The reaction of one or more users 102 to the server computer system 124 based on the activities suggested by the one or more users 102 as environmental activities before and after becoming registered users; and (e) the type and amount of one or more user 102 environmental violations.

In some embodiments, the calculation of the credit score for each user 102 environment by the server computer system 124 may be accomplished by taking into account factors including, but not limited to: (a) The number and score of the eco-product claim that the user 102 makes (e.g., purchases, uses, or completes) the environmental activity (e.g., product and/or service), wherein the score of the eco-product claim determines the number of points the user will obtain; (b) Calculate points related to environmental activities (e.g., products and/or services) that the server computer system 124 suggests or recommends to each user 102 and that are performed (e.g., purchased, used, or completed) by each user 102; and (c) a total score of each user 102 environmental violation.

The calculation of the environmental credit score for each user 102 may be performed after and/or periodically after each environmental activity posted in the environmental activity record for one or more users 102 and/or upon request by one or more users 102 and/or one or more partners 104.

At step 272, the server computer system 124 may analyze the environmental credit scores of the users 102, partners 104, and/or distributors 106 to determine one or more users 102, partners 104, and/or distributors 106 that have high environmental credit scores. The analysis may be performed in different domains, including but not limited to categories of environmental activity, geographic regions, and any other domain. The server computer system 124 may exchange information with one or more users 102, partners 104, and/or distributors 106 regarding one or more users 102 environmental credit scores, available revenue, new rules for environmental credit score calculations, and the like.

In some implementations, the server computer system 124 can identify one or more sites, partners, and verifiers that are related to the site activity data collected by the one or more site devices; extracting real-time data indicative of a relationship with an eco-product claim of at least one of the plurality of partners for each site device; generating a sensor list display for each site device, wherein real-time data relating to the eco-product claim is listed with which each sensor is associated, wherein the generated display further can include site identification information and partner identification information for each sensor of each site device, wherein the generated display further includes historical data over a period of time, wherein the generated display includes graphical data; defining one or more alert levels based on the collected real-time data associated with at least one environmental protection product claim providing environmental activity among the plurality of partners, wherein the server computer system 124 can enable one or more verifiers to define one or more alert levels based on the collected real-time data associated with the environmental product claim; and determining whether the data collected by the one or more sensors of the one or more site devices includes real-time data up to any defined alarm level, wherein at least one defined alarm level is reached, and further comprising generating an alarm notification and notifying one or more partners and one or more verifiers. In some embodiments, the server computer system 124 can designate one or more validators to recheck the environmental product claim upon reaching at least one defined alert level. In some implementations, the server computer system 124 can disable (e.g., purchase, use, or complete) one or more users 102 from the environmental protection activities provided by the partners 104 when at least one defined alert level is met.

At step 274, the server computer system 124 may publish environmental credit score data for the user 102, partner 104, and/or distributor 106 under the environmental activity record of the user 102, partner 104, and distributor 106, respectively, and may notify the user 102, partner 104, and/or distributor 106 and may mark the user 102, partner 104, and/or distributor 106 with a flag, mark, or symbol having a high environmental credit score. The server computer system 124 may receive responses to the system information and recommendations from the user 102, the partner 104, and/or the distributor 106.

In some embodiments, the server computer system 124 may enable the program operator to track and monitor the verification activities performed by one or more verifiers 108 for the environmental protection product claim. In some embodiments, the server computer system 124 may enable or prevent the program operator from allowing or blocking publication (making it available to the public on the blockchain network) of the validated environmental protection product claim.

At step 276, the server computer system 124 may identify one or more sites 128, partners 104, and verifiers 108 that are related to the site activity data collected by the one or more site devices 129.

At step 278, the server computer system 124 can extract data indicative of real-time data related to the eco-product claim of at least one of the plurality of partners 104 of each site device 129.

At step 280, the server computer system 124 may generate a display of a list of sensors for each site device 129, wherein each sensor is listed with its associated real-time data related to the eco-product claim, wherein the generated display further includes site 128 identification information and partner 104 identification information for each sensor of each site device 129, wherein the generated display further includes historical data over a period of time, wherein the generated display includes graphical data.

At step 282, the server computer system 124 can define one or more alert levels based on the collected real-time data relating to the eco product claim in which at least one of the plurality of partners 104 provides environmental activity, wherein the one or more alert levels are defined by one or more verifiers 108 based on the collected real-time data relating to the eco product claim.

At step 284, the server computer system 124 may determine whether the data collected by the one or more sensors of the one or more site devices 129 includes real-time data up to any defined alert level, wherein at least one defined alert level is reached, and further include generating an alert notification and notifying one or more partners 104 and one or more verifiers 108, wherein the one or more verifiers 108 are assigned to re-verify the environmental protection product claim when the at least one defined alert level is met. In some implementations, the server computer system 124 can cause the environmental activity provided by the partners of the partner 104 to be unable to be undertaken (e.g., purchased, used, or completed) by one or more users 102 upon reaching at least one defined alert level.

The environmental credit score and/or environmental activity data of the user 102 may be used to penalize and/or reward the user 102. The environmental credit score and/or environmental activity data of the user 102 may be used by private and/or public and/or volunteer departments and/or other entities in areas including, but not limited to, employment decisions, university admission decisions, and landlord-tenant decisions, government-to-individual, corporate, and any other entity decisions. The environmental credit score and/or environmental activity data of the user 102 may also be used in other areas that may affect consumer life, including, but not limited to, determining whether a service, award, credit score, award schooling should be provided or awarded to the user 102.

At any time, the server computer system 124 may provide information about its environmental activities, environmental violations, and data related to currency, cryptocurrency, credits, and/or credit scores to the partners 104, the distributors 106, and/or the users 102. In some embodiments, the server computer system 124 may generate a display containing information. The information may be displayed on a website hosted by or associated with the server computer system 124. Such information may be displayed in the form of text and/or graphics. Such information may include, but is not limited to, historical data of environmental activities, environmental violations, environmental credits, environmental credit reports, and/or transaction data for credits, points, and/or currency. The historical data of the environmental activity can include, but is not limited to, the number, type, time, date, and location of the environmental activity, environmental violations, environmental impact information for each environmental activity, and/or environmental product claim scores for each environmental activity (e.g., product and/or service). The data for the transaction may include, but is not limited to, credit, and/or money transfer and/or exchange related data related to the user 102, partner 104, and/or distributor 106. The environmental credit report is a statement that there is information regarding one or more of the partners 104, the distributors 106, and/or the users 102 regarding environmental credit activity and current environmental credit status. The environmental credit report may include, but is not limited to: (a) Name, address, date of birth, social security number, national identity number, passport and telephone numbers, business name, business registration number contact information, environmental activity provided, used, and/or reported, employer identity number, and (b) current and historical environmental activity information stored in user and/or partner records. The server computer system 124 may provide information to the distributor 106 regarding environmental activities (e.g., products and/or services) distributed to the partners 104 and conducted (e.g., purchased, used, or completed) by the user 102. The server computer system 124 may allow or enable users, partners, and/or distributors to access the server computer system 124 and display information about registered user, partner, and/or distributor environmental activity and/or transaction data on the user device 110, partner device 112, and/or distributor device 114.

At any time, the server computer system 124 can provide information to the verifier 108. In some embodiments, the server computer system 124 may generate a display containing information. This information may be displayed on a website hosted by or associated with the server computer system 124. This information may be displayed in the form of text and/or a graph. Such information may include, but is not limited to, historical data relating to the creation and verification of environmental product claims, the determination of environmental activity environmental impacts, environmental violations, and information relating to points, credit scores, and/or monetary transaction data. The verification activity data can include, but is not limited to, verification data of environmental product claims, and data related to determining environmental impact of environmental activities, as well as environmental violations. Data related to creating an environmental product claim can include, but is not limited to, data collected by verifier 108 and/or lifecycle manifest data. The server computer system 124 can allow or enable the verifier 108 to access the server computer system 124 and display environmental activity (e.g., product and/or service) information of the partner 104 on the verifier device 116 operated by the verifier 108. The transaction data may include, but is not limited to, transactions related to credit scores, points, and/or money transfers and/or exchanges associated with the verifier 108.

At any time, the server computer system 124 may provide information to the advertising service provider 126. In some embodiments, the server computer system 124 may generate a display that includes information. This information may be displayed on a website hosted by or associated with the server computer system 124. Such information may be displayed in the form of text and/or graphics. The information may include, but is not limited to, historical data related to the advertising service that may be provided to users 102, partners 104, distributors 106, verifiers 108, and/or unregistered entities (e.g., individuals, universities, companies, organizations, government entities, etc.), as well as transactional data information related to credit and/or currency related to the advertising service. The ad service data or information may include, but is not limited to, ad campaign data (e.g., information about ad service requests or orders, information about ad time, type, quantity, cost, and content details, and results or delivery information about ad service requests or orders). The advertising service transaction data may include, but is not limited to, information related to the advertising service and related to credit and/or monetary balances, deposits, and/or transfers of the user 102, partner 104, distributor 106, verifier 108, advertising service provider 126, and/or server computer system 124.

The server computer system 124 may enable the user 102 to search for environmental activities (e.g., products and/or services) provided by one or more of the partners 104 at a particular or any geographic location, and options to allow or enable the user 102 to search for environmental activities (e.g., products and/or services) at a particular or any geographic location may be provided to the user 102 through a website hosted by or associated with the server computer system 124 and/or through a mobile application. The server computer system 124 can display the results to the user 102 searching for the environmental activity (e.g., product and/or service) based on a number of factors including, but not limited to, the environmentally friendly product claim score for each environmental activity (e.g., product and/or service), and the geographic location of the environmental activity (e.g., product and/or service). In some implementations, one or more environmental protection activities with high-score environmental protection product claims can be promoted, suggested, or recommended by the server computer system 124 to one or more users 102 and can be displayed to the users 102 first. In some embodiments, one or more environmental protection activities having an environmental protection product claim verified by one or more verifiers 108 using data received from one or more site devices 129 of at least one of the plurality of partners 104 may be promoted, suggested, or recommended by the server computer system 124 to one or more users 102, and may be marked as verified by the server computer system 124 and may be displayed to the users 102 first.

In some implementations, the server computer system 124 may cause one or more partners 104 to recommend, suggest, and/or promote one or more environmental activities (e.g., products and/or services) to the user 102 using credit scores, currencies, cryptocurrencies, and/or points associated with their accounts. In some implementations, the server computer system 124 may credit the user's 102 account with credit, cryptocurrency, currency, and/or points for receiving suggestions, offers, and/or promotions related to one or more environmental activities (e.g., products and/or services).

In some implementations, the geolocation data or geolocation data for the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 may be obtained from a wireless or mobile operator, a wireless service provider, where these devices may be configured to communicate with the wireless or mobile operator or wireless service provider.

In some embodiments, geolocation data or geolocation data (e.g., GPS/AGPS coordinates) may be obtained from a number of sources, including but not limited to static or dynamic site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127, where geolocation or geolocation data may be obtained and stored in database 312 of server computer system 124 on a periodic, intermittent, or continuous basis. In some implementations, the geolocation data or geolocation data (e.g., GPS/AGPS coordinates) may be obtained by the GPS and/or AGPS components of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 input component 414.

The server computer system 124 can retrieve the identification of the geolocation data or geolocation data (e.g., GPS/AGPS coordinates) corresponding to the one or more devices and the identification of the second geolocation data or geolocation data (e.g., GPS/AGPS coordinates) corresponding to the current location of the one or more devices stored in the server computer system 124 database 312 and compare the first geolocation data or geolocation data (e.g., GPS/AGPS coordinates) to the second geolocation data or geolocation data (e.g., GPS/AGPS coordinates) to determine the location of the one or more devices.

The server computer system 124 may suggest or recommend environmental activities (e.g., products and/or services) to one or more users 102 based on a number of factors including, but not limited to, environmental activity locations and/or environmental product claim scores for environmental activities (e.g., products and/or services) from the locations of one or more users 102.

FIG. 3 is a block diagram 300 illustrating system elements of an exemplary server computer system 124, according to an embodiment of the present disclosure. As shown, the server computer system 124 generally includes a registration module 304, a transceiver module 306, a verification module 308, a processing module 310, a database 312, and a publication module 314.

The registration module 304 may be configured to register multiple users, partners, and distributors with the server computer system 124 by assigning a unique user identification (e.g., blockchain identification, account identification) to each user 102, partner 104, and distributor 106. The registration module 304 may be further configured to create account profiles and environmental activity records for a plurality of registered users 102, partners 104, and distributors 106. The registration module 304 may also be configured to associate environmental activity records of registered users, partners, and distributors with identification data (e.g., unique user identification, account identification, public key, blockchain identification, biometric data) of the users, partners, and distributors and store in the database 312. The registration module 304 may also be configured to list environmental activity records of the user, partner, and distributor under the respective account profiles of the user 102, partner 104, and/or distributor 106.

The registration module 304 may also be configured to register multiple validators 108 with the server computer system 124 by assigning each verifier 108 a unique user identification (e.g., blockchain identification, account identification). The registration module 304 may be further configured to create account profile and activity records for a plurality of registration verifiers 108. The registration module 304 may also be configured to associate the activity record of the registered verifier with the verifier's identification data (e.g., unique user identification, account identification, public key, blockchain identification, biometric data) and store in the database 312. The registration module 304 may also be configured to list the verifier's activity records under the verifier's 108 respective account profile.

The registration module 304 may also be configured to register the plurality of sites 128 with the server computer system 124 by assigning unique user identifications (e.g., blockchain identifications) to the plurality of registered sites 128. The registration module 304 may be further configured to create account profiles and activity records for a plurality of registration sites 128. The registration module 304 may also be configured to associate the activity record of the registered site with identification data (e.g., unique user identification, account identification, public key, blockchain identification, biometric data) of the site and stored in the database 312. Registration module 304 may also be configured to list the site's activity records under the site's 128 respective account profile.

The registration module 304 may also be configured to register multiple advertising service providers 126 with the server computer system 124 by assigning each advertising service provider 126 a unique user identification (e.g., blockchain identification, account identification). The registration module 304 may be further configured to create account profiles and activity records for a plurality of registered advertising service providers 126. The registration module 304 may also be configured to associate the activity record of the registered advertising service provider with identification data (e.g., unique user identification, account identification, public key, blockchain identification, biometric data) of the advertising service provider and store in the database 312. The registration module 304 may also be configured to list the advertisement service provider's activity records under the advertisement service provider's 126 respective account profile.

In other embodiments where blockchains may be utilized, registration module 304 may also be configured to assign blockchain identifications, user identifications, and/or public keys to each user 102, partner 104, distributor 106, verifier 108, site 128, and/or advertising service provider 126 after the blockchain identifications, user identifications, and/or public keys are registered or joined to the network to access the distributed ledger.

In some implementations, the registration module 304 can also be configured to create points, currencies, cryptocurrencies, and/or credit records or ownership records related to accounts and/or identification data (e.g., biometric data, account identification, blockchain identification, public key) of the plurality of users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126.

In some embodiments, the registration module 304 may also be configured to cause each user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 to register the user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127, respectively, with the server computer system 124 in order to access the server computer system 124. The registration module 304 may also be configured to enable each partner 104 to register one or more service point systems 118 with the server computer system 124 to access the server computer system 124. The registration module 304 may also be configured to enable one or more verifiers 108 to register one or more sites 128 and site devices 129 of partners 104 with the server computer system 124 to access the server computer system 124. In some implementations, the registration module 304 can also be configured to register devices associated with the sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 during registration of each site 128, user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 with the server computer system 124.

The transceiver module 306 may be configured to receive data from one or more devices of at least one registered user 102 in real-time, including, but not limited to, identification data (e.g., biometric information, credential information, geographic location data, device PUF, device identification information, account identification, user name, user address, passport number, taxpayer identification number, telephone number, email address, password, username, etc.), information related to one or more environmental activities (e.g., information about home energy, transportation, waste, food, shopping, etc.) that the registered user 102 performed (e.g., purchased, used, or completed) before becoming a registered user, and assign an identification number to each environmental activity.

Transceiver module 306 may also be configured to receive data from the one or more devices of the at least one enrollment verifier 108 in real time, which data may include, but is not limited to, identification data (e.g., biometric information, credential information, geolocation data, device PUFs, device identification information, account identification, verifier name, verifier address, other information (e.g., passport number, taxpayer identification number, telephone number, email address, password, verifier username, etc.)) and information that the one or more enrollment verifiers 108 undertake one or more verification activities (e.g., verifying an environmental protection product claim, determining environmental impact of an environmental protection activity) prior to becoming an enrollment verifier 108 and assigning an identification number to each verification activity, which information may include, but is not limited to, information that the one or more environmental protection product claims are verified by the one or more enrollment verifiers 108, the geographic location at which the environmental protection product claim is verified, and/or other information.

In some implementations, the transceiver module 306 can be further configured to receive, in real-time, at least one verification activity data that includes one or more data records from at least one verifier device 116. The verification activity data may include data related to one or more registration verifiers 108 performing one or more verification activities (e.g., verifying and/or creating an environmental product claim, determining an environmental impact of an environmental activity, and/or an environmental impact of an environmental violation). The data for each verification activity transmitted by each verifier device 116 may include, but is not limited to, identification data of one or more verifiers, partners, and/or distributors (e.g., unique user identification, account identification, biometric information, credential information, geolocation data, device PUFs, device identification information, account identification, blockchain identification, public key), transmitted verification activity information (e.g., geolocation where the verification activity was transmitted), and information to verify and/or create environmental protection product claims, as well as data related to determining environmental impact of environmental activity, environmental violations. Information regarding the creation and verification of an environmental protection product claim can include, but is not limited to, data collected by the verifier 108, data provided by the verifier 108 relating to verifying or creating the environmental protection product claim, and/or lifecycle manifest data. In some embodiments, the transceiver module 306 may be configured to receive data related to lifecycle assessments (e.g., lifecycle manifest data) of the server computer system 124 products or services from one or more devices of the at least one partner 104, and/or from external systems, the received data may be stored in a database of the server computer system 124. In some embodiments, the transceiver module 306 may be further configured to assign an identification number to each received data or data record.

The transceiver module 306 may also be configured to receive data relating to environmental activities (e.g., purchased, used, or completed) by one or more registered users 102 in real time from one or more service point systems 118 of one or more registered partners 104; each registered user 102 may enter or provide the user's identification data (e.g., unique user identification, account identification, biometric information, credential information, geographic location data, device PUF, device identification information, account identification, blockchain identification, public key) to the service point system 118 in order to access one or more registered user's account and/or environmental activity records; the service Point system 118 may be configured to communicate with the server computer system 124 to authenticate one or more registered users 102, wherein the server computer system 124 may verify the identification data of the one or more registered users 102 and confirm that the one or more environmental activities were performed by the user 102. Transceiver module 306 may be further configured to assign an identification number to each received data or record.

In some implementations, the transceiver module 306 may be further configured to receive, in real-time, at least one environmental activity data or record from one or more devices of at least one of the plurality of partners 104 and distributors 106. The environmental activity data or records may include data related to one or more environmental activities (e.g., products and/or services) that one or more partners 104 provide, one or more environmental activities (e.g., products and/or services) that one or more distributors 106 distribute to one or more partners 104, and one or more environmental activities (e.g., products and/or services) that one or more distributors 106 use to distribute to one or more environmental activities (e.g., products and/or services) of one or more partners 104. The data transmitted by each partner 104 for each environmental activity may include, but is not limited to, identification data of the partner (e.g., the partner's unique user identification, the partner's account identification, biometric information, credential information, geo-location data, device PUF, device identification information, account identification, blockchain identification, public key), as well as information about the transmission environmental activity, including but not limited to the geo-location of the transmission environmental activity, information that the partner 104 wants to provide the environmental activity (e.g., product and/or service) to the user 102, information related to requesting the environmental activity (e.g., product and/or service) be provided to the partner 104 to create an environmental protection product claim, and/or an environmental protection product claim. Transceiver module 306 may be further configured to assign an identification number to each received data record.

In some implementations, the data transmitted by each partner 104 for each environmental activity can include information related to a request to create an environmental product claim for the environmental activity (e.g., product and/or service) from at least one of the plurality of partners 104 in real-time.

In some implementations, the transceiver module 306 may be further configured to receive, in real-time, at least one environmental activity data or record from one or more devices of at least one of the plurality of partners 104. The environmental activity record may include data related to one or more of the partners 104 reporting one or more environmental violations. The data transmitted by each partner 104 for each environmental violation may include, but is not limited to, identification data of the user, partner, distributor, advertising service provider, and/or verifier (e.g., unique user identification, account identification, biometric information, credential information, geographic location data, device PUF, device identification information, account identification, block chain identification, public key), as well as transmitting environmental violation information, including, but not limited to, a geographic location transmitting the environmental violation, taxpayer identification, name (e.g., the name of the violating user 102, partner 104, distributor 106, advertising service provider 126, and/or verifier 108), and/or address. Transceiver module 306 may be further configured to assign an identification number to each received data record.

In some implementations, the transceiver module 306 may be further configured to receive at least one advertising service data record and/or at least one advertising service transaction data record in real-time from one or more devices of at least one advertising service provider 126. The data for each ad service may include, but is not limited to, identification data (e.g., unique user identification, account identification, biometric information, credential information, geo-location data, device PUF, device identification information, account identification, blockchain identification, public key) and ad campaign data information (e.g., ad service request or order information, ad time, type, quantity, cost, and/or content detail information) for the user 102, partner 104, distributor 106, verifier 108, and/or ad service provider 126. The data for each advertisement service transaction may include, but is not limited to, identification data (e.g., unique user identification, account identification, biometric data, blockchain identification, public key) of the user 102, partner 104, distributor 106, verifier 108, and/or advertisement service provider 126, as well as credit score encryption currency and/or a deposit of currency, and transfer information related to the advertisement service and associated with the user 102, partner 104, distributor 106, verifier 108, advertisement service provider 126, and/or server computer system 124. Transceiver module 306 may be further configured to assign an identification number to each received data record.

In some embodiments, transceiver module 306 may be further configured to receive, in real-time, one or more site activity data or data records associated with one or more sites 128 from one or more site devices 129. The data or data records for each site activity may include, but are not limited to, identification data (e.g., site images, video and/or real-time video information, credential information, geolocation data, device PUFs, device identification information, account identifications, blockchain identifications, public keys) for the partner 104 partner and/or one or more verifiers 108, identification data (e.g., site images, video and/or real-time video, blockchain identifications, public keys) for the site 128 sites, data (e.g., lifecycle manifest data), including, but not limited to, field operation data, field material consumption data, field emissions data, field energy consumption data, and/or field waste data for one or more products and/or services of the partner 104 partner collected by the site device of the site device 129, geographic location data (e.g., GPS/AGPS coordinates) for the site device 129, and/or other data.

In some embodiments, transceiver module 306 may be further configured to receive one or more request identifications from one or more devices of at least one of user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 to access server computer system 124, wherein each request identification may be transmitted from each user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127. Receiving one or more request identifications from one or more devices of at least one verifier 108, wherein each request identification may be transmitted from each site device 129; and receiving one or more request identifications from one or more devices of at least one of the partners 104, wherein each request identification is transmittable from each of the service point systems 118 of the partners, wherein the received data is receivable in real-time.

In some implementations, the transceiver module 306 may be further configured to receive one or more data or data records, including biometric information (e.g., facial images) of each user 102, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 acquired by one or more sensors (e.g., CMOS and CCD sensors) of the user device 110, partner 104, distributor 106, verifier 108, and/or advertising service provider 126, where the received data may be received in real-time. The server computer system 124 may also receive data or one or more data records, including site images, video, and/or real-time video of each site 128 acquired by one or more sensors (e.g., CMOS and CCD sensors) of one or more site devices 129, where the received data may be received in real-time.

In some implementations, the transceiver module 306 may be further configured to receive data or one or more data records, including one or more unique device identifications (e.g., the physical unclonable function of a CMOS sensor) for each of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127, wherein the received data may be received in real-time.

In some implementations, transceiver module 306 may be further configured to receive data or one or more data records, including identifying data (e.g., block chain identification, public key, etc.) for each of site 128, user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126, where the received data may be received in real-time.

In some embodiments, the transceiver module 306 may be further configured to receive data or one or more data records including the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 geographic location data (e.g., GPS/AGPS coordinates) acquired in real-time by the GPS/AGPS sensors of their associated devices, wherein the received data may be received in real-time. In some implementations, the transceiver module 306 may be further configured to receive data or one or more data records including user credential information (e.g., a username, a password, a Personal Identification Number (PIN), a key, etc.), wherein the received data may be received in real-time.

In some implementations, transceiver module 306 may be further configured to receive device identification information from one or more of site device 129, point of service system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127. The device identification information may be one or more pieces of information that uniquely identify each device. The device identification information may include, but is not limited to, operating system version, operating system manufacturer, information about the site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or communication interface 408 of the advertising service provider device 127, memory 404, processor 406, storage component 402, input component 414, output component 412, and communication infrastructure 410, and operating system name. One of ordinary skill in the art will recognize that other forms of device identification information may be substituted herein as part of providing the device identification information to the server computer system 124.

In some implementations, the processing module 310 can be configured to receive device identification information from one or more of the site devices 129, the service point system 118, the user devices 110, the partner devices 112, the distributor devices 114, the verifier devices 116, and/or the advertising service provider devices 127. The device identification information may be one or more pieces of information that uniquely identify each device. The device identification information may include, but is not limited to, operating system version, operating system manufacturer, information about the communication interface 408 of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertisement service provider device 127, memory 404, processor 406, storage component 402, input component 414, output component 412, and communication infrastructure 410, and operating system name. One of ordinary skill in the art will recognize that other forms of device identification information may be substituted herein as part of providing the device identification information to the server computer system 124. In this case, the combination of the user, the device PUF, the user device identification information, and the geolocation data or geolocation data (e.g., GPS/AGPS coordinates) may represent a four-factor authentication method. In some embodiments, the combination may also include other user credential information (e.g., username, password, personal Identification Number (PIN), key, etc.), user representative of the five-factor authentication method, user credential information, device PUF, device identification information, and geolocation data (e.g., GPS/AGPS coordinates).

The verification module 308 may be configured to verify received data and/or information, including environmental activity data (e.g., regarding home energy, transportation, waste, food, shopping, etc.) conducted (e.g., purchased, used, or completed) by the registered user 102 before and/or after becoming a registered user, and assign an identification number to each environmental activity. In some implementations, the verification module 308 can be configured to verify received data and/or information by communicating with one or more service point systems 118 of registered partners 104, one or more devices 400 of registered partners 104, and/or one or more devices 400 of unregistered entities, where the received data can include respective account identifications of one or more users 102, partners 104, distributors 106, and/or other identification data (e.g., unique user identification, biometric data or information, blockchain identification, public key, name, address, and/or other identification data) that can be used in communications exchanged therewith for a verification process.

In some implementations, the verification module 308 may also be configured to verify each ecotoped product claim related to each partner 104 providing an environmental activity (e.g., a product and/or service) by communicating with one or more devices 400 of one or more registered partners 104 and/or external systems of an unregistered entity (e.g., an item operator). The verification module 308 may also be configured to flag each verified environmental activity.

In some implementations, the verification module 308 can be further configured to communicate with one or more devices 400 of registered partners 104 and/or one or more external systems of unregistered entities to verify environmental violations of one or more partners 104, distributors 106, and/or users 102, wherein respective account identifications and/or other identification data of one or more users 102, partners 104, distributors 106 can be used in the communications exchanged therewith to verify environmental product claims and/or environmental violations. Government entities, consumer reporting agencies, environmental product claim project operators, and other entities may act as partners 104.

In embodiments that may utilize a blockchain, the verification module 308 may be configured to communicate with one or more external identity management systems and/or systems that utilize encryption techniques including, but not limited to, zero-knowledge proofs or zero-knowledge protocols (e.g., uPort, etc.) to verify the identity of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. For example, the intelligent contract base may confirm the identity of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 through one or more external identity management systems and/or using cryptographic technology systems including, but not limited to, zero-knowledge proof or zero-knowledge protocols (e.g., uPort, etc.) and/or by referencing databases.

In some implementations, the verification module 308 can be configured to verify the verifier 108 by automatically calling the verifier over the phone and preferably recording the call and/or sending a short message to the verifier 108 and providing an indication of identity verification to the verifier 108, where verification can be performed during testing (while the verifier 108 is engaged in testing).

The processing module 310 may be configured to designate one or more verifiers 108 to determine their estimated environmental impact from the environmental impact of each environmental violation. In some implementations, the processing module 310 may also be configured to credit the account of one or more verifiers 108 with currency, cryptocurrency, credits, and/or credit scores to determine an estimated environmental impact of each environmental violation.

In some implementations, in the event that environmental activities (e.g., products and/or services) may not be associated with an environmental product claim previously verified by the verifier 108, the processing module 310 can be configured to designate the verifier of the verifier 108 to determine an estimated environmental impact for each of the user's environmental activities that the user performed (e.g., purchased, used, or completed) before becoming a registered user. In some embodiments, where the environmental protection product claim was previously verified by the verifier 108 and associated with a partner of the partner 104, the processing module 310 may be configured to determine the environmental impact of each user environmental activity (e.g., product and/or service) that the user performed (e.g., purchased, used, or completed) before becoming a registered user, based on the information mentioned in the verified environmental activity environmental protection product claim.

In some implementations, the processing module 310 may be configured to credit points, currencies, cryptocurrencies, and/or credit scores to accounts of the users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, and may be configured to allow or cause one or more of the users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to transfer ownership records of points, currencies, cryptocurrencies, and/or credit scores associated with their accounts to one another or to an external system. In some implementations, the processing module 310 may be configured to allow or enable the user 102 to credit, and/or exchange points, currency, cryptocurrency, and/or credit numbers (e.g., exchange points for any form of french, electronic, and/or cryptocurrency). In some implementations, the processing module 310 may be configured to communicate with a third-party system (e.g., currency, cryptocurrency exchange platform or system) to deposit, transfer, and/or exchange points, currency, cryptocurrency, and/or credit numbers.

In embodiments that may utilize blockchains, the processing module 310 may be configured to transfer ownership records of points, currencies, cryptocurrencies, and/or credits in a process similar to block chain cryptocurrency system based money transfers. In some embodiments where blockchains may be utilized, the distributed ledger may include a side chain of a cryptocurrency blockchain or an independent ledger.

In some embodiments, the processing module 310 may be configured to allow or cause one or more verifiers 108 to determine the service units (usage units) for each service provided by a partner 104 partner based on information mentioned in its category and/or service environment product declaration. For example, a carrier that is a partner 104 of the environmental credit scoring system 124 may provide the user 102 with the use of an electric vehicle (as a transportation service); the service point system 118 may be configured to collect and transmit information (e.g., docking points, distances, and/or departure points) to the environmental credit scoring system; the processing module 310 may be configured to allow or cause one or more verifiers 108 to determine a unit of service (usage unit) for a transport service (e.g., using the service for one hour or mile); the processing module 310 may be configured to credit the user's 102 user's account with the service units (usage units) of any authenticated service that the user has made (e.g., purchased, used, or completed); the processing module 310 may be configured to use the service units to award cryptocurrency, currency, points, or any other reward to the user 102.

In some implementations, the processing module 310 may be configured to calculate the user's 102 environment credit score using one or more algorithms using the service units (usage units) associated with their account. In some implementations, the processing module 310 may be configured to use one or more algorithms to determine the number of service units, credits, cryptocurrency, any other reward (e.g., maximum or minimum number of units) that should be credited to the user 102 account.

In some implementations, the processing module 310 may be configured to suggest or recommend one or more environmental activities (e.g., products and/or services) to the registered user 102 based on factors including, but not limited to, environmental impact of the user 102 environmental activities (e.g., products and/or services) conducted (e.g., purchased, used, or completed) before or after becoming a registered user. Recommended or suggested environmental activities (e.g., products and/or services) may be intended to reduce the environmental impact of the user's environmental activities. The processing module 310 may also be configured to assign or credit the points and/or credit score to the user's account after a recommended or suggested environmental activity (e.g., product and/or service) is performed (e.g., purchased, used, or completed). The processing module 310 may also be configured to calculate the user's 102 environment credit score using the points under the user's 102 account and other factors. The processing module 310 may also be configured to determine the number of points that should be allocated for each environmental activity performed by the user of the user 102 based on the environmental product claim score for the environmental activity (e.g., product and/or service).

In some implementations, the processing module 310 may be configured to determine and recommend or suggest environmental activities (e.g., products and/or services) to the user 102 using one or more algorithms, machine learning, and/or trained neural networks by deep learning the user's habits and/or behaviors (e.g., environmental habits). The processing module 310 may also be configured to determine information about user activities collected from external sources (e.g., a data management platform) using machine learning and/or trained neural networks by deep learning the user's habits and/or behaviors, utilizing the user's decisions about the relationship between performing environmental activities and the user's interactions with the server computer system 124 (e.g., the type of environmental activities they are performing, the time at which the environmental activities are performing, the geographic location of the environmental activities, and the cost of performing the environmental activities), and other factors.

As non-limiting examples, the processing module 310 may be configured to suggest or recommend to the user of the user 102 the use of renewable power, the use of a particular electric vehicle, the use of any other environmentally friendly products and/or services provided by the registered partner 104 or unregistered entity. In some implementations, the processing module 310 may be configured to calculate the environmental credit score for the user 102 based on the environmental impact of the environmental activity prior to becoming a registered user 102, server computer system 124 suggestions or recommendations, and the environmental activity the user 102 has performed (e.g., participated in, purchased, used, or completed) after becoming a registered user. The processing module 310 may be configured to store information about the environmental activities performed by the user of the user 102 prior to becoming a registered user and information collected from the user during or after registration in a user record in the database of the server computer system 124 and to list such information under the respective account profiles of the user 102, the partners 104, and/or the distributor 106.

In some implementations, the processing module 310 may be configured to calculate points and/or credit scores based on environmental impact of environmental activity prior to becoming a registered user 102, environmental activity suggested or recommended by the server computer system 124 and conducted (e.g., participated in, purchased, used, or completed) by the user 102 after registration, and credit scores, points, and/or cryptocurrency that may be spent and/or redeemed by the user 102 is credited to the user's account.

In some implementations, the processing module 310 may be configured to allow or cause the user 102 to purchase one or more services provided by the partners 104, distributors 106, and/or unregistered entities using points and/or credit scores associated with the user account. For example, the user 102 may provide the user's identification data (e.g., unique user identification, account identification, blockchain identification, biometric data or information, public key) to the partner 104 and complete the authentication process through the point of service system 118 of the partner 104, the partner device 112, and/or systems associated with the partner 104; the point of service system 118, the partner device 112, and/or systems associated with the partner 104 may be configured to communicate identification data that authenticates the user 102 with the server computer system 124 and/or to check the number of points, credits, amounts of currency, crypto currency, points, and/or credits associated with the user 102 by communicating with the server computer system 124 and to transfer the desired currency, points, and/or credits from the account of the user 102 to the account of the partner 104 as proof of purchase.

In some embodiments, the processing module 310 may be configured to store the calculated points or credit scores of the users 102 and their associated transactions in a database of the server computer system 124 and to list the information of the points or credit scores and their associated transactions under the respective account profiles of the users 102, partners 104, and/or distributors 106. In some implementations, the processing module 310 may be configured to store the user's calculated points or credit scores in a remote database and/or a distributed database.

In embodiments where a blockchain may be utilized, the processing module 310 may be configured to transfer ownership records of credits, sums, and/or credits in a process similar to money transfers in a blockchain-based crypto-monetary system. For example, the processing module 310 may be configured to transfer ownership records of points and/or credit scores from an account of the user 102 to an account of the partner 104 as proof of purchase when the user 102 obtains or purchases a product and/or service provided by the partner 104. In some embodiments where blockchains may be utilized, the distributed ledger may include side chains of cryptocurrency blockchains or independent ledgers.

In some implementations, the processing module 310 may be configured to enable partners 104 who want to provide, resell, and/or distribute one or more environmental activities (e.g., products and/or services) owned or produced by other partners 104 (original owners/producers of the environmental activities) to the user 102 to search for the partner's (original owners/producers of the environmental activities) environmental activity using the identification data of the environmental activity (e.g., identification number of the partner's environmental activity, environmental protection product claim registration number or identification number, unique user identification of the partner, public key of the partner, and/or other identification data), using options such as through a website and/or mobile application hosted by or associated with the server computer system 124. The processing module 310 may be further configured to allow or enable the partners 124 to certify and/or ask them to provide, resell and/or distribute the same environmental activity (e.g., products and/or services) to the user 102. In some implementations, the processing module 310 may be further configured to allow or cause the partner 104 (original owner/producer of the environmental activity) to approve or deny the request to allow or cause the partner 104 to provide, resell, and/or distribute the environmental activity to the user 102. The processing module 310 may be further configured to list the environmental activity in an environmental activity record of a partner 104 that requires the environmental activity to be provided, resold, and/or distributed to the user 102.

In some embodiments, the processing module 310 may also be configured to allow or cause partners 104 who want to provide, resell and/or distribute one or more environmental activities (e.g., products and/or services) belonging to other partners 104 (original owners/producers of environmental activities) to the user 102 to select from among a plurality of categories of one or more environmental activities (e.g., products and/or services) listed in the environmental activity record of the partner 104 (original owner/producer of environmental activity) and to document and/or ask them to want to provide or distribute the same environmental activity (e.g., products and/or services) to the user 102.

In some embodiments, the processing module 310 may also be configured to allow or cause the partner 104 (the original owner/producer of the environmental activity) to provide to the server computer system 124 approved partner 104 list information regarding available, resold, or distributed environmental activities (e.g., products and/or services) owned or produced by the partner 104 (the original owner/producer of the environmental activity). Such information may include, but is not limited to, identification data (e.g., a partner's unique user identification, and/or a partner's public key).

In some embodiments, the processing module 310 may be configured to enable one or more registration verifiers 108 to verify the environmentally friendly product claim. Processing module 310 may also be configured to designate one or more validators 108 to verify the environmental protection product claim, where the selection of the validators may be based on a number of factors including, but not limited to, the geographic locations of the registered validators and partners 104, the number of verification activities associated with each validator 108 verified, and/or the environmental activities (e.g., products and/or services) of partners 104 randomly selected from the validators 108 registered with server computer system 124. In some embodiments, the processing module 310 may be configured to designate or register the verifier 108 to verify the environmentally friendly product claim, wherein verification may include, but is not limited to, verifying information set forth in the environmentally friendly product claim, including verifying data based on a lifecycle assessment (e.g., data related to a lifecycle assessment made in accordance with ISO14040, ISO14044 and/or any other ISO standard), verifying additional environmental information, and/or verifying other information.

In some implementations, processing module 310 may be configured to instruct one or more registration verifiers 108 to use verifier device 116 to collect data related to the inventory analysis steps of the lifecycle evaluation according to ISO14040 and ISO14044 standards, or any other standard. In embodiments that may utilize blockchains, the processing module 310 is configured to record or store any type of data (e.g., data received from users 102, partners 104, distributors 106, verifiers 108, advertising services providers 126, and/or third party systems) as a form of transaction (e.g., transfer or exchange of information) that occurs in the distributed database network 120, the database maintaining a continuously growing list of data records to prevent tampering and modification, which may prevent tampering and modification even from shared database participants or operators.

In some embodiments, processing module 310 may be configured to perform a test to measure the knowledge of one or more topics by verifiers 108, wherein each verifier 108 may have to pass the test, before or after the phase server computer system 124 registers for verification activities (e.g., verifying environmental protection product claims, determining environmental impact of environmental activities).

In some implementations, the processing module 310 can be configured to perform testing to measure the knowledge of one or more topics by the verifier 108 by communicating with the verifier 108 over the network 120 (e.g., the internet). In some implementations, processing module 310 may be configured to enable verifier 108 to access server computer system 124 to engage in testing to measure verifier 108's knowledge of one or more subjects using verifier device 116, which may be configured to communicate with server computer system 124. In some embodiments, verifier device 116 may be configured to enable verifier 108 to participate in the test in a video or field invigilation manner. In some embodiments where video audits may be used, processing module 310 may be configured to record audio and/or video and store in a database of server computer system 124 to objectively assess the test performance of each verifier 108, where processing module 310 may be configured to assign one or more verifiers 108 from the registered verifiers 108 to review audio, video, and answers of the verifiers 108 to objectively assess the test performance of each verifier 108 after the verifiers 108 have engaged in the test.

In some embodiments, where field invigilation may be used, processing module 310 may be configured to designate one or more verifiers 108 from among the registered verifiers 108, monitoring each verifier 108 in real time as the verifier 108 participates in the test. In some implementations, processing module 310 may be configured to schedule tests to measure the knowledge of one or more topics by verifiers 108, and processing module 310 may also be configured to enable each verifier 108 to schedule tests. In some implementations, the processing module 310 may be configured to use one or more algorithms, machine learning, and/or trained neural networks to evaluate the test performance of each verifier 108 through deep learning.

In some implementations, the processing module 310 can be configured to cause and/or designate one or more registered verifiers 108 to perform sample collection, calculations, measurements, and/or analysis in real-time using the verifier device 116 as part of a verification process in which sensors and/or devices associated with each verifier device 116 can be utilized.

In some implementations, processing module 310 may be configured to perform tests to measure knowledge of one or more subjects by verifier 108, where actual operational testing may include, but is not limited to, using verifier devices 116 to perform calculations, measurements, sample analysis, sample collection, and the like, where input components 414 (e.g., sensors for sensing information such as accelerometers, gyroscopes, actuators, global Positioning System (GPS) components, temperature measuring devices, velocity measuring devices, and the like) of each verifier device 116 may be utilized.

In some embodiments, the processing module 310 may be configured to enable one or more registered verifiers 108 to verify an eco-product claim, where verification may include, but is not limited to, collecting data (e.g., field operations, inputs and outputs from a particular site, measuring field material consumption, emissions, energy consumption, waste, etc.), taking a picture, scanning a file, verifying identity, measuring distance, determining geographic location, collecting samples, analyzing samples, determining chemical composition of collected samples, measuring temperature, etc.) using one or more verifier devices 116, where input components 414 (e.g., sensors for sensing information, such as accelerometers, gyroscopes, actuators, global Positioning System (GPS) components, temperature measuring devices, speed measuring devices, etc.) of each verifier device 116 may be used during verification of an eco-product claim.

In some implementations, the processing module 310 may be configured to cause one or more registration partners 104 to submit requests to create an eco-product declaration for environmental activities (e.g., products and/or services) they own, produce, and/or provide, and/or to submit requests for environmental impact that determines environmental activities they own, produce, and/or provide. In some implementations, the processing module 310 can cause one or more of the registration verifiers 108 to perform an activity (e.g., verify an environmental protection product claim, determine an environmental impact of the environmental activity).

In some embodiments, the processing module 310 may be configured to have one or more of the registration verifiers 108 review information relating to each registration verifier 108 conducting a verification activity (e.g., verifying an environmental protection product claim, determining an environmental impact of an environmental activity) in order to agree on the validity of the information provided by each registration verifier 108 and decide or vote on whether to accept or reject each piece of information provided by the verifier 108, the processing module 310 may be further configured to determine a final decision relating to whether to accept or reject each piece of information relating to each registration verifier 108 conducting or conducting a verification activity based on the majority vote, wherein the processing module 310 may be further configured to assign the other one or more verifiers 108 to conduct the verification activity anew until at least 51% of the verifiers 108 vote to approve a decision and then accept. In some embodiments, the processing module 310 may be configured to use one or more algorithms, machine learning, and/or trained neural networks through deep learning in agreeing on the validity of each piece of information related to the validation activities performed by each enrolled verifier 108. For example, one or more algorithms, machine learning, and/or trained neural networks through deep learning may be used to calculate and determine majority votes.

In some implementations, processing module 310 may be configured to review information relating to the validation activities performed by each registration validator 108 for each registration validator 108 and decide or vote whether to accept or reject each piece of information to determine a specific time limit. The processing module 310 may also be configured to credit the account of the registered verifier 108 with points, currency, and/or credit scores that they review and determine for each piece of information.

In some implementations, the processing module 310 may be configured to determine the validity of each piece of information related to each enrolled verifier 108 conducting or performing a verification activity through deep learning using one or more algorithms, machine learning, and/or trained neural networks, including but not limited to taking a picture, scanning a file, verifying identity, energy measurements (e.g., electrical measurements), measuring distance, determining geographic location, collecting samples, analyzing samples, determining chemical composition of collected samples, measuring temperature, and so forth.

In some embodiments, the processing module 310 may be configured to determine the validity of each piece of information related to each registered verifier 108 conducting or conducting a verification activity by deep learning utilizing one or more algorithms, machine learning, and/or trained neural networks, wherein the processing module 310 may be further configured to utilize a relationship between previous verification activity data (e.g., verification data of environmental product claims, data related to determining environmental impact of environmental activity) and lifecycle manifest data (e.g., international ecoinvent database, U.S. lifecycle manifest database, european reference lifecycle database (ELCD) database, gaBi database, etc.) conducted by one or more registered verifiers 108 to determine the validity of each piece of information related to each registered verifier 108 conducting or conducting a verification activity by deep learning utilizing machine learning and/or trained neural networks.

In some embodiments, the processing module 310 may be configured to enable the user 102 to conduct environmental activities related to the product and/or service after the environmental protection product claim validation related to the product and/or service is complete.

In some implementations, the processing module 310 can be configured to cause one or more registration verifiers 108 to collect and transmit information to the server computer system 124 using one or more verifier devices 116, wherein one or more sensors and/or devices of each verifier device of the verifier devices 116 can be utilized in collecting and transmitting information to the server computer system 124. In some implementations, the processing module 310 may be configured to communicate with partners of the partner 104 and/or third-party systems to collect information or data (e.g., energy measurements, sample analysis, determining chemical composition of a sample) related to the verifier 108 performing a verification activity (e.g., verifying an environmentally friendly product statement, determining an environmental impact of an environmental activity).

In some embodiments, the processing module 310 may be configured to enable one or more registration partners 104 to create an environmentally protected product claim submission request for one or more products and/or services that they own, produce, and/or provide, wherein the processing module 310 may be configured to designate one or more verifiers 108 to create the environmentally protected product claim. In some embodiments, the processing module 310 may be configured to allow or cause the partner 104 to transfer the service fee to the server computer system 124 by using currency, cryptocurrency, points, and/or credit points available in the partner account to create the eco-product claim. In some implementations, the processing module 310 may be configured to designate one or more verifiers 108 to create an eco-product claim for the products and/or services of the partner 104, wherein the processing module 310 may be configured to enable the partner 104 to transfer currency, cryptocurrency, credits, and/or credit scores to the account of the one or more verifiers 108.

In some embodiments, the processing module 310 may be configured to compare the environmental protection product claims according to information included in the environmental protection product claims, wherein the environmental protection product claims may be validated by one or more validators 108, wherein the environmental protection product claims may be analyzed according to the same lifecycle impact evaluation method based on the same product category rules, modeled using the same data and/or system boundaries, functionally equivalent, and/or based on the same functional units. In some implementations, the processing module 310 can be configured to allow or cause the verifier 108 to follow criteria or rules in creating and/or verifying an environmentally friendly product claim for a product and/or service. For example, to be comparable, the eco-product declaration can be based on the same product category rules, analyzed by the same lifecycle impact evaluation method, modeled using the same data and/or system boundaries, functionally equivalent, and/or based on the same functional units.

In some embodiments, processing module 310 may be configured to anonymously process the identifying data of verifier 108 and any information that makes the verifier identifiable in the informational and/or environmentally friendly product claim, and forward the informational and/or environmentally friendly product claim verified by verifier 108 to one or more verifiers to review or re-verify the informational and/or environmentally friendly product claim, wherein processing module 310 may be further configured to enable verifier 108 to decide to accept or reject each piece of information verified by other verifiers 108, as well as to comment on and score the validity of the verified information (e.g., in the score range of 1-10). In some implementations, processing module 310 may be further configured to continue assigning one or more verifiers 108 to review or re-verify the verified information and decide to accept or reject each piece of information, comment on and/or score the validity of the verified information until at least 51% of verifiers 108 vote for approving the decision to provide the validity of the verified information prior to acceptance by processing module 310. Processing module 310 may also be configured to allow or enable a verifier to determine whether the specific information in the environmental product claim needs to be accurate or within a certain accuracy range.

In some implementations, the processing module 310 can also be configured to allow or cause the registration verifier 108 to propose and/or set criteria or rules (e.g., data collection policies or rules, validation rules) related to the creation and/or validation of an environmental product claim, wherein a final decision whether to accept or reject the criteria or rules can be issued based on a majority vote, wherein at least 51% of verifiers 108 vote in favor of approving the criteria or rules and then accepted by the processing module 310. The processing module 310 may also be configured to determine a majority vote using one or more algorithms.

The processing module 310 may be configured to use one or more algorithms to compare verified ecotope product claims stored in the server computer system 124 database against information included in the verified ecotope product, calculate a score for each verified environmental activity, such as a product and/or service provided by each partner 104, wherein criteria or rules (e.g., ecotope product claims may have the same system boundaries, be created using the same lifecycle impact methods, and product category rules) may be used to create and/or verify ecotope product claims for products and/or services to make the ecotope product claims comparable to one another to determine an ecotope product claim with the lowest environmental impact; using one or more algorithms to assign an environmental activity calculation score for each verified environmental activity, such as one or more distributors 106, to one or more partners 104 and/or unregistered entities, based on information contained in the product and/or service verified environmental product claim and information contained in other distributor's product and/or service verified environmental product claims used to distribute environmental activities, wherein criteria or rules (e.g., environmental product claims may have the same system boundaries, created using the same lifecycle impact method, and product category rules) may be used to create and/or verify environmental product claims for products and/or services to achieve comparability between environmental product claims to determine an environmental product claim with the lowest environmental impact; and calculating a score for each verified environmental violation reported by one or more of the partners 104 based on the environmental impact of each environmental violation using one or more algorithms.

In some implementations, the processing module 310 may be configured to penalize (e.g., by not sending a validation request) the validators 108 by providing a decision that is not accepted by most other validators 108 (e.g., a misleading validation decision) and/or disagreeing a decision related to validation activity determined by deep learning by one or more algorithms, machine learning, and/or trained neural networks. The processing module 310 may also be configured to reward the verifier 108 for accepting more tasks (e.g., by sending verification requests, and/or sending monetary, cryptocurrency, credits, and/or credit points) and providing a decision that is accepted by most verifiers and/or is consistent with the decision that the processing module 310 determines to verify activity.

In some embodiments, the processing module 310 may also be configured to calculate the user's environmental credit score based on the environmental activity data recorded by the user 102 using one or more algorithms to calculate by taking into account factors including, but not limited to: (a) An environmental product claim quantity and score for an environmental activity (e.g., a product and/or service) that the user 102 performed (e.g., purchased, used, or completed), (b) a quantity and score for an environmental activity (e.g., a product and/or service) that the server computer system 124 suggested or recommended to the user 102 and performed (e.g., purchased, used, or completed) by the user 102, (e) a quantity and score for an environmental unlawful act, (f) a geographic area in which the user is located, and/or (g) a product and/or service category (e.g., a product and/or service category obtained from the environmental product claim).

In some implementations, the processing module 310 may be further configured to calculate an environmental credit score for the user 102, partner 104, and/or distributor 106 after each environmental activity posted in the environmental activity record for one or more users 102, partners 104, and/or distributors 106, either periodically or upon request by one or more users 102, partners 104, and/or distributors 106.

In one embodiment, the processing module 310 may also be configured to calculate the environmental credit score for the partner 104 using one or more algorithms, including but not limited to: the scores and quantities of (a) the certified environmental product claims that the partner 104 provides the products and/or services, (b) the scores and quantities of the certified environmental violations by the partner 104, and (c) the number of responses the partner 104 proposes to the processing module 310.

In one embodiment, processing module 310 may also be configured to calculate the environmental credit score for distributor 106 using one or more algorithms based on factors including, but not limited to: the scores and verification quantities of (a) the environmental product claims of the dispenser 106 using the products and/or services, (b) the environmental unlawful activity scores and quantities of the dispenser 106, and (c) the number of responses the dispenser 106 proposes to the processing module 310.

Further, the processing module 310 may be further configured to match environmental activity records associated with identification data (e.g., unique user identification, biometric data, blockchain identification, and/or public key) of one or more of the distributor 106, the user 102, and the partner 104 to identify the environmental activity records, and to post the environmental activity records of the one or more of the distributor 106, the user 102, and the partner 104 based on information that the one or more users 102 performed (e.g., purchased, used, or completed) the environmental activity (e.g., a product and/or service), respectively.

In one embodiment, the processing module 310 may be further configured to enable the user 102 to search for environmental activities, such as products and/or services offered by one or more partners 104 at a particular or any geographic location. The environmental activities may be displayed 102 according to environmental product claim scores including, but not limited to, each environmental activity and a verified geographic location of the user 102, and/or environmental activities provided by one or more partners 104, wherein the verified geographic locations of the user 102 and the partners 104 may be determined by the server computer system 124. In some implementations, environmental activities with high scores can be given priority to promote to the user 102.

In one embodiment, the processing module 310 may be further configured to display the environmental activities (e.g., products and/or services) to the user 102 according to the score and verification status of each environmental activity (e.g., product and/or service) environmental protection product claim, wherein environmental activity and/or verified environmental protection product claims with high scores may be displayed first to one or more users 102.

In some implementations, the processing module 310 may also be configured to credit one or more user 102 accounts with points, credit scores, and/or cryptocurrency after it develops (e.g., participates in, purchases, uses, or completes) an environmental protection activity (e.g., a product and/or service), where the amount of points, credit scores, and/or cryptocurrency credited to a user account may be based on the environmental protection product claim score of the product or service developed by the user 102. The processing module 310 may also be configured to flag and reward one or more partners 104 and distributors 106 with high environmental credit scores with indicia, logos, symbols, and/or any other benefit. The environmental credit scores of the partners 104 and distributors 106 may be used for decisions including, but not limited to, government decisions on corporations and on any other entity.

The processing module 310 may be configured to suggest environmental activities (e.g., products and/or services) to each user 102 based on the environmental activity locations from one or more partners of each user 102 and based on the environmental product claim scores for the environmental activities. The processing module 310 may also be configured to allow or enable the user 102 to search for environmental activities, such as products and/or services provided by one or more partners 104 to the user 102 at a geographic location, through a website hosted by or associated with the server computer system 124 and/or through a mobile application.

The processing module 310 may be configured to determine the geolocation of one or more registered devices requesting geolocation (e.g., user device 110, partner device 112, distributor device 114, verifier device 116, advertisement service provider device 127, point of service system 118, and site device 129) by determining the distance between the one or more registered devices requesting geolocation and one or more static and/or dynamic registered devices with synchronized clocks (synchronized times) (e.g., user device 110, partner device 112, distributor device 114, verifier device 116, point of service system 118, and site device 129) by determining the time required for each device with synchronized times to receive requests from the one or more registered devices requesting geolocation. Therein, geographic location data for one or more registered devices requesting geographic locations may be stored in a database in the server computer system 124 database 312, where the one or more registered devices requesting geographic locations are located within one or more network coverage areas having synchronized time registered devices. Wherein the one or more registration devices having synchronized times and the one or more registration devices requesting geographic locations may be configured to communicate over a short-range wireless network, which may be one of a bluetooth wireless, bluetooth low energy, and/or near field communication network. Wherein the one or more registered devices having synchronized times and the one or more registered devices requesting geographic locations may be configured to communicate with a wireless or mobile operator or wireless service provider and the server computer system 124, wherein geographic location data may be obtained and stored in the database 312 of the server computer system 124 on a periodic, intermittent, or continuous basis.

In some embodiments, processing module 310 may be configured to validate the geolocation data of one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, advertising service provider devices 127, service point systems 118, and site devices 129, compare the received real-time geolocation data of one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, advertising service provider devices 127, service point systems 118, and site devices 129 obtained by their associated GPS/AGPS using one or more algorithms with geolocation data obtained from a wireless or mobile operator, or wireless service provider and/or the geolocation determined by processing module 310, determine whether the current geolocation data obtained by their associated GPS/AGPS sensors matches or substantially matches geolocation data obtained from the wireless or mobile operator, or wireless service provider, and/or the geolocation determined by processing module 310. Wherein the devices may be configured to communicate with a wireless or mobile operator or wireless service provider and to communicate with each other over a short-range wireless network, which may be one of a bluetooth wireless, bluetooth low energy, and/or near field communication network, wherein the devices are located within the coverage area of one or more networks having synchronized time registration devices. In some embodiments, the geolocation data of the registered device may be verified if the geolocation data determined by the processing module 310 and/or obtained from the wireless or mobile operator, or wireless service provider matches or substantially matches the real-time registered device geolocation data obtained by its associated GPS/AGPS sensor, or if the three geolocation data are within a predetermined distance of each other.

In some embodiments, the processing module 310 may be configured to use one or more algorithms to compare the received real-time geolocation data of one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, service point system 118, and site device 129 obtained by their associated GPS/AGPS sensors with the geolocation data obtained from the wireless or mobile operator, or wireless service provider, and/or the geolocation determined by the processing module 310 prior to registering or registering them or authenticating them to the server computer system 124 to determine whether the current location obtained by their associated GPS/AGPS sensors matches or substantially matches the location obtained from the wireless or mobile operator, or wireless service provider, and/or the geolocation determined by the processing module 310. Wherein the devices may be configured to communicate with a wireless or mobile operator or wireless service provider and to communicate with each other over a short-range wireless network, which may be one of a bluetooth wireless, bluetooth low energy, and/or near field communication network, wherein the device locations are within one or more network coverage areas having synchronized time registered devices.

In some embodiments, the processing module 310 may be configured to deny registration or registration of one or more service point systems 118 and one or more site devices 129 if the location determined by the processing module 310, and/or the geographic location data obtained from the wireless or mobile operator or wireless service provider does not match or substantially match the real-time geographic location data of the one or more service point systems 118 and the one or more site devices 129 obtained by their associated GPS/AGPS sensors, or if the three locations are not within a predetermined distance of each other.

In some embodiments, the processing module 310 may be configured to deny registration or registration of one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 if the geographic location data determined by the server computer system 124, and/or obtained from the wireless or mobile operator, or wireless service provider, does not match or substantially match the real-time geographic location data obtained by its associated GPS/AGPS sensor, or if the three locations are not within a predetermined distance of each other, or if the geographic location data determined by the processing module 310, and/or obtained from the wireless or mobile operator, or wireless service provider, is not at a predetermined location, such as a city, state, country, region, or location determined by the processing module 310.

In some embodiments, the processing module 310 may be configured to deny authentication of the one or more service point systems 118 and the one or more site devices 129 if the geographic location data determined by the processing module 310, and/or geographic location data obtained from the wireless or mobile operator, or wireless service provider, does not match, or substantially does not match, the real-time geographic location data of the one or more service point systems 118 and the one or more site devices 129 obtained by their associated GPS/AGPS sensors, or if the three locations are not within a predetermined distance of each other.

In some embodiments, if the geographic location data determined by the processing module 310, and/or obtained from the wireless or mobile operator, or wireless service provider, does not match or substantially match the real-time geographic location data of one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 obtained by its associated GPS/AGPS sensor, or if the three locations are not within a preset distance of each other, or if the geographic location determined by the server computer system 124, and/or obtained from the wireless or mobile operator, or wireless service provider, is not within a predefined location, such as a city, state, country, region, or location determined by the processing module 310, the processing module 310 may be configured to deny authentication of one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127.

In some implementations, the processing module 310 may be configured to enable one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to verify their geographic location, where after verifying the location, the processing module 310 may notify them of the results of the verification. In some implementations, the processing module 310 may be configured to enable one or more of the partner 104, distributor 106, verifier 108, advertising service provider 126, and/or external systems to verify the geographic location of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126.

In some implementations, the processing module 310 may also be configured to credit the user's 102 account with credit scores, currencies, and/or points to receive recommendations, suggestions, and/or promotions of environmental activities (e.g., products and/or services). In some implementations, the processing module 310 may also be configured to credit the user's 102 account with credit, currency, and/or points to receive advertising service data records from the advertising service provider 126.

The processing module 310 may also be configured to analyze the environmental credits of the users 102, partners 104, and distributors 106 and determine one or more users 102, partners 104, and distributors 106 with high environmental credits.

In some embodiments, the processing module 310 may also be configured to enable one or more users 102, partners 104, verifiers 108, and/or advertising services providers 126 to search a database of the server computer system 124 for environmental activities (e.g., products and/or services) provided by each partner 104, where environmental product claim information (e.g., environmental product claim identification data, such as a registration number) and/or other identification data (e.g., unique user identification, block chain identification, name, address, and/or other identification data of the partner 104) for the product and/or service may be used by the one or more users 102 in the search process.

In some implementations, the processing module 310 may be configured to authenticate one or more users 102, and/or partners of the partners 104, while the users are engaged in environmental activities provided by the partners 104 (e.g., carriers), and wherein storing transaction data (e.g., offline transaction data) in the server computer system 124 database 312 may be denied by the processing module 310 if the authentication is unsuccessful. In some implementations, the processing module 310 may be configured to authenticate one or more users 102, and/or partners of the partner 104 (e.g., employees of the partner), prior to storing transaction data (e.g., offline transaction data) in the database 312 of the server computer system 124, which may be according to a single-factor, two-factor, three-factor, or four-factor authentication method.

In embodiments where one or more point of service systems 118 of one or more partners 104 (e.g., carriers) may be installed in one or more vehicles (e.g., electric vehicles) of one or more partners 104, the processing module 310 may be configured to verify the geographic location of the one or more users 102 and the one or more point of service systems 118 as the one or more users 102 conduct environmental activities (e.g., transportation services) provided by the one or more partners 104 (e.g., carriers) using one or more algorithms, machine learning, and/or trained neural networks through deep learning, wherein if the one or more users 102 are not located at the location of the point of service systems 118, or are not within a predetermined distance from the location of the point of service systems 118, the processing module 310 may not credit the environmental activities, credit scores, points, currency, crypto currency, and/or any rewards into an account of the one or more users 102. In some embodiments, the processing module 310 may be configured to verify the geographic location of one or more users 102 and one or more point of service systems 118 according to the methods described herein.

In some implementations, the processing module 310 may be configured to allow offline transactions and propagate transactions once the server computer system 124, the service point system 118, the computing nodes 122, the site device 129, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 reconnect to the network 120, where the network 120 may include a Wireless Mesh Network (WMN).

In some implementations, processing module 310 can be configured to cause one or more verifiers 108 to submit a request to deactivate one or more site devices 129 and/or change the location and orientation of one or more site devices 129 (e.g., install the same site device in a new location, change the orientation of a site device). In this case, the processing module 310 may be configured to authenticate the verifier 108 and, upon successful authentication, cause one or more verifiers 108 to submit requests, where authentication may occur according to a single-factor, two-factor, three-factor, or four-factor authentication method, where requests may be sent from one or more site devices 129 or one or more verifier devices 116.

In some implementations, the processing module 310 may be configured to authenticate the site of the site 128, the partners of the partners 104, and/or one or more verifiers 108 prior to storing the site activity data or data records in the database of the server computer system 124, wherein the authentication may be according to the one-factor, two-factor, three-factor, or four-factor authentication methods described herein. In some implementations, the processing module 310 may be configured to authenticate the site of the site 128, the partners of the partners 104, and/or one or more verifiers 108 prior to storing the site activity data or data records in the database of the server computer system 124, wherein the authentication may be according to the one-factor, two-factor, three-factor, or four-factor authentication methods described herein.

In some embodiments, the processing module 310 may be configured to compare the received real-time geographic location data of one or more site devices 129 acquired by its associated GPS/AGPS with the geographic location data acquired from the wireless or mobile operator, or wireless service provider, and/or the geographic location data determined by the server computer system 124, using one or more algorithms, to determine whether its current geographic location data acquired by its associated GPS/AGPS sensor matches or substantially matches the geographic location data acquired from the wireless or mobile operator, or wireless service provider, and/or the geographic location data determined by the server computer system 124, to validate the geographic location data of one or more site devices 129, prior to storing the site activity data or data records in the database 312 of the server computer system 124. Wherein the field devices 129 may be configured to communicate with a wireless or mobile operator or wireless service provider and with each other over a short-range wireless network, which may be one of a bluetooth wireless, bluetooth low energy, and/or near field communication network, wherein the devices are located within the network coverage area of one or more registered devices having synchronized times, wherein verification may be performed continuously, periodically, and/or upon request from one or more verifiers 108. In some embodiments, the geographic location of a site device 129 may be verified if the geographic location data determined by the server computer system 124 and/or obtained from a wireless or mobile operator, or wireless service provider matches or substantially matches the real-time geographic location data of the site device 129 obtained by its associated GPS/AGPS sensor, or if the three geographic location data are within a predetermined distance of each other. In some implementations, the processing module 310 may be configured to deactivate one or more site devices 129 if the one or more site devices 129 are not located at a partner location (e.g., an address of a partner) stored in the server computer system 124 database or are not within a predetermined distance from a partner location (e.g., an address of a partner) stored in the server computer system 124 database.

In some implementations, the processing module 310 may be configured to verify the geographic location data of the one or more users 102 when developing (e.g., participating in, purchasing, using, or completing) the environmental activity (e.g., products and/or services) of the one or more partners 104 according to the methods described herein, wherein the processing module 310 may not credit the one or more users 102 with the environmental activity, credit score, point, currency, cryptocurrency, and/or any rewards if the one or more users 102 are not located at a partner geographic location (e.g., an address of a partner) stored in the server computer system 124 database, or if they are not located at a geographic location of the point of service system 118 of a partner 104, or are not within a preset distance from the geographic location of the point of service system 118. In some embodiments, the processing module 310 may be configured to verify the geographic location of the one or more users 102 and the one or more point of service systems 118 according to the methods described herein.

In some embodiments, the processing module 310 may be configured to enable one or more of the partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to create one or more employee accounts with limited privileges and administrator accounts with the same privileges as the master administrator account (the first account created during registration of the distributors 106, verifiers 108, and advertising service providers 126 with the server computer system 124). The processing module 310 may be further configured to enable the partner 104, distributor 106, verifier 108, and/or advertising services provider 126 to submit a request to deactivate one or more employee accounts and administrator accounts, wherein the one or more administrator accounts may be required to agree to the request to deactivate the one or more employee accounts and/or administrator accounts, wherein the processing module 310 may be further configured to verify the identification data including the biometric data of the holder of the one or more administrator accounts prior to deactivating the one or more employee accounts and/or administrator accounts. In some implementations, the processing module 310 may be configured to verify one or more administrator account holders prior to deactivating the one or more employee accounts and/or administrator accounts.

In some implementations, the processing module 310 may be configured to enable the one or more verifiers 108 to submit a registration request to the server computer system 124 to register the one or more sites 128 of the one or more partners 104 with the server computer system 124 using the site device of the site device 129. As one example, the processing module 310 may be configured to enable a verifier of the verifier 108 to create a profile for one or more sites 128 of a partner 104 partner using a site device of the site devices 129 and submit the profile as a registration request to the server computer system 124. The profile for each site may include, but is not limited to, information indicative of the name of the site, identification information of partners of the partner 104 (e.g., name, account identification, blockchain identification, public key), partner address, partner type (e.g., university, company, organization, government entity), identification information of one or more site devices 129 (e.g., a unique site device identification that may be printed on the site device and/or provided to the verifier by the server computer system 124, which may be in human and machine readable form), and/or any other information that may require registration of one or more sites 128 with the server computer system 124. In some embodiments, processing module 310 may be configured to enable one or more verifiers 108 to scan rfid and/or NFC tags associated with site devices 129 to register site 128 with server computer system 124.

In some implementations, the processing module 310 may be configured to cause the one or more verifiers 108 to submit registration requests for the one or more sites 128 at the location of the one or more partners 104 using the site device of the site device 129. Each registration request data for one or more sites 128 submitted by one or more verifiers 108 to server computer system 124 using a site device of site device 129 may include, but is not limited to, time, geo-location data (e.g., GPS/AGPS coordinates) of partner 104 partner, one or more verifiers 108, and one or more site devices 129, identification data (e.g., biometric data, block chain identification, public key) of partner 104 partner and/or one or more verifiers 108, and/or identification data (e.g., image, video, and/or real-time video, unique site device identification) of one or more sites 128, wherein the image, video, and/or real-time video may be obtained by one or more imaging devices of one or more site devices 129 during site registration and during site device installation, may be stored in database 312 of server computer system 124, such that the site identification data, one or more image recognition features, and/or one or more image recognition features, one or more image recognition data, and/or one or more image recognition features, which may be extracted by one or more algorithms, machine learning and/or trained neural networks by one or more site devices 108 via deep learning (e.g., image or video recognition algorithms) of the site.

In some implementations, the processing module 310 may be configured to create multiple request identifications for multiple combinations of sites 128, users 102, partners 104, distributors 106, verifiers 108 and/or advertising service providers 126, their associated devices (site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127) that may be used to access server computer systems 124 and geolocation data or geolocation data (e.g., GPS/AGPS coordinates) of the devices. Each request identity may be bound to a combination. Each combination may represent an authentication method.

The server computer system 124 may store each created request identification in the database 312, where each created request identification may be provided or presented to the server computer system 124 to access the server computer system 124.

In some implementations, the processing module 310 may be configured to collect device identification information from one or more of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127. The device identification information may be one or more pieces of information that uniquely identify each device. The device identification information may include, but is not limited to, operating system version, operating system manufacturer, information about the site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or communication interface 408 of the advertising service provider device 127, memory 404, processor 406, storage component 402, input component 414, output component 412, and communication infrastructure 410, and operating system name. One of ordinary skill in the art will recognize that other forms of device identification information may be substituted herein as part of providing the device identification information to the server computer system 124.

In some embodiments, processing module 310 may be configured to cause one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to collect and transmit images and/or video to server computer system 124 using one or more imaging devices of site device 129, service point system 118, user devices 110, partner devices 112, distributor device 114, verifier device 116, and/or advertising service provider device 127.

In some implementations, the processing module 310 may be configured to extract biometric (e.g., facial image) characteristics of each of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 using one or more algorithms, wherein the biometric characteristic data (e.g., mean, feature dimension) may be stored in the database 312 of the server computer system 124 as one model; and extracting features of the site images, videos, and/or real-time videos of each site 128 using one or more algorithms, wherein the feature data (e.g., mean, feature dimension) may be stored in the database 312 of the server computer system 124 as one model. The biometric data for each of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126, as well as the site image, video, and/or real-time video data for each site 128, may be acquired by one or more sensors (e.g., CMOS and CCD image sensors, biometric sensors) of one or more of the site device 129, user device 110, partner device 112, distributor device 114, verifier device 116, point of service system 118, and/or advertising service provider device 127.

In embodiments using a five-factor authentication method, processing module 310 may be configured to integrate two or more of the five factors (user, user credential information, device PUF, device identification information, and geolocation data) according to multiple combinations using one or more algorithms (e.g., a BioHashing algorithm), where the templates generated as a result of the integration may be stored in database 312 of server computer system 124, and where the geolocation data may be verified. In some implementations, the server computer system 124 can store five factors (user, user credential information, device PUF, device identification information, and geolocation data) based on multiple combinations without performing an integration (which uses one or more algorithms), wherein a template generated as a result of each combination can be stored in the database 312 of the server computer system 124, and wherein the geolocation data can be verified.

In some implementations, user credential information is used as a factor that one or more site devices 128 and the service point system 118 can transmit data to the server computer system 124. In this case, the processing module 310 may be configured to generate and transmit credential information (e.g., username, password, personal Identification Number (PIN), key, etc.) of the one or more partners 104 to enable the one or more service point systems 118 to access the server computer system 124 after requesting access to the server computer system 124 by the one or more service point systems 118, wherein the credential information may be transmitted to the one or more partner devices 112. The processing module 310 may also be configured to generate and communicate credential information (e.g., username, password, personal Identification Number (PIN), key, etc.) of one or more verifiers 108 to the one or more verifiers 108 to enable the one or more site devices 129 to access the server computer system 124 during installation or maintenance of the one or more site devices 129, or upon request by the one or more verifiers 108, where the credential information may be transmitted to the one or more verifier devices 116.

In some embodiments, processing module 310 may be configured to cause each of users 102, partners 104, distributors 106, verifiers 108, and/or advertising services providers 126 to request access to server computer system 124, wherein each access request may be accompanied by a request identification; having one or more partners 104 submit one or more requests to have one or more service point systems 118 request access to the server computer system 124 to transfer data to the server computer system 124, wherein each access request may also be accompanied by a request identification; having one or more verifiers 108 submit one or more requests to have site device 129 request access to server computer system 124 to transfer data to server computer system 124; to verify each request identification received from each site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 to access the server computer system 124 by comparing it to the request identifications created and stored in the server computer system 124 database. And generates or issues and transmits a challenge upon accepting the identification of the request received from each of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127.

In some implementations, the processing module 310 may be configured to extract biometric (e.g., facial image) features and/or image, video, and/or real-time video features of a site using one or more algorithms according to models stored in the server computer system 124 database 312, where feature extraction may be performed during authentication.

In some implementations, one or more site devices 129, service point systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 can be configured to generate a key using the generated output of the PUF of the one or more devices using one or more algorithms upon receipt of the challenge, and transmit the key to the server computer system 124. The output of the PUF is generated in response to a transmission of a challenge to the receiving server computer system.

In some implementations, the processing module 310 may be configured to apply one or more algorithms (e.g., a BioHashing algorithm) to biometric (e.g., facial image) features, image, video and/or real-time video features of a site, unique device identification (e.g., CMOS sensor physical unclonable function), and/or GPS/AGPS coordinates to create a template for comparison, where the template may be created during authentication. In embodiments that may not be integrated, it may not be necessary for processing module 310 to apply one or more algorithms (e.g., a BioHashing algorithm) to the biometric features, the images of the site, the video and/or real-time video features, the unique device identification, and/or the geolocation data.

In some embodiments, the processing module 310 may be configured to retrieve the initial template created during registration and stored in the server computer system 124 database 312, where the request identification received from each device may be used to retrieve the initial template stored in the database.

In some embodiments, the processing module 310 may be configured to compare the template created during authentication with the initial template created during registration or enrollment and stored in the server computer system 124 database 312 using one or more algorithms to determine whether the templates match or substantially match, wherein authentication may be denied if the unique device identification stored in the server computer system 124 database 312 and the unique device identification obtained during authentication do not match, wherein authentication may succeed if the data change (e.g., hamming distance, verified geo-location data) between the template created during authentication and the initial template created and stored during enrollment is within a predetermined threshold, and wherein the predetermined threshold relating to the data change of the verified geo-location data by one or more of the site devices 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider 127 device is adjustable by the server computer system 124 to limit access of one or more of the user 102, the distributor 104, the verifier 106, the verifier device 108, the partner service provider device 128, and/or the advertising service provider 127 device to a particular country or region of the particular geographic server 124 and/or country of the site thereof. In some embodiments, the verification of each site 128 and each site device 129 may not be successful if the template created during verification and the data of the verified geographic location of each site device 129 between the creation and storage of the initial template during registration of each site 128 with the server computer system 124 vary within a predetermined threshold.

In embodiments where the integration of biometric features, images of sites, video and/or real-time video features, unique device identifications (e.g., the physical unclonable function of CMOS sensors), and/or geographic locations using one or more algorithms (e.g., the BioHashing algorithm) data may not be performed, processing module 310 may be configured to compare the template created during authentication with the initial template created during registration or enrollment and stored in server computer system 124 database 312 using one or more algorithms to determine whether the templates match or substantially match, wherein authentication may be denied if the unique device identification stored in server computer system 124 database 312 and the unique device identification obtained during authentication do not match, wherein authentication may succeed if the data variation between the template created during authentication and the initial template created and stored during registration is within a predetermined threshold. Wherein predetermined thresholds related to data changes in the verified geo-location data by one or more of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 may be adjusted by the server computer system 124 to limit access to the server computer system 124 by one or more of the users 102, the partner 104, the distributor 106, the verifier 108, the site 128, the advertising service provider 126, and/or their associated devices to a particular geographic location, a particular region, a particular city, and/or a particular country. In some embodiments, the verification of each site device 129 and/or each service point system 118 may not be successful if the data of the verified geographic location of each site device 129 and/or each service point system 118 between the template created during authentication and the initial template created and stored during enrollment varies within a predefined threshold.

In some embodiments, processing module 310 may be configured to compare the device identification information of site device 129, service point system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127, and the user credential information of user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126, using one or more algorithms, to the device identification information and the user credential information stored in server computer system 124 database 312 to determine whether the device identification information and the user credential information obtained during authentication match the device identification information and the user credential information obtained during registration, wherein authentication may be denied if the user credential information stored in server computer system 124 database 312 does not match the user credential information obtained during authentication, and authentication may be denied if the device identification information stored in server computer system 124 database 312 does not match or substantially does not match the device identification information obtained during authentication.

In some implementations, the processing module 310 may be configured to authenticate the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider device 127 according to a combination type. The types of combinations may include single factor authentication methods, two factor authentication, three factor authentication, four factor authentication, and five factor authentication.

In some implementations, the processing module 310 may be configured to enable services and/or processes of one or more partners 104 or one or more unregistered entities to request authentication of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In this case, processing module 310 may be configured to receive requests from one or more partners 104 and/or one or more unregistered entities to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126; processing module 310 may be configured to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and provide the status or results of the authentication to services and/or processes, and may notify one or more partners 104 and/or one or more unregistered entities. In some embodiments, processing module 310 may be configured to bind credentials (one-time dynamic passwords, public keys, private keys, passwords, RSA signatures, etc.) with successful authentication of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, wherein processing module 310 may be configured to release credentials to services or processes of one or more partners 104 or one or more unregistered entities following successful authentication of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In some implementations, the processing module 310 may be configured to enable one or more partners 104 and/or one or more unregistered entities to determine authentication options, such as location-based verification, device physical unclonable function-based verification, user credential-based verification, device identification information-based verification, and/or biometric identification information-based verification of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In this case, the processing module 310 may be configured to consider options selected by one or more partners 104 and/or one or more unregistered entities to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126.

In some embodiments, the processing module 310 may be configured to enable one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to request changes or use of their one or more related devices, wherein the processing module 310 may be configured to enable one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to submit requests from their related verification devices registered with the server computer system 124 to change or use one or more devices after successfully authenticating them, wherein the processing module 310 may be configured to preclude verification of one or more device new devices during registration or enrollment with the server computer system 124. In an embodiment, if verification devices of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 are lost, damaged, or unavailable to submit requests, processing module 310 may be configured to deactivate or prevent the lost, damaged, or unavailable devices and enable one or more partners 104 to submit requests for their behavior from partner devices 112, and/or partner's point of service systems 118, wherein processing module 310 may be configured to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and exclude verification of their associated devices prior to submitting a request to server computer system 124. After the server computer system 124 accepts the request, the processing module 310 may be configured to cause the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 to register one or more new devices to be used to communicate with the server computer system 124, and the processing module 310 may be configured to preclude verification of the one or more new devices during registration or enrollment of the new devices with the server computer system 124.

In some implementations, the processing module 310 may be configured to authenticate one or more users 102, partners 104, distributors 106, verifiers 108 and advertising service providers 126 prior to enabling one or more users 102, partners 104, distributors 106, verifiers 108 and advertising service providers 126 to perform one or more of the functions of users 102, partners 104, distributors 106, verifiers 108 and/or advertising service providers 126 described herein.

In some implementations, the processing module 310 may be configured to authenticate one or more verifiers, and/or partners of the partner 104 prior to registering the site 128 with the server computer system 124, prior to registering one or more site devices 129 with the server computer system 124, and/or prior to enabling the one or more site devices 129 to access the server computer system 124 to perform one or more functions of the site devices 129 described herein. In some embodiments, the processing module 310 may also be configured to authenticate each site 128 and site device 129 prior to storing the site activity data or data records in the database of the server computer system 124.

In some embodiments, the processing module 310 may be configured to extract unique biometric (e.g., iris, facial, voice, fingerprint) features from one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 during registration with the server computer system 124 using one or more algorithms to form biometric templates for each of the users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126; during registration of one or more sites 128 with server computer system 124 by one or more verifiers 108, unique site images, videos, and/or real-time video features are extracted from one or more sites 128 using one or more algorithms using site devices from site devices 129 to form site images, videos, and/or real-time video templates, wherein the biometric and site images, videos, and/or real-time video templates may be stored in database 312 of server computer system 124, and wherein the biometric and site images, videos, and/or real-time video data may be obtained by one or more sensors (e.g., CMOS and CCD image sensors, biometric sensors) of one or more site devices 129, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, point of service system 118, and/or advertising service provider device 127.

In some implementations, the processing module 310 may be configured to authenticate each of the site device 129, the service point system 118, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, the advertising service provider device 127, the site 128, the user 102, the partner 104, the distributor 106, the verifier 108, and/or the advertising service provider 126 before being enabled to perform one or more of the functions of the site device 129, the service point system 118, the distributor device 114, the verifier device 116, the advertising service provider device 127, the site 128, the user 102, the partner 104, the distributor 106, the verifier 108, and/or the advertising service provider 126 described herein.

The publish module 314 may be configured to publish environmental credit scores for the users 102, partners 104, and distributors 106 and notify the users 102, partners 104, and distributors 106.

In embodiments where blockchains may be utilized, the processing module 310 is configured to generate new blocks, data values, and block headers for verification by other nodes in the blockchain network and addition to the relevant blockchain.

The publishing module 314 may be configured to publish environmental credit score data for the user 102, partner 104, and/or distributor 106 under the environmental activity record of the user 102, partner 104, and distributor 106, respectively, and may notify the user 102, partner 104, and/or distributor 106.

In some implementations, the publishing module 314 may be configured to cause or allow one or more advertising service providers 126 to send or transmit at least one advertising service data record to one or more users 102. The data for each ad service may include, but is not limited to, identification data (e.g., unique user identification, account identification, biometric data, blockchain identification, public key) and ad campaign data information (e.g., ad service request or order information, information for ad time, type, quantity, cost, and/or content details) for the user 102, partner 104, distributor 106, verifier 108, and/or ad service provider 126. In some implementations, the user 102 may credit or credit his account with credit, money, and/or points via the server computer system 124 to accept recommendations, suggestions, and/or promotions to receive environmental activities (e.g., products and/or services).

In some embodiments, publication module 314 may be configured to enable one or more project operators to track and monitor the verification activities of the environmental protection product claim performed by verifiers of verifiers 108. In some embodiments, the publishing module 314 may be configured to enable or allow one or more project operators to allow or prevent publishing (opening to the public over a blockchain network) of a validated environmental protection product claim and to track and monitor validation activities of the environmental protection product claim performed by the validator of the validator 108.

In embodiments where the server computer system 124 may be a compute node in a blockchain network, the processing module 310 may be configured to generate new blocks, data values, and block headers for verification by other nodes in the blockchain network and addition to the relevant blockchain.

In some embodiments, processing module 310 may be configured to identify one or more sites, partners, and verifiers associated with the site activity data or data records; extracting data indicative of real-time data relating to an eco-product claim of at least one of the plurality of partners for each site device; generating a sensor list display for each site device, wherein real-time data relating to the eco-product claim is listed with which each sensor is associated, wherein the generated display further comprises site identification information and partner identification information for each sensor of each site device, wherein the generated display further comprises historical data over a period of time, wherein the generated display comprises graphical data; defining one or more alert levels based on the collected real-time data relating to the environmental product claim of the environmental activity provided by at least one of the plurality of partners, wherein the processing module is operative to cause the one or more verifiers to define the one or more alert levels based on the collected real-time data relating to the environmental product claim; and determining whether the data collected by the one or more sensors of the one or more site devices includes real-time data up to any defined alert level, wherein at least one defined alert level is reached, and further comprising generating an alert notification and notifying one or more partners and one or more verifiers. In some embodiments, the processing module 310 may be configured to designate one or more verifiers to re-verify the environmentally friendly product claim when at least one defined alarm level is reached. In some implementations, the processing module 310 may be configured to disable (e.g., purchase, use, or complete) one or more users 102 from an eco-activity provided by a partner of the partner 104 when at least one defined alert level is reached.

The database 312 may be configured to store personal and environmental activity information for registered users 102, registered partners 104, and registered distributors 106. In some embodiments, the database 312 may be further configured to store at least one environmental activity record for the partners 104, users 102, and distributors 106 and to list data in the environmental activity records for the distributors, partners, and users according to the category of each environmental activity. Further, the database 312 may maintain a plurality of environmental activity records related to identification data (e.g., request identification, GPS/AGPS coordinates, unique device identification, unique user identification, biometric information, credential information, geo-location data, device PUFs, device identification information, block chain identification, public keys, names, addresses, and/or other identification data) of a plurality of users 102, partners 104, and distributors 106. Each of the plurality of environmental activity records includes, but is not limited to, information about environmental activity and environmental violations. Each registered distributor 106 may monitor and track environmental activity including products and/or services distributed to partners 104 and stored in the distributor's environmental activity record. Each partner 104 may monitor and track environmental activity consisting of products and/or services provided and/or reported by the partner and stored in the partner's environmental activity record. Each user 102 may monitor and track environmental activity consisting of products and/or services conducted by the user and stored in the user's environmental activity record.

In some implementations, the database 312 may be further configured to store a plurality of transaction data records relating to points, credit scores, currencies, and/or cryptocurrencies of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 and to list the transaction data records under respective account profiles of the user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126. Further, the database 312 may maintain a plurality of transaction data records relating to identification data (e.g., request identification, GPS/AGPS coordinates, unique device identification, biometric information, credential information, geo-location data, device PUFs, device identification information, unique user identification, biometric data, blockchain identification, public keys, names, addresses, and/or other identification data) of a plurality of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. Each transaction data record may include, but is not limited to, data related to credit scores, credits, cryptocurrency, and/or transfers and/or exchanges of currency associated with the user 102, partner 104, distributor 106, verifier 108, and/or advertising facilitator 126. Each user 102, partner 104, distributor 106, verifier 108, and/or advertising facilitator 126 may monitor and track transaction data records.

The database 312 may be configured to store personal information, verification activity records, and other activity information for each registered verifier 108. In some embodiments, the database 312 may be further configured to store at least one verification activity record for each verifier 108 and to list data in the verifier's activity records according to the category of each activity. Further, the database 312 may maintain a plurality of activity records related to identification data (e.g., request identification, GPS/AGPS coordinates, unique device identification, biometric information, credential information, geolocation data, device PUFs, device identification information, unique user identification, biometric data, blockchain identification, public keys, names, addresses, and/or other identification data) of a plurality of verifiers 108. Each of the plurality of verification activity records may include data related to one or more verification activities performed by one or more registered verifiers 108 (e.g., verifying and/or creating an environmental product claim, determining environmental impact of environmental activities, and/or environmental impact of environmental violations), and/or other information. Each verifier 108 can monitor and track the activities of the verifier, which are stored in the verifier's activity record.

The database 312 may be configured to store personal information, advertising service data records, and other campaign information for each registered advertising service provider 126. In some embodiments, the database 312 may be further configured to store at least one advertising service data record and to list the data in the records of one or more advertising service providers 126 according to the category of each data record. Further, the database 312 may maintain a plurality of advertisement service data records associated with identification data (e.g., request identification, GPS/AGPS coordinates, unique device identification, biometric information, credential information, geolocation data, device PUF, device identification information, unique user identification, biometric data, blockchain identification, public key, name, address, and/or other identification data) of the advertisement service provider 126. Each of the plurality of ad service data records may include, but is not limited to, identification data (e.g., request identification, GPS/AGPS coordinates, unique device identification based on sensor physically unclonable function (e.g., CMOS sensor physically unclonable function), unique user identification, account identification, biometric data, block chain identification, public key) and ad campaign data information (e.g., ad service request or order information, information of ad time, type, quantity, cost, and/or content details) for the user 102, partner 104, distributor 106, verifier 108, and/or ad service provider 126. Each advertising service provider 126 may monitor and track the advertising service data records stored in the advertising service provider 126 records.

The database 312 may be configured to store identification data (e.g., request identification, geo-location data (e.g., GPS/AGPS coordinates), unique device identification, biometric information, credential information, geo-location data, device PUFs, device identification information, site images, video and/or real-time video, blockchain identification, public keys), site activity data records, and other activity information for each site 128. In some embodiments, database 312 may be further configured to store at least one site activity data record for each site 128 and to list the data in the site activity records according to the category of each activity. Further, the database 312 may maintain a plurality of activity records related to identification data (e.g., request identification, geo-location data (e.g., GPS/AGPS coordinates), unique device identification, site image, video and/or real-time video information, credential information, geo-location data, device PUF, device identification information, site image, video and/or real-time video, block chain identification, public key) for a plurality of sites 128. Each of the plurality of site activity data records may include, but is not limited to, identification data (e.g., request identification, geolocation data (e.g., GPS/AGPS coordinates), unique device identification, site images, video and/or real-time video information, credential information, geolocation data, device PUF, device identification information, biometric data, blockchain identification, public key) of a partner of the partner 104 and/or one or more verifiers 108, identification data (e.g., site images, video and/or real-time video, blockchain identification, public key) of a site of the site 128, data (e.g., lifecycle manifest data) including, but not limited to, field operation data, field material consumption data, field emission data, field energy consumption data, and/or field waste data for one or more products and/or services of a partner of the partner 104 partner obtained by one or more sensors and/or devices of the site device 129 site device, field material consumption data, field emission data, field energy consumption data, and/or field waste data, site 128 of the site device 129 site device site device, geographic location data (e.g., GPS/AGPS coordinates), and/or other data. Each validator 108 may monitor and track each site 128 activity stored in the site activity record.

In embodiments where the blockchain may be used to store information such as activity records for sites, user environment activity records, partner verification activity records, distributor activity records, advertising service provider data records, and transaction data records, database 312 may be a blockchain in which data entries for information such as environment activity records, verification activity records, transaction data records, advertising service data records, and the like may be included as data values stored in the blocks included in the blockchain.

The environmental credit score of the user 102 may be used by entities (including but not limited to private sector organizations, public sector organizations, volunteer sectors, and/or other entities) in areas including but not limited to employment decisions, college admission decisions, and landlord-tenant decisions, government decisions for individuals, companies, and any other entity. Further, the environmental credit score of the user 102 may be used in other areas that may affect consumer life, such as determining whether services, awards, credit scores, awards should be provided or awarded to the user 102.

The processes described above as being performed in the server computer system 124, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, the service point system 118, the compute node 122, the advertising service provider device 127, and/or the site device 129 may be implemented in firmware, hardware, software, or any combination thereof. The processes may be implemented in a computer program or multiple computer programs executing on a programmable computer including a storage medium readable by a processor (including, for example, volatile and non-volatile memory and/or storage elements), input and output devices, and a processor. Each computer program may be a set of instructions (program code) in a code module that resides in the random access memory of the computer. Until required by the computer, the set of instructions may be stored in another computer memory (e.g., on a hard disk drive, or in removable storage such as an optical disk, external hard drive, memory card, or flash drive), or on another computer system, and downloaded over the Internet or other network 120.

The server computer system 124 may include a physical machine or machines, or virtual machines running on a physical machine or machines. Further, the server computer system 124 may include a cluster of computers or a plurality of distributed computers connected by a network 120 or the internet.

Further, the methods and functions described herein are not limited to any particular order, and the acts or blocks associated therewith may be performed in other suitable orders. For example, acts or blocks described may occur out of the order specifically disclosed, or multiple acts or blocks may be combined in a single act or block.

While the invention has been described in connection with what is presently considered to be the most practical and various embodiments, it is to be understood that the invention is not to be limited to the disclosed embodiments, but on the contrary, is intended to cover various modifications and equivalent arrangements.

Claims

1. A method for ambient credit scoring for a plurality of users and partners, comprising

Registering a plurality of sites, users, partners and verifiers by assigning unique user identifications, wherein the plurality of sites, users, partners and verifiers are registered, wherein the registering comprises:

Creating a plurality of request identifications for a plurality of combinations of sites, users, partners and verifiers and their associated site devices, user devices, partner devices and verifier devices, respectively, wherein the plurality of partners are associated with one or more service point systems,

receiving a plurality of request identifications from each of a plurality of user devices, partner devices, verifier devices, and one or more site devices and service point systems,

matching each of the stored plurality of request identifications with the received plurality of request identifications to verify the plurality of request identifications,

one or more challenges are generated in response to the one or more challenges,

transmitting one or more challenges to each of the plurality of devices, wherein the one or more challenges are applied to a physically unclonable function of the service point system, a physically unclonable function of the site device, a physically unclonable function of the user device, a physically unclonable function of the partner device, and a physically unclonable function of the verifier device, to generate respective unique device identifications,

a plurality of unique device identifiers is received for each of a plurality of devices,

receiving one or more data records comprising biometric data for each of a plurality of users, partners and verifiers,

Receiving one or more data records including site images, video and/or real-time video for each site,

receiving one or more data records including geographic location data for each site device, service point system, user device, partner device, and verifier device,

extracting one or more features and biometric features from one or more data records for each of a plurality of sites, users, partners and verifiers,

integrating the biometric features of each user, partner, and verifier, the image, video, or real-time video features of each site, the unique device identification of each site device, service Point System, user device, partner device, and verifier device, and the geographic location data of each site device, service Point System, user device, partner device, and verifier device, according to a plurality of combinations, and

the generated templates are integrated and stored in a database of the server computer system,

authenticating multiple sites, users, partners and verifiers, including

Receiving one or more request identifications from each of the site device, the service point system, the user device, the partner device, and the verifier device,

Verifying the received one or more request identifications, wherein the received one or more request identifications are compared to the stored plurality of request identifications to verify the one or more request identifications,

one or more challenges are generated in response to the one or more challenges,

transmitting in real-time one or more challenges to one or more site devices, user devices, partner devices, and verifier devices,

receiving one or more unique device identifications, biometric data of one or more users, partners and verifiers, real-time location data of one or more devices, and images, video and/or real-time video of one or more sites,

extracting one or more biometric features from the received biometric data of the one or more users, partners and verifiers in accordance with a model stored in a server computer system database,

extracting image, video and/or real-time video features of one or more sites based on the model stored in the server computer system database,

creating a template for comparison comprising one or more biometric features, one or more site images, video, and/or real-time video features, one or more unique device identifications, and real-time geographic location data,

Retrieving one or more initial templates created during registration of the plurality of sites, users, partners and verifiers and stored in a server computer system database, wherein the one or more requests received from each device identify one or more initial templates for retrieval stored in the database, and

comparing the one or more templates created during authentication with one or more initial templates created during registration of the plurality of sites, users, partners and verifiers and stored in a server computer system database, wherein authentication of the plurality of sites, users, partners and verifiers may be successful if data variations between the templates created during authentication and the initial templates created and stored during registration are within predetermined thresholds, and wherein the predetermined thresholds relating to verified geographic location data variations of the one or more site devices, service point systems, user devices, partner devices and verifier devices may be adjusted to limit access of the one or more users, partners, verifiers, sites and/or their related devices to the server computer system to specific geographic locations, specific areas, specific cities and/or specific countries;

Receiving information from a registered user, including personal information and information about one or more environmental activities completed by the registered user prior to becoming a registered user, wherein the environmental activity information includes information about home energy, traffic, waste, food, and shopping, wherein verification of the received information may be accomplished by communicating with one or more service point systems of the registered partner, one or more devices of the registered partner, and/or one or more devices of the unregistered entity; and wherein respective account identification and/or other identification data (including unique user identification, biometric data, blockchain identification, public key, name, address, and/or other identification data) of one or more users, partners, distributors is used in the authentication process in communications exchanged therewith;

and associated with a partner of the partner, determining the environmental impact of each of the user's environmental activities to be completed by the user before becoming a registered user, based on the verified eco-product claim for the same environmental activity, if the eco-product claim was previously verified by the verifier of the verifier,

receiving, in real-time, at least one environmental activity record from one or more devices of at least one of the plurality of partners, wherein the at least one environmental activity record comprises data related to a plurality of environmental activities and environmental violations provided or reported by the plurality of partners, wherein the data related to the plurality of environmental activities provided by the plurality of partners comprises one or more environmental protection product claims or information related to a request to create an environmental protection product claim,

Receiving in real-time at least one site activity record from one or more devices of at least one of the plurality of sites, wherein the site data record for each site activity comprises identification data, wherein the identification data comprises biometric data of one partner of the partner and/or one or more verifiers, the identification data of one site of the sites, wherein the identification data comprises venue images, videos, and/or real-time videos, the lifecycle manifest data comprises site operation data, site material consumption data, site discharge data, site energy consumption data, and/or site waste data for one or more products and/or services of the partner collected by the site device, and site device geolocation data obtained by a GPS/AGPS sensor of the site device, wherein the at least one verifier utilizes the at least one site activity record to verify or create an eco-friendly product that states a product or service provided by at least one of the plurality of partners;

receiving, in real-time, at least one verification activity record from one or more devices of at least one of the plurality of verifiers, wherein the at least one verification activity record comprises data related to a plurality of verification activities, wherein the data related to the plurality of verification activities comprises data related to verifying an environmentally friendly product claim, creating the environmentally friendly product claim, determining an environmental impact of the environmental activity, and determining an environmental impact of the environmental unlawful act;

Receiving at least one environmental activity record in real-time from a service point system of at least one of the plurality of partners, wherein the at least one environmental activity record includes data relating to a plurality of environmental activities completed by at least one of the plurality of users;

assigning an identification number to each site activity data record, user environment activity record, partner environment activity record, and verification activity record;

verifying one or more environmental violations of one or more partners, distributors, and users with at least one of the plurality of partners and/or one or more external systems of the unregistered entity by communicating with one or more devices of the partners and/or one or more external systems of the unregistered entity;

calculating each environmental activity score provided by each of the plurality of partners based on environmental impact information contained in the verified environmentally friendly product claim of the product and/or service provided by each of the plurality of partners and information contained in the verified environmentally friendly product claim of the product and service provided by the other partner, wherein the environmentally friendly product claim is verified by one or more registered verifiers selected by the server computer system;

Calculating a score for each environmental violation reported by the partners based on the environmental impact information for each environmental violation, wherein the estimated environmental impact for each environmental violation is determined by one or more verifiers selected by the server computer system;

calculating environmental credit scores of the partners according to the calculated scores;

matching the environmental activity record of at least one of the plurality of users and the partners with the unique user identifier to determine the environmental activity record of at least one of the plurality of users and the partners related to the unique user identifier of each environmental activity completed by the user, and recording each environmental activity record according to the environmental activity completed by the user;

calculating an environmental credit score for at least one of the plurality of users based on the environmental activity data logged in the environmental activity record for the at least one of the plurality of users, wherein the calculation of the environmental credit score for each user is performed by taking into account: (a) the number and score of eco-product claims that the user completed the environmental activity, wherein the score of eco-product claims determines the number of points the user will get, (b) the number of points calculated in relation to the environmental activity recommended to and completed by each user, and (c) the total score of the environmental unlawful act of each user,

Analyzing the environmental credit scores of the users to determine one or more users with high environmental credit scores;

publishing the environmental credit scores of the user and the partner and informing the user and the partner;

determining one or more sites, partners, and verifiers related to site activity records collected by one or more components of a site device;

extracting data indicative of real-time data relating to an eco-product claim of at least one of the plurality of partners for each site device;

generating a sensor list display for each site device, wherein each sensor lists real-time data related thereto relating to an environmental protection product claim, wherein the generated display further includes site identification information and partner identification information for each sensor of each site device, wherein the generated display further includes historical data over a period of time, wherein the generated display includes graphical data;

defining one or more alert levels based on the collected real-time data relating to the eco-product claim of the environmental activity provided by at least one of the plurality of partners, wherein the one or more alert levels are defined by the one or more verifiers based on the collected real-time data relating to the eco-product claim; and is provided with

Determining whether data collected by one or more sensors of one or more site devices includes real-time data up to any defined alert level, wherein at least one defined alert level is reached, and further comprising generating an alert notification and notifying one or more partners and one or more verifiers, wherein when at least one defined alert level is reached, the one or more verifiers are assigned to re-verify the environmental protection product claim, and when at least one defined alert level is reached, environmental activity provided by one of the partners is not completed by one or more users.

2. A system for environmental credit scoring for a plurality of users and partners that effectively monitors and collects real-time data of their environmental activities and ensures the security, reliability and traceability of the data, the system comprising a plurality of devices associated with a plurality of sites, users, partners and verifiers, wherein the plurality of devices are communicatively coupled to a server computer system;

the server computer system includes a processor configured to register a plurality of sites, users, partners and verifiers by assigning a unique user identification, wherein the server computer system is configured to:

Creating a plurality of request identifications for a plurality of combinations of sites, users, partners and verifiers and their associated site devices, user devices, partner devices and verifier devices, respectively, wherein a plurality of partners are associated with one or more service point systems,

matching each of the stored plurality of request identifiers with the received plurality of request identifications to verify the plurality of request identifications,

one or more challenges are generated in response to the one or more challenges,

a plurality of unique device identifications are received for each of a plurality of devices,

Receiving one or more data records comprising site images, video and/or real-time video of each site,

receiving one or more data records comprising geographic location data for each of the site device, the service point system, the user device, the partner device, and the verifier device,

integrating the biometric features of each user, partner and verifier, the image, video or real-time video features of each site, the unique device identification of each site device, service point system, user device, partner device and verifier device, and the geo-location data of each site device, service point system, user device, partner device and verifier device according to a plurality of combinations, and

the templates generated by the integration are stored in a server computer system database,

authenticating multiple sites, users, partners and verifiers, including

Verifying the received one or more request identifications, wherein the received one or more request identifiers are compared to the stored plurality of request identifications to verify the one or more request identifications,

one or more challenges are generated in response to the one or more challenges,

transmitting one or more challenges to one or more of the site device, the user device, the partner device, and the verifier device in real-time,

extracting image, video and/or real-time video features of one or more sites based on the models stored in the server computer system database,

creating a template for comparison that includes one or more biometric features, one or more site images, video, and/or real-time video features, one or more unique device identifiers, and real-time geographic location data,

comparing the one or more templates created during authentication with one or more initial templates created during registration of the plurality of sites, users, partners and verifiers and stored in a server computer system database, wherein authentication of the plurality of sites, users, partners and verifiers may be successful if data variations between the templates created during authentication and the initial templates created and stored during registration are within predetermined thresholds, and wherein the predetermined thresholds related to data variations of verified geographic location data of the one or more site devices, service point systems, user devices, partner devices and verifier devices may be adjusted to limit access of the one or more users, partners, verifiers, sites and/or their related devices to the server computer system to particular geographic locations, particular regions, particular cities and/or particular countries;

Receiving information from a registered user, wherein the information includes personal information and information about one or more environmental activities completed by the registered user prior to becoming a registered user, wherein the environmental activity information includes information about home energy, traffic, waste, food, and shopping, wherein verification of the received information is completed by communicating with one or more point of service systems of registered partners, one or more devices of registered partners, and/or one or more devices of unregistered entities, and wherein respective account identifications and/or other identification data (including unique user identifications, biometric data, block chain identifications, public keys, names, addresses, and/or other identification data) of one or more users, partners, distributors are used in a verification procedure in communications exchanged therewith;

if the eco-product claim was previously verified by the verifier of the verifier and associated with a partner of the partner, determining an environmental impact of each of the user environmental activities completed by the user before becoming a registered user, based on the verified eco-product claim for the same environmental activity;

receiving at least one environmental activity record in real-time from one or more devices of at least one of the plurality of partners, wherein the at least one environmental activity record comprises data related to a plurality of environmental activities and environmental violations provided or reported by the plurality of partners, wherein the data related to the plurality of environmental activities provided by the plurality of partners comprises one or more environmental protection product claims or information related to a request to create one environmental protection product claim;

Receiving at least one site activity record in real time from one or more devices of at least one of the plurality of sites, wherein the site data record for each site activity includes identification data, wherein the identification data includes biometric data of one of the partners and/or one or more verifiers, wherein the identification data of one of the sites includes site images, video and/or real-time video, wherein the lifecycle manifest data includes site operations data, site materials consumption data, site emissions data, site energy consumption data and/or site waste data for one or more products and/or services of the partners collected by the site devices, and site device geolocation data obtained by GPS/AGPS sensors of the site devices, wherein the at least one verifier utilizes the at least one site activity record to verify or create an eco-product claim for a product or service provided by at least one of the plurality of partners;

receiving at least one verification activity record in real-time from one or more devices of at least one of the plurality of verifiers, wherein the at least one verification activity record comprises data related to a plurality of verification activities, wherein the data related to the plurality of verification activities comprises data related to verifying an environmentally friendly product claim, creating an environmentally friendly product claim, determining an environmental impact of the environmental activity, and determining an environmental impact of the environmental unlawful act,

Receiving at least one environmental activity record in real-time from a service point system of at least one of the plurality of partners, wherein the at least one environmental activity record includes data related to a plurality of environmental activities completed by at least one of the plurality of users,

verifying environmental violations of one or more of the partners, distributors, and users with at least one of the plurality of partners and/or one or more external systems of the unregistered entity by communicating with one or more devices of the partners and/or one or more external systems of the unregistered entity;

calculating each environmental activity score provided by each of the plurality of partners based on environmental impact information included in the verified environmentally friendly product claim of the product and/or service provided by each of the plurality of partners and information included in the verified environmentally friendly product claim of the product and service provided by the other partner, wherein the environmentally friendly product claim is verified by one or more selected registration verifiers of the server computer system;

calculating an environmental credit score for the partner based on the calculated score;

matching the environmental activity record of at least one of the plurality of users and the partners with the unique user identifier to identify the environmental activity record of at least one of the plurality of users and the partners associated with the unique user identifier for each environmental activity completed by the user, and recording each environmental activity record according to the environmental activity completed by the user;

logging in environmental activity data based on an environmental activity record of at least one of the plurality of users, calculating an environmental credit score for the at least one of the plurality of users, wherein calculating the environmental credit score for each user is done by considering: (ii) (a) the number and scores of the environmentally protected product claims that the user completed the environmental activity, wherein the environmentally protected product claim scores determine the number of points the user will obtain, (b) calculating the number of points associated with the environmental activity recommended to and completed by each user, and (c) the total score of each user's environmental unlawful activities;

generating a sensor list display for each site device, wherein each sensor lists real-time data related thereto relating to the eco product claim, wherein the generated display further comprises site identification information and partner identification information for each sensor of each site device, wherein the generated display further comprises historical data over a period of time, wherein the generated display comprises graphical data;

defining one or more alert levels based on the collected real-time data relating to the eco-product claim of the environmental activity provided by at least one of the plurality of partners, wherein the one or more alert levels are defined by one or more verifiers based on the collected real-time data relating to the eco-product claim; and is provided with

Determining whether data collected by one or more sensors of one or more site devices includes real-time data up to any defined alert level, wherein at least one defined alert level is reached, and further comprising generating an alert notification and notifying one or more partners and one or more verifiers, wherein when at least one defined alert level is reached, one or more verifiers are assigned to re-verify the environmental protection product claim, and when at least one defined alert level is reached, environmental activity provided by one of the partners cannot be completed by one or more users.