KR20220154116A - Safe Methods and Systems for Environmental Credit Ratings - Google Patents

Abstract

A method and system for environmental credit scoring of a plurality of users, partners, and distributors is provided, the method comprising registering a plurality of users, partners, distributors, and verifiers; receiving information from a registered user; Receive environmental activity records from partners and distributors. Assign an identification number to each activity. Checking environmental activity records Calculating a score for each environmental activity; calculating environmental credit scores for partners and distributors; receiving data from a point of service system; Identify the environmental activity records of users, partners and distributors and credit each environmental activity record. 'Calculate an environmental credit score for users based on their environmental activities' data accumulated according to users' environmental activity records; analyze environmental credit scores of users, partners and distributors; and publish environmental credit scores.

Description

Safe Methods and Systems for Environmental Credit Scoring

CROSS REFERENCES TO RELATED APPLICATIONS

This application claims priority from a series of US utility patent applications. No.16/043,453, US Utility Continuation Patent Application Ser. US Provisional Patent Application Serial No. 16/391,228, filed April 22, 2019, entitled "METHODS AND SYSTEMS FOR ENVIRONMENTAL CREDIT SCORING". U.S. Provisional Patent Application No. 62/976,571, filed February 14, 2020, entitled "SECURE METHODS AND SYSTEMS FOR ENVIRONMENTAL CREDIT SCORING". U.S. Patent Provisional Application No. 63/066,132 entitled "SECURE METHODS AND SYSTEMS FOR ENVIRONMENTAL CREDIT SCORING" filed on August 14, 2020. No. filed on February 3, 2021. 63/145,032, "SECURE METHODS AND SYSTEMS FOR ENVIRONMENTAL CREDIT SCORING".

technology field

The present invention relates generally to methods and systems for assessing environmental credit based on the verified activity of sites, users, partners, distributors, verifiers, and advertising service providers.

One area that has not developed significantly due to the widespread use of the Internet and the growth of computing systems is environmental assessment technology and systems. These technologies and systems have failed to enable individuals, businesses, non-profit organizations and government agencies to work together to effectively address current environmental challenges.

Currently, the earth faces many environmental problems such as climate change, air pollution, ozone layer destruction, water pollution, deforestation, desertification, habitat destruction, toxic chemicals, natural resource extraction, light and noise pollution, acid rain, medical waste, and garbage dumping. have. and landfill. Climate change and global warming are among the most serious environmental problems.

As concerns about environmental issues such as global warming and resource depletion have increased, the number and types of certifications and green product standards have increased, and many green certifications have been developed for homes, schools, manufacturers, restaurants, hotels, cleaning companies, etc. They have been extended to include broader environmental issues to determine the impact of products in terms of manufacturing, use and reuse. Green certification provides confirmation that a product or service meets mandatory or voluntary standards and provides environmental benefits. The International Organization for Standardization (ISO) has developed three types of environmental product labels. and Type III environmental product declaration based on ISO 14025. The Type III Environmental Product Declaration is a standardized (ISO 14025) life cycle assessment based tool. To issue a Type III environmental declaration, an independent body called the program operator must oversee the entire development process of the environmental product declaration. An environmental product declaration is a report that focuses on how a product or service impacts the environment throughout its life cycle. This Declaration is an internationally recognized, independently verified, registered and published document. Type III environmental declarations require an independent body called the program operator to oversee the entire development process of environmental product declarations. An environmental product declaration is a report that focuses on how a product or service impacts the environment throughout its life cycle. This Declaration is an internationally recognized, independently verified, registered and published document. Type III environmental declarations require an independent body called the program operator to oversee the entire development process of environmental product declarations. An environmental product declaration is a report that focuses on how a product or service impacts the environment throughout its life cycle. This Declaration is an internationally recognized, independently verified, registered and published document.

There are currently hundreds of international green product certifications, including about 100 in the United States, but they have failed to get individuals, businesses, non-profits and government agencies to work together to effectively address current environmental challenges. In addition, the effect of significantly increasing individual participation in environmental activities is limited. The greater the consumer demand for environmentally friendly products and services, the greater the incentive for product and service providers to enter the market. Therefore, establishing an environmental credit scoring system that rewards individuals based on their environmental activities and using environmental credit scores in decision making (e.g. university admission decisions, employment decisions) could increase the global demand for environmentally friendly products and services. have.

Verification of the environmental activities of both individuals and providers of products and services plays an important role in determining the reliability of environmental impacts of environmental activities. Verification of environmental product declarations by independent verifiers is the most important step as product and service providers can create environmental product declarations for their products and services and conduct their own Life Cycle Assessment (LCA) studies (with their own LCA experts). . Determine the reliability of life cycle assessment (LCA). Approving environmental product declarations of products or services based on LCAs with inaccurate or misleading results may increase demand for products and services that may harm the environment. Furthermore, verifiers can seek assignments and enter into contracts with product and service providers to verify environmental product declarations of products and services without program operator intervention. Therefore, it is difficult to guarantee the independence of verifiers or verifier employees. Therefore, it is necessary to overcome the problems mentioned above.

Accordingly, an environmental credit evaluation method and system based on the participants' verified activities are required.

Various embodiments of the present invention are presented in the following detailed description and accompanying drawings. Several details of the invention may be modified in various respects, and the invention is capable of various embodiments, without departing from the invention. Accordingly, the description and accompanying drawings of the present invention are provided by way of example only and do not limit or limit the scope of the present invention as defined by the appended claims.

According to one or more embodiments, a method for environmental credit scoring of a plurality of users and partners is provided. The method includes registering a plurality of sites, users, partners, and verifiers by assigning unique user identifiers. The method also includes generating a plurality of request identifiers for the plurality of combinations; receiving a plurality of request identifiers from each of a plurality of user devices, partner devices, verification devices, and one or more site devices and point-of-service systems; matching each of the plurality of stored request identifiers with the received plurality of request identifiers to verify the plurality of request identifiers; create one or more challenges; sending one or more challenges to each of the plurality of devices; receiving a plurality of unique device identifiers for each of the plurality of devices; receiving one or more data records comprising biometric data of each of a plurality of users, partners, and verifiers; receiving one or more data records comprising site images, video and/or live video of each site; receiving one or more data records comprising geolocation data of each site device, point of service system, user device, partner device, and verification device; extracting one or more characteristics and biometric characteristics from one or more data records of each of a plurality of sites, users, partners, and verifiers; Incorporates the biometric capabilities of each user, partner, and verifier, the site image, video, or live video capabilities of each site; unique device identifiers for each site device, point-of-service system, user device, partner device, and verifier device; and each site device , a device based on a combination of a plurality of geolocation data of the point of service system, user device, partner device, and verifier; storing the template created as a result of integration in a database of a server computer system; Authenticating the plurality of sites, users, partners, and verifiers may include receiving one or more request identifiers from each of a site device, a point of service system, a user device, a partner device, and a verifier device; verifying one or more request identifiers received; create one or more challenges; sending one or more challenges to one or more site devices, user devices, partner devices, and verifying devices in real time; receiving one or more unique device identifiers, one or more user, partner, and verifier biometric data, real-time location data of one or more devices, and images, videos, and/or live video of one or more sites; extracting one or more biometric characteristics from the received biometric data of one or more users, partners, and verifiers according to a model stored in a database of the server computer system; extracting features of images, videos and/or live video of one or more sites according to models stored in a database of the server computer system; generating a template for comparison comprising one or more biometric features, images, videos, and/or live video features of one or more sites, one or more unique device identifiers, and real-time geolocation data; retrieving one or more initial templates created and stored in a database of the server computer system during registration of multiple sites, users, partners and validators; comparing one or more templates generated in the authentication process with one or more initial templates generated and stored in a database of a server computer system when registering the plurality of sites, users, partners, and verifiers; receiving information from a registered user that includes personal information and information about one or more environmental activities completed by the registered user prior to becoming a registered user; The environmental product declaration is pre-confirmed by the verifier's verifier and the partner's partner; receiving in real time at least one environmental activity record from one or more devices of at least one of the plurality of partners; receiving at least one site activity record from one or more devices of at least one of the plurality of sites in real time; receiving at least one verification activity record from one or more devices of at least one of the plurality of verifiers in real time; receiving at least one environmental activity record from at least one point of service system of the plurality of partners in real time; one or more devices of the partner and/or more external systems not registered; A score for each environmental activity provided by each of multiple partners is calculated based on the environmental impact information contained in the verified environmental product declaration of the product and/or service and the information contained in the verified environment. product declarations of products and services provided by other partners; Calculating a score for each environmental law violation reported by the partner based on the environmental impact information for each environmental law violation; Calculating the partner's environmental credit score based on the calculated score; The environmental activity record of at least one of the plurality of users and partners is matched with the unique user identifier to identify the environmental activity record of at least one of the plurality of users and partners associated with the unique user identifier for each environment. Credit is given to each environmental activity record based on the activity completed by the user and the environmental activity completed by the user. Calculate an environmental credit score for at least one of the plurality of users based on the environmental activity data accumulated according to the environmental activity record of at least one of the plurality of users; analyzing environmental credit scores of users to determine one or more users with high environmental credit scores; Publish environmental credit scores of users and partners and notify users and partners Identify one or more sites, partners, and verifiers associated with records of site activity collected by one or more components of the site device. Extracting data representing real-time data related to the declaration of at least one environmental product among a plurality of partners for each field device; generating a display of the sensor list for each site device; defining one or more alert levels based on collected real-time data relating to environmental product declarations of environmental activities provided by at least one of the plurality of partners; and determining whether data collected by the ore or more sensors of the one or more site devices includes real-time data that meets any of the defined alert levels.

According to one or more embodiments, a system for environmental credit scoring of a plurality of users and partners is provided. The system includes a plurality of devices associated with a plurality of sites, users, partners, and verifiers, the plurality of devices communicatively coupled to the server computer system. a processor configured to register a plurality of sites, users, partners, and validators by assigning unique user identifiers; generate a plurality of request identifiers for each of the plurality of combinations of sites, users, partners, and verifiers and their associated site devices, user devices, partner devices, and verifier devices; A plurality of request identifiers are received from each of the plurality of user devices, partner devices, and verification devices, and each of the plurality of request identifiers stored in one or more site devices and the service point system is matched with the received plurality of request identifiers to obtain the plurality of request identifiers. verify; Create one or more challenges. send one or more challenges to each of the plurality of devices; receive a plurality of unique device identifiers for each of the plurality of devices; receive one or more data records comprising biometric data of each of the plurality of users, partners, and verifiers; receive one or more data records containing site images, videos, and/or live video of each site; Receive one or more data records containing geolocation data of each site device, point of service system, user device, partner device, and verifier device; extract features and biometric features; biometric features of each user, partner, and verifier, site images, video or live video capabilities of each site, unique device identifiers of each site device, point-of-service systems, user device integration, partner devices and validator devices, and combinations of the plurality; geographic location data of each of the based site device, point of service system, user device, partner device, and verification device; The template created as a result of integration is stored in the database of the server computer system. Authenticates multiple sites, users, partners and verifiers. receiving one or more request identifiers from each of the site device, point of service system, user device, partner device, and verification device; verifying one or more request identifiers received; one or more unique device identifiers, one or more user, partner, and verifier biometric data, one or more device real-time location data, one or more device site images, video and/or live video receiving sites; extract one or more biometric functions from the received biometric data of one or more users, partners, and verifiers according to models stored in a database of the server computer system; extract one or more image, video and/or live video features of one or more sites according to a model stored in a database of the server computer system; generate a template for comparison comprising one or more biometric features, one or more site's image, video and/or live video features, one or more unique device identifiers, and real-time geolocation data; retrieve one or more initial templates created and stored in a database of the server computer system during registration of multiple sites, users, partners, and validators; receive information from the registered user, including personal information and information about one or more environmental activities completed by the registered user prior to becoming a registered user; The environmental product declaration is pre-confirmed by the verifier's verifier and the partner's partner; receive in real time at least one environmental activity record from one or more devices of at least one of the plurality of partners; receive at least one site activity record from one or more devices of at least one of the plurality of sites in real time; receive in real time at least one verification activity record from one or more devices of at least one of the plurality of verifiers; receive at least one environmental activity record from at least one point of service system of the plurality of partners in real time; one or more devices of the partner and/or more external systems not registered; A score for each environmental activity provided by each of multiple partners is calculated based on the environmental impact information contained in the verified environmental product declaration of the product and/or service and the information contained in the verified environment. product declarations of products and services provided by other partners; Based on the calculated score, the partner's environmental credit score is calculated. The environmental activity record of at least one of the plurality of users and partners is matched with the unique user identifier to identify the environmental activity record of at least one of the plurality of users and partners associated with the unique user identifier for each environment. Credit is given to each environmental activity record based on the activity completed by the user and the environmental activity completed by the user. calculate an environmental credit score for at least one of the plurality of users based on environmental activity data accumulated under an environmental activity record of at least one of the plurality of users; analyze the user's environmental credit score to determine one or more users with a high environmental credit score; Publish the environmental credit scores of users and partners and notify users and partners. Identifies one or more sites, partners, and verifiers associated with records of site activity collected by one or more components of the site device. extract data representative of real-time data related to environmental product declarations of at least one of the plurality of partners for each site device; Creates a display of sensor lists for each site device. Define one or more alert levels based on collected real-time data relating to environmental product declarations of environmental activities provided by at least one of the plurality of partners.

Various embodiments of the present invention are presented in the following detailed description and accompanying drawings. Several details of the invention may be modified in various respects, and the invention is capable of various embodiments, without departing from the invention. Accordingly, the description and accompanying drawings of the present invention are provided by way of example only and do not limit or limit the scope of the present invention as defined by the appended claims.

Non-limiting and non-limiting embodiments of the present invention are described with reference to the following drawings. In the drawings, like reference numbers refer to like parts throughout the various views 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. here:
painting. 1 Figure 1 is a block diagram illustrating an example of an overall system for environmental credit scoring in accordance with one or more embodiments.
painting. 2a, Fig. 2b and Fig. 2b. Figure 2c depicts a simplified flow diagram illustrating a method for environmental credit scoring in accordance with one or more embodiments.
Figure 3 is a block diagram illustrating system elements of an exemplary server computer system, according to one embodiment.
FIG. 4 is a diagram of example components of one or more devices of FIG. 1 . One; and
Headings used herein are not meant to be used to limit the scope of the claims or description. The headings used here are for organizational purposes only. For ease of understanding, like reference numbers have been used where possible to designate like elements common to the drawings.

Subjects currently disclosed are specifically addressed to meet legal requirements. However, the description itself is not intended to limit the scope of this patent. Also, the term "step" may be used herein to mean any other aspect of the method employed, but unless the order of individual steps is explicitly recited, the term does not refer to a specific order between the various steps disclosed herein. should not be construed as implying

Reference throughout this 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 disclosed subject matter. Thus, the appearances of the phrases “in one embodiment” or “in an embodiment” in various places throughout this specification are not necessarily all referring to the same embodiment.

As used in this specification and the appended claims, the singular forms “a,” “an,” and “the” include or otherwise refer to both singular and plural referents unless the content clearly dictates otherwise. As used in this specification and the appended claims, the term "or" is generally used to include "and/or" unless the content clearly dictates otherwise.

The present invention generally relates to methods and systems, including methods and systems for assessing environmental credit based on the verified activity of sites, users, partners, distributors, verifiers, and advertising service providers.

glossary

Blockchain - A decentralized, distributed public ledger that maintains a constantly growing list of data records that are hardened against tampering and modification, called blocks, which can be linked together to form a chain. A blockchain network may consist of one or more computing devices. A blockchain network can be configured to process and maintain a record of transactions as part of a block in a blockchain network. Upon completion, the block is added to the blockchain network and the transaction record is updated. Blockchain transactions may be created and stored in chronological order or in any other order suitable for use in a blockchain network. In some configurations, blockchain recorded transactions may include information such as currency amount and destination address. This information records the amount of currency attributed to a particular address. In some cases, blockchain transactions may contain additional or other information such as timestamps, source addresses, etc. A blockchain may contain a secure transaction ledger database where transactions may be financial and others may not be. The secure transaction ledger database may be shared by parties participating in an established distributed network of computing devices. In some embodiments, a blockchain is a distributed database that maintains a constantly growing list of data records hardened against tampering and modifying any type of data in the form of transactions occurring on the network (e.g., transfers of information or exchanges). ) can be recorded. Even by participating parties or operators sharing the database, thus reducing or eliminating the need for trusted and/or centralized third parties. Blockchain transactions may be verified and verified by the blockchain network through verification technologies (consensus mechanisms) such as proof-of-work, proof-of-stake, and/or other appropriate consensus mechanisms.

As used herein, the term “environmental activity” may mean any activity, product, service, expenditure and/or transaction whose primary purpose is the protection of the environment. The term "environmental activity" may mean any activity aimed at protecting the environment, including but not limited to recycling. purchasing environmentally friendly products and services; Use renewable electricity, electric vehicles and other environmentally friendly products and services. The term “environmental activity” may also mean any activity classified under the Environmental Activities Classification and Environmental Protection Activities Classification (CEPA).

As used herein, the term “module” may be hardware or software programmed to perform one or more processes and may use received inputs to provide outputs. Based on this disclosure, the processes performed by the different modules, outputs and inputs will be apparent to those skilled in the art.

As used herein, the terms “biometrics” and “biometrics” refer to users of users 102, partners of partners 104, distributors of distributors 106, and verification of verifiers 108. Person and/or face characteristics, voice characteristics, fingerprint characteristics, eye characteristics, and the like may be advertisement service providers of advertisement service providers 126 . The biometric information is obtained from one or more biometric sensors that scan or read biometric characteristics of users 102, partners 104, distributors 106, verifiers 108, and advertising service providers 126.

In this specification, the term "cryptocurrency" may refer to digital currency in which creation of currency units and verification of fund transfer are regulated by encryption technology.

painting. 1 is an environmental credit scoring based on the activities of a plurality of users 102, partners 104, distributors 106, verifiers 108, sites 128, and advertising service providers 126 according to one or more embodiments. It is a schematic block diagram showing the entire system for. Figure 1 schematically depicts a system 100 for environmental credit scoring.

System 100 includes user device 110, partner device 112, distributor device 114, verifier device 116, site device 129, and/or advertising service provider device 127, respectively, network 120 ) to communicate. Server computer system 124 may also communicate with point of service system 118 and computing node 122 via network 120 .

User devices 110 , partner devices 112 , distributor devices 114 , validator devices 116 , site devices 129 , and/or advertising service provider devices 127 are connected via network 120 to server computer systems. (124).

Users among the users 102 may be individuals. A partner of partner 104 may be an entity such as a business, non-profit organization, government agency, and/or other entity. A distributor of distributor 106 may be a corporation, non-profit organization, government agency, and/or other entity including, but not limited to, a product manufacturer, intermediary, or any entity that distributes services and/or products.

In system 100 , a partner of partner 104 may provide one or more environmental activities to user 102 that include products and/or services (eg, products and/or services that are environmentally friendly). Distributor 106 may distribute to one or more partners 104 one or more environmental activities that include products and/or services provided by partners of partners 104 . Users of user 102 are partners of partners 104 (eg, purchase green products and/or services, use renewable energy, use electric vehicles using renewable energy). Partners of partner 104 may transmit data related to environmental activities performed (eg, purchased, used, completed) by one or more users 102 to server computer system 124 .

Network 120 may include one or more wireless and/or wired networks. For example, network 120 may include 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 A type of network, intranet, telephone network, fiber-based network, etc., and/or combinations of these or other networks. 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.

As used herein, the term “site” may refer to a spatial location from which data may be collected by one or more site devices 129 . One or more site devices 129 described herein. As a non-limiting example, the site device of the site device 129 includes a processor 406 and a device having different arrangements of components than shown in FIG. 4, fewer components, additional components, different components ( 400). (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408) where processor 406 is configured by software to perform the functions of one or more of the site devices 129 described herein.

According to various embodiments, one of the site devices 129 may (a) collect various data using one or more sensors and/or devices of the input component 414 of the site device 129 and store the data on a server computer. Send to system 124. Data may include geolocation data (eg, GPS/AGPS coordinates). Identification data (e.g. site images, video and/or live video information, device PUFs, device identification information, account identifiers, blockchain identifiers, public keys). This may include site of site 128, partner of partner 104 and/or one or more verifiers 108, lifecycle inventory data such as site operations data, site material consumption data, site emissions data, site energy consumption data, and Site Waste Data) Partner's (104) Partner's one or more products or services and/or other data that may be collected by one or more Site Devices (129). (b) using one or more of the input components 414 of the site device 129, such as imaging devices, barcode scanners, RFID identification cards, QR codes and/or information from one or more partners and/or verifiers; read and any other device that can be read by an electronic tag reader and/or site device 129; (c) communicate with the server computer system 124 to authenticate one or more sites 128, partners 104, and/or verifiers 108; (d) update a distributed ledger that can be shared between groups of site devices 129, service systems 118, compute nodes 122, site devices 129, user devices 110, and partner devices 112; Provide processing power to verify. distributor device 114, validator device 116, and/or advertising service provider device 127 (eg, in embodiments where blockchain may be utilized); and/or (e) perform the functions of the site device 129 described herein.

As used herein, the term “point of service system” may refer to a computing system or computing device configured to perform the functions of the point of service system 118 described herein. A point of service system from point of service system 118 may be a physical device (eg, a vending machine, tablet computer, desktop computer, kiosk, smart phone, electric vehicle charging station, etc.). The point of service system 118 may be a combination of software and hardware to perform the functions of the point of service system 118 described herein.

In embodiments where blockchain may be utilized for point-of-service systems 118, site devices 129, user devices 110, partner devices 112, distribution devices 114, and/or verification devices 116 can provide the processing power to update and verify the distributed ledger. It is shared between groups of point of service systems 118 , site devices 129 , computing nodes 122 , user devices 110 , partner devices 112 , distributor devices 114 , and/or validation devices 116 . Distributed ledgers can be collectively updated and verified based on transactions. server computer system 124, computing node 122, point of service system 118, site device 129, user device 110, partner device 112, distributor device 114, and/or validation device ( 116) is made between

Point of service system 118 may take many forms based on the type of environmental activity collected from user 102 . The point of service system 118 may be a vending machine, website, mobile application, or the like. By way of non-limiting example, partner 104's point of service system 118 may include processor 406 and components arranged differently than shown in FIG. 4, fewer components, additional components, different components. It may be a device 400 having (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408) where the processor 406 is It is configured by software to perform one or more functions of the point of service system 118. explained here. As a non-limiting example, point of service system 118 may be a vending machine having a processor 406 and different arrangements of components than shown in FIG. 4, fewer components, additional components, different components. can (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408) where the processor 406 is It is configured by software to perform one or more functions of the point of service system 118. explained here. As a non-limiting example, the point of service system 118 of partner 104 is implemented by server computer system 124 having a processor 406 and differently arranged, fewer, or additional components. It can be a website or mobile application hosted or associated with it. Components that are different from those shown in Figure 1 (e.g., communication infrastructure 410, memory 404, input components 414, output components 412, storage components 402, communication interfaces 408 ), where the processor 406 is configured by software to perform one or more functions of the point of service system 118 described herein, as a non-limiting example, the point of service system 118 of the partner 104 The processor 406 and differently arranged components, including the public domain, fewer components, additional components, those shown in Figure 1. Figure 4 (e.g., communications infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408 wherein processor 406 is one or more functions of service point system 118 described herein. By way of non-limiting example, the point-of-service system of partner 104 may include a processor 406 and different arrangements of components, fewer components, and additional configurations than shown in FIG. element, can be a portable device with different components, as shown in Figure 4 (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component ( 402), communication interface 408) where the processor 406 is configured by software to perform one or more functions of the point of service system 118. As a non-limiting example, the point of service system 118 of the partner 104 ) is the point-of-service system 118 hardware that is described herein by the partner 104 of the user 102 (e.g., purchasing environmentally friendly products and/or services provided by the partner 104). may include any point of sale (POS) hardware having a processor 406 configured by software to perform one or more functions of system 118. As an example, the hardware of point of service system 118 may include point of sale (POS) hardware manufactured and/or sold by companies including, but not limited to, Fujitsu, Ingenico, Datalogic, Honeywell Scanning and Mobility. have. The software is configured to perform one or more functions of Vittel, Keycorp, Vantiv, First Data, Wirecard, ATOS Worldline, Equinox, NCR, Castles Technology Spire Payments, Toast POS, and POS system 118 described herein. Square having a processor 406 configured by In some embodiments, point of service system 118 may be located where environmental activity is ascertained.

In some embodiments, point-of-service system 118 of partner 104's partner (eg, transportation company) may be installed in one or more vehicles (eg, electric vehicle) of partner. Transportation companies may include, but are not limited to, ride-hailing and ride-hailing companies such as Uber and Lyft, and other ride-sharing and transportation network company platforms.

According to various embodiments, point-of-service system 118 collects various data by one or more sensors and/or devices (eg, barcode scanners, RFID, electronic tag readers, biometric devices) such as (a) identification. can be configured to data from one or more users 102 (eg, account identifier, biometric information, entitlement information, geolocation data, device PUF, device identification information, blockchain identifier, public key); (b) where data is transmitted to server computer system 124, the data includes information about environmental activities (eg products and/or services) provided by partners (eg transportation companies, electric vehicles) of partner 104; may include, but are not limited to. charging stations, renewable energy providers, etc.) and/or perform (e.g., purchase, use, (c) update and verify distributed ledgers, point-of-service systems (118), compute nodes (122), site devices (129), user devices (110), provides processing power for sharing distributed ledgers among groups of partner devices (112), distributor devices (114), or verifier devices (116); ) enables offline transactions where points of service system 118 can propagate transactions when reconnected to; (e) a QR code on one or more devices (e.g., user device 110, partner device 112); Scan the QR code, where the QR code may be identification information related to the environmental activity (e.g. identification number of the product or service, registration number of the environmental product declaration) (e.g. product and/or service) and/or in the form of a QR code. Relevant identification data of users and/or partners (e.g., account identifiers, biometric data, blockchain identifiers, public keys); (f) products and/or services provided by partners 104 to one or more users 102; eg, renewable electricity from an electric vehicle charging station, renewable electricity from a renewable energy provider, etc.) (g) communicate with the server computer system 124 to access records of environmental activity of one or more users 102, partners 104, and distributors 106; h) view the environmental activities of one or more users 102 and print reports; (i) perform the functions of the point of service system 118 described herein;

In some embodiments, server computer system 124 may use one or more algorithms to control server computer system 124, point of service system 118, computing node 122, site device 129, user device 110, The distance between the partner device 112 and the distributor device 114 can be determined. For example, server computer system 124 may use one or more algorithms to determine a distance between two points associated with one or more environmental activities (eg, transportation services) of one or more users 102 . This is based on geolocation data or geolocation data (eg, GPS/AGPS coordinates) of one or more user devices 110 and point of service systems 118 .

In some embodiments, server computer system 124 may send transaction data (eg, offline transaction data) to one or more users 102 and/or partners of partners 104 (eg, partners) prior to storing the transaction data (eg, offline transaction data) on the server. of staff) can be certified. storage component 402 and/or memory 404 of server computer system 124 of server computer system 124, wherein authentication is performed according to a one-factor, two-factor, three-factor, or four-factor authentication method; It can be.

In embodiments where the partner's 104's partner's (eg, transportation company's) point-of-service system 118 may be installed in one or more of the partner's vehicles (eg, an electric vehicle), the server computer system 124 determines the geographical location of the user 102 and the point-of-service system 118 via one or more algorithms, machine learning and/or deep learning-driven trained neural networks, while at the same time performing one environmental activity (eg, transportation service) provided by the user. a partner of a partner 104 (eg, a transportation company) based on geolocation data (eg, GPS/AGPS coordinates) of the user device 110 and the point-of-service system 118 of the above, where the server Computer system 124 does not credit the accounts of one or more users 102 with environmental activity, credits, points, currency, cryptocurrency, and/or any rewards when one or more user devices 110 are not in place. may not be point of service system 118 or within a predefined distance.

In embodiments where point of service system 118 may be coupled to network 120, data may be transmitted in real time from point of service system 118 to server computer system 120. In some embodiments, server computer system 124, point of service system 118, compute node 122, site device 129, user device 110, partner device 112, distributor device 114, validation Device 116, and/or advertising service provider device 127 may communicate. Network 120 may be configured to enable offline transactions and propagate transactions once they are reconnected to the network, where network 120 may include a Wireless Mesh Network (WMN).

Users 102, partners 104, distributors 106, verifiers 108, sites 128, and advertising service providers 126 are user devices 110, partner devices 112, distributor devices 114 ), a verifier device 116, a site device 129, and an advertisement service provider device 127, respectively. Device 400 includes user device 110, partner device 112, distributor device 114, and verification device 116, server computer system 124, site device 129, computing node 122, and /or may correspond to devices from the point of service system 118 . In implementations, user devices 110, partner devices 112, distributor devices 114, and validation devices 116, server computer systems 124, computing nodes 122, site devices 129, and/or Devices in point of service system 118 may include one or more devices. It may also include more components of device 400 (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408).

User device 110, partner device 112, distributor device 114, validation device 116, server computer system 124, computing node 122, site device 129, and/or point of service system 118 ) may be a computing and/or communication device. (e.g., a cell phone, workstation, cell phone, personal computer, gaming device, smart phone, tablet computer, laptop computer, smart watch, server computer, or any other type of device capable of communicating with server computer system 124). computing device). Partner 104 may communicate with server computer system 124 using a point of server system 118 .

Users 102, partners 104, distributors 106, and/or verifiers 108 may use user devices 110, partner devices 112, distributor devices 114, validator devices 116 and advertisements. Service provider device 127 may be used to communicate with server computer system 124 via a user interface. In some embodiments, server computer system 124 may include a web server hosting one or more websites. They are accessible by distributors 106 , partners 104 , users 102 , verifiers 108 , and advertising service providers 126 via a network 120 (eg, the Internet).

The server computer system 124 includes a processor 406 and components arranged differently, additional components, different components, fewer components than shown in FIG. 4 (e.g., communication infrastructure 410). ), a memory 404, an input element 414, an output element). 412, storage component 402, communication interface 408). Here, a computer program or multiple computer programs may be stored in memory 404 and/or storage component 402 . There may be executable instructions for performing the functions of server computer system 124 described herein.

In some embodiments, server computer system 124 may be configured to use blockchain for storage of data used herein. The blockchain consists of multiple computing nodes 122, multiple site devices 129, multiple advertising service provider devices 127, multiple point-of-service systems 118, multiple user devices 110, and multiple partner devices. can be operated by 112, multiple distributor devices 114, and/or multiple validator devices 116 comprising a blockchain network. In some embodiments, computing node 122 may include systems associated with users 102 , partners 104 , distributors 106 , and/or verifiers 108 . Data values and block headers. Blocks in the blockchain can be protected from tampering and modification. The block header of each block in the blockchain may include at least a block reference value, a timestamp, and a data reference value. A block reference value can be a reference to a previous block added to the blockchain and a data reference value can be a reference to one or more data values contained in each block. In an example embodiment, one or more hashing algorithms (eg, cryptographic hashing algorithms, cryptographic hash functions) may be applied to block reference values and data reference values. Applying one or more hashing algorithms to block reference values and data reference values can generate hash values, so reference values must be regenerated when that data is modified. This can make the blockchain immutable as modifications must be propagated through the rest of the blocks in the blockchain. Each node in the blockchain network can store a full copy of the blockchain or a portion of it. Therefore, tampering with a blockchain can be nearly impossible as modifications must be performed on the blockchain by every node in the blockchain network before adding a new block to the blockchain. In this way, the blocks of the blockchain can be protected from tampering and modification. Tampering with a blockchain can be nearly impossible, as modifications must be performed on the blockchain by every node in the blockchain network before a new block can be added to the blockchain. In this way, the blocks of the blockchain can be protected from tampering and modification. Tampering with a blockchain can be nearly impossible, as modifications must be performed on the blockchain by every node in the blockchain network before a new block can be added to the blockchain. In this way, the blocks of the blockchain can be protected from tampering and modification.

Data values included in each block of the blockchain are stored in a server computer system 124, a plurality of computing nodes 122, a plurality of user devices 110, a plurality of partner devices 112, and a plurality of distributor devices 114. It may contain data stored for use. Multiple validator devices 116, multiple site devices 129, multiple advertising service provider devices 127, and/or other entities or systems. For example, in some cases, the blockchain may provide activity data (e.g., environmental activities performed by users of user 102, environmental activities reported or verified by partners of partners 104, distributors of distributors 106, verifiers ( Verification activities performed by the verifier of 108), advertising activities performed by the advertising service providers of the advertising service provider 126, and site activities reported by the site equipment of the site device 129, each activity is informational In such case, each data value may include identification data (e.g. account identifier, biometric data, blockchain identifier, public key, image, video and/or live video for identification purposes). data acquired by an imaging device), which may include, but is not limited to, one or more users 102, partners 104, distributors 106, verifiers 108, sites 128, and/or Associated with the advertising service provider 126, activity data relating thereto about activity includes the transfer or exchange of information between server computer systems 124, a plurality of users 102, a plurality of partners 104, and a plurality of distributors. 106, multiple validators 108, multiple sites 128, multiple advertising service providers 126, and/or other entities or systems, including users 102, partners 104, distributors ( 106), verifiers 108, and sites 128. And advertising services can be users 102, partners 104, distributors 106, and verifiers 108. ), site 128, and/or advertising service provider' 126 account.

Processor 406 of server computer system 124, multiple computing nodes 122, multiple user devices 110, multiple partner devices, in an embodiment where the blockchain may be a permissioned blockchain (access control). 112, the plurality of distributor devices 114, the plurality of verification devices 116, the plurality of site devices 129, and/or the plurality of advertising service provider devices 127 may include one or more computer readable instructions (software instructions). ) can be configured to run the set. Stored in the storage component 402 and/or memory 404 in the trusted execution environment (the secure area of the processor).

In embodiments where a blockchain may be utilized, the blockchain may be a permissioned blockchain, a public blockchain, or a private blockchain. In embodiments where the blockchain may be a permissioned blockchain, the blockchain may only be accessed by participants permitted to access the blockchain where access can be controlled (e.g. verifying or validating transactions, viewing data on the blockchain network). may require permission).

In some cases, the blockchain may be used to store verifier activity data related to the verification activity of one or more environmental product declarations for one or more products and/or services of one or more partners 104 . The data values contained in each block of the blockchain are identified by one or more verifiers 108 and/or partners 104 (e.g., account identifiers, biometric data, blockchain identifiers, public keys, data obtained by imaging). ) may include, but are not limited to. devices including images, videos and/or live video for identification purposes) and activity data related to one or more environmental product declarations verified by the verifier 108, where the environmental product declarations will be updated, added and/or added. New blocks can be added when or Verification, single blockchain for all environmental product declarations verified by all validators, separate blockchains for environmental product declarations verified by each validator, or separate blockchains for environmental product declarations associated with each validator account and/or partner account. There may be a blockchain of

or a separate blockchain for environmental activities related to each user account, partner account and/or distributor account. The use of blockchain may be used for environmental activity data and/or environmental credit scores, such as user devices (110), partner devices (112), distributor devices (114), verifier devices (116), site devices (129), advertising service provider devices. can be prevented from being tampered with or displayed incorrectly. Figure 127, point of service system 118, and computing node 122 of environmental credit scoring system 100 shown in Figure 1 can verify each block of the blockchain and view environmental activity data and environmental credit scores.

In some embodiments, server computer system 124 may be a node of a blockchain network and may be configured to generate new blocks (e.g., updated environmental credit scores, new data received from site device 129). , to include new data received from the service point). Systems 118 of one or more partners 104 or other systems, user devices, partner devices, distributor devices, and advertising services associated with users 102, partners 104, distributors 106, and/or validators 108. New data received from the provider device 127 is verified by other nodes and added to the blockchain. In some embodiments, service point system 118 may also be a node of a blockchain network and may be configured to create new blocks that are verified by other nodes and added to the blockchain. In other embodiments, a server computer system 124 is also included.

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

Communications infrastructure 408 includes components that allow communication between components of device 400, such as buses, networks, multicore message passing schemes, message queues, and the like.

Processor 406 may be implemented in firmware, hardware, or a combination of software and hardware. Processor 406 may be coupled to a communications infrastructure 410 . The processor 406 may be an application-specific integrated circuit (ASIC), an accelerated processing unit (APU), a microprocessor, a field-programmable gate array (FPGA), or a central processing unit. (CPU), microcontroller, graphics processing unit (GPU), digital signal processor (DSP), general purpose or special purpose processor unit specially configured to perform the functions of processor 406 discussed herein, or other type of processing component. to be. 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. Processor 406 may have one or more processor “cores”. Processor 406 may be configured to execute computer readable instructions (software instructions) stored in storage component 402 and/or memory 404 . In some embodiments, processor 406 may be configured to execute software instructions stored in storage component 402 and/or memory 404 . Follow one or more of the steps described with reference to Figure 1. Figure 2a. Figure 2b. See Figure 2c and Figure 3 here. In some embodiments, the computer readable medium may include non-volatile and/or volatile memory and may include a set of software instructions that, when executed by processor 406, cause processor 406 to perform one or more processes described herein. stored on it. Processor 406 may be configured to execute computer readable instructions (software instructions) stored in storage component 402 and/or memory 404 . In some embodiments, processor 406 may be configured to execute software instructions stored in storage component 402 and/or memory 404 . Follow one or more of the steps described with reference to Figure 1. Figure 2a. Figure 2b. See Figure 2c and Figure 3 here. In some embodiments, the computer readable medium may include non-volatile and/or volatile memory and may include a set of software instructions that, when executed by processor 406, cause processor 406 to perform one or more processes described herein. stored on it. Processor 406 may be configured to execute computer readable instructions (software instructions) stored in storage component 402 and/or memory 404 . In some embodiments, processor 406 may be configured to execute software instructions stored in storage component 402 and/or memory 404 . Follow one or more of the steps described with reference to Figure 1. Figure 2a. Figure 2b. See Figure 2c and Figure 3 here. In some embodiments, the computer readable medium may include non-volatile and/or volatile memory and may include a set of software instructions that, when executed by processor 406, cause processor 406 to perform one or more processes described herein. stored on it. Processor 406 may be configured to execute software instructions stored in storage component 402 and/or memory 404 to perform one or more of the steps described with reference to FIG. Figure 2a. Figure 2b. See Figure 2c and Figure 3 here. In some embodiments, the computer readable medium may include non-volatile and/or volatile memory and may include a set of software instructions that, when executed by processor 406, cause processor 406 to perform one or more processes described herein. stored on it. Processor 406 may be configured to execute software instructions stored in storage component 402 and/or memory 404 to perform one or more of the steps described with reference to FIG. Figure 2a. Figure 2b. See Figure 2c and Figure 3 here. In some embodiments, the computer readable medium may include non-volatile and/or volatile memory and may include a set of software instructions that, when executed by processor 406, cause processor 406 to perform one or more processes described herein. stored on it.

Processor 406 may be configured to perform the functions of server computer system 124 discussed herein, as will be apparent to those skilled in the art. In some embodiments, processor 406 is one specifically configured to perform one or more functions of processor 406, such as registration module 304, transmit/receive module 306, verification module 308, processing module 310, and the like. It may contain more than one module. The term "module" can be hardware or software programmed to perform one or more processes and provide output using received inputs. Based on this disclosure, the processes performed by the different modules, outputs and inputs will be apparent to those skilled in the art.

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

Memory 404 may include static or dynamic storage devices such as read-only memory (ROM), random access memory (RAM), static memory (SRAM), magnetic memory, optical memory, and/or flash memory that stores . Memory 404 includes registration module 304, transmit/receive module 306, verification module 308, processing module 310, and/or publication module 314, communication protocols and/or standards. This includes other algorithms, cryptographic keys, program code for modules and applications of the server computer system 124, blockchain data, communication data to the blockchain computing node 122, user device 110, partner device 112 , a distribution device 114, a verification device 116, and a point. service system 118, advertising service provider device 127; This includes site devices 129, data formatting standards and protocols, and/or other data that may be suitable for use by server computer system 124 in performing the functions disclosed herein, such as: It will be clear to those skilled in the relevant art. Memory 404 may also be configured to store data including algorithms for use by registration module 304 , transmit/receive module 306 , verification module 308 , and processing module 310 . This includes issuance module 314, blockchain data, communication data for blockchain computing node 122, and identification. Users (102), Partners (104), Distributors (106), Validators (108), Data from the Site (e.g. account identifiers, biometric data, blockchain identifiers, public keys, images, videos and/or for identification purposes) data obtained by imaging devices including live video for) 128, and/or advertising service providers 126, hashing algorithms to verify and/or create blockchain blocks, etc.

Storage component 402 stores software and/or information related to the use and operation of device 400 . For example, the storage component 402 may include a hard disk. Hard disks may be solid state disks, magnetic disks, magneto-optical disks and/or optical disks. The storage component 402 may also include flash memory, magnetic tape, digital versatile disk (DVD), cartridge, compact disk (CD), and/or floppy disk. Storage component 402 may also include other types of non-transitory computer readable media along with a corresponding drive. The storage component 402 may also include removable memory chips (eg, EEPROM, PROM, etc.), and other removable storage units as will be apparent to those skilled in the art.

Input components 414 include components that enable device 400 to receive information, such as keyboards, touch screen devices, keypads, mice, switches, microphones, buttons, optical scanners, and the like. Input component 414 may also include a radio frequency identification (RFID) reader, card reader, scale, barcode scanner, or the like. Input components 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. Input component 414 may also include one or more biometric devices. Biometric devices or biometric sensors include fingerprint readers, vein readers, face recognition devices, hand geometry devices, iris recognition, retinal and odor/odor recognition devices, voice recognition biometric data devices, one or more imaging devices (e.g. infrared imaging devices, all other imaging devices). Here, one or more imaging devices may include a Complementary Metal Oxide Semiconductor (CMOS) sensor and/or a Charge Coupled Device (CCD) sensor.

In some embodiments, input component 414 may include one or more sensors or devices for acquiring data, where the data is life cycle inventory data (eg, field operation data, field material consumption data, field emissions data, on-site energy consumption data, and on-site waste data), and/or as required by one or more sensors that must be provided to one or more verifiers to verify the partner's (104) environmental product declaration of the partner's products and/or services. Other data that may be and/or the partner's 104 determines the environmental impact of the partner's products and/or services. A sensor or device may include, but is not limited to, one or more sensors or devices for sensing information such as temperature measuring devices, emission sensors, energy measuring devices, speed measuring devices (e.g. RADAR,LIDAR), other RADAR sensors , thermometer, nano-plasmon sensor, chemical sensor, proximity sensor, IR sensor (infrared sensor), optical particle sensor, pressure sensor, humidity sensor, ionized particle sensor, light sensor, mass spectrometer, ultrasonic sensor, carbon dioxide sensor, smoke, barometer, Gas and alcohol sensors, oxygen sensors, touch sensors, color sensors, nitrogen sensors, Geiger counters, tilt sensors, flow, RF radiation detectors, level sensors, or combinations thereof, and/or other sensors of device 400 described herein. Required to perform one or more functions: mass spectrometer, ultrasonic sensor, carbon dioxide sensor, smoke, barometer, gas and alcohol sensor, oxygen sensor, touch sensor, color sensor, nitrogen sensor, Geiger counter, tilt sensor, flow rate, RF radiation Detectors and level sensors, or combinations thereof, and/or any other sensors necessary to perform one or more functions of device 400 described herein. Mass spectrometers, ultrasonic sensors, carbon dioxide sensors, smoke, barometers, gases, and alcohols. 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 perform one or more functions of device 400 described herein. Any other sensors needed to do this are included.

In some embodiments, input components 414 (e.g., accelerometers, gyroscopes, actuators, Global Positioning System (GPS) components, Assisted Global Positioning System (AGPS) components, temperature measurement devices, velocity measurements, etc. sensor devices for sensing information) may have tamper-evident or tamper-evident features. In some embodiments, input components 414 (e.g., accelerometers, gyroscopes, actuators, Global Positioning System (GPS) components, Assisted Global Positioning System (AGPS) components, temperature measurement devices, velocity measurements, etc. sensor devices for sensing information) to obtain data (eg, sensor data) from input components 414 (eg, sensors) and store them in database 312 of server computer system 124. It can include module nodes that encrypt data before transmission.

In some embodiments, input component 414 can be a separate component from device 400 and can be operatively and/or communicatively coupled to device 400 . In some embodiments, input component 414 may be physically attached (or manufactured) to device 400 .

Output components 412 include 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 embodiments, output component 412 can be a separate component from device 400 and can be operably and/or communicatively coupled to device 400 .

Communications interface 408 includes components that allow device 400 to communicate with other devices via a wireless connection, a wired connection, or a combination of wireless and wired connections. A component may be a separate receiver and transmitter or a transceiver-like component including but not limited to a transceiver. The communication interface may be configured to allow or enable data and software to be transferred between device 400 and an external device. For example, communication interface 408 may include a network interface (eg, Ethernet card), cellular network interface, optical interface, communication port, coaxial interface, infrared interface, radio frequency (RF) interface, Wi-Fi. can -Fi interface, PCMCIA slots and cards, USB (Universal Serial Bus) interface, etc.

In some embodiments, communication interface 408 may include one or more of a mobile data network transceiver, a Wi-Fi transceiver, an NFC transceiver, a Bluetooth transceiver, a network adapter, and the like. In some embodiments, communication interface 408 may allow processor 406 to connect to one or more point of service systems 118, computing nodes 122, user devices 110, partner devices 112, distributor devices 114, sites device 129, advertising service provider device 127 over network 120, and/or verifier device 116.

In an embodiment, communication interface 408 may be a subscriber identity module of one or more wireless or mobile carriers or wireless service providers that enables device 400 to communicate with and access and use their services with the wireless or mobile carriers or wireless service providers. SIM) may be included. One or more SIMs may include an International Mobile Subscriber Identity (IMSI).

In embodiments in which blockchain may be utilized, communication interface 408 allows device 400 to communicate with other devices and is provided by server computer system 124, computing node 122, point of service system 118, and user. It may be configured to receive an electronically transmitted data signal. It includes the device 110 of the blockchain network, the partner device 112, the distributor device 114, the site device 129, the advertising service provider device 127, and/or the verification device 116. In embodiments where blockchain may be utilized, communication interface 408 may be configured to allow device 400 to communicate with other devices. Data signals may also be transmitted to server computer systems 124, computing nodes 122, point-of-service systems 118, user devices 110, partner devices 112, distributor devices 114, site devices 129, advertising services. Provider device 127, device 116 of the blockchain network. and electronically to the verifier.

In some embodiments, components or devices of communication interface 408 may be a separate component from device 400 and may be operatively and/or communicatively coupled to device 400 .

One or more processes described herein may be performed by device 400 . Processes may be performed by device 400 based on storage component 402 and/or processor 406 executing software instructions that may be stored by a non-transitory computer readable medium such as memory. 404. As defined herein, a computer readable medium is a non-transitory memory device, wherein a memory device includes memory space within a single physical storage device or memory space spread across multiple physical storage devices. One or more processes described herein may be performed by processor 406 when software instructions stored in storage component 402 and/or memory 404 are executed. Alternatively, or additionally, one or more of the processes described herein may be performed by software instructions in combination with hard-wired circuitry. One or more processes described herein may also be performed by wired circuitry instead of software instructions. As such, the embodiments and/or implementations described herein are not limited to any particular combination of software and hardware circuitry.

The number of components or arrangements shown in Figure 1. 4 is provided as an example. In practice, device 400 may include fewer components than those shown in FIG. 4, additional components, different components, or differently arranged components. Figure 4 One or more of the functions described herein may be performed by one or more components of device 400.

Figure 2a. Figure 2b and Figure 2b. 2C FIG. 2 shows the results of verified activities of sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, according to one or more embodiments. A flow diagram 200 illustrating a method for environmental credit scoring based on As discussed with reference to Figure 4. As shown in FIG. 1, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 communicate with server computer systems 124 via network 120. ) can interact with.

At step 202, server computer system 124 serves one or more sites 128, users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 127 as servers. One or more requests to register with computer system 124 are received.

At step 204, the server computer system 124 registers with one or more sites 128, users 102, partners 104, distributors 106, and registration templates, which may include multiple registration steps, each of which includes one registration step. Any of the above users 102, partners 104, distributors 106, verifiers 108 and/or advertising service providers 126 and/or their associated devices. A registration template may include multiple registration steps, each step involving one or more users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 and/or Or they may ask to collect information from their associated devices.

At step 206, server computer system 124 transmits over network 120 for display or to site device 129, user device 110, partner device 112, distributor device 114, verification device 116 ), and/or advertising service provider device 127.

or through a mobile application. For example, employees of partners 104 and distributors 106 may use devices associated with a plurality of partners 104 and distributors 106 (represented by partner devices 112 and distributor devices 114) to support partners and distributors. It has access to interfaces that allow distributors to register on server computers. A user 102 may use a device (denoted user device 110 ) associated with a plurality of users 102 to access an interface that allows the user to register with the server computer system 124 . Verifier 108 may use a device associated with a plurality of verifiers 108 . (Represented by verifier device 116 ) accesses an interface that allows verifier 108 to register with server computer system 124 .

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

(a) transmit server computer system 124 credentials from one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127; information (eg, user name, unique user identifier, password, personal identification number (PIN), key, and/or the like) of one or more users (102), partners (104), distributors (106), verifiers (108), and /or advertising service provider 126, where. In some embodiments, server computer system 124 may generate credential information (eg, public key, private key, unique user identifier, user name, password, personal identification number (PIN)). More users (102), partners (104), distributors (106), validators (108), and/or advertising service providers (126). The first step may also include sending information that could be transmitted in other registration steps (eg name, address, taxpayer identification number, telephone number, e-mail address). (b) biometric information ( eg, facial characteristics, voice characteristics, fingerprint characteristics, and eye characteristics) of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126; (c) transferring from one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114 to server computer system 124; 116) and/or advertising service provider device 127, one or more site devices 129, service system 118, user device 110, partner device 112, distributor's geolocation data (eg, GPS/ AGPS coordinates) information device 114, verification device 116, and/or advertising service provider device 127; (d) transferring images, videos, and live video of each of the sites 128 from the one or more site devices 129 to the server computer system 124; (e) one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices ( 127) to server computer system 124 to device identification information of one or more devices, where the information is stored locally in the storage component 402 and/or memory 404 of the device and each device (eg, Media Access Control (“MAC”) addresses, International Mobile Equipment Identity (“IMEI”) numbers, International Mobile Subscriber Identity (“IMSI”) numbers, etc.); (f) one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices ( 127) to the server computer system 124 of one or more sites 128, users 102, partners 104, distributors 106, validators 108 and/or advertising service providers ( 126)'s profile (eg name, address, type, taxpayer identification number, phone number, email address); and (g) one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices. Sending information from 127 to server computer system 124. of one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices 127. Examples of one or more Physical Copy Protection Functions (PUFs): SRAM-PUF, CMOS Sensor PUF).

For example, an employee (eg, university, company, organization, government agency, etc.) of partner 104 registers on server computer system 124 by interacting with a web interface displayed on a device associated with the partner to create a partner profile. The profile may include, but is not limited to, partner name, partner address, and information indicating the type of partner (e.g., product manufacturer, intermediary, university, company, organization, government agency, consumer reporting agency, environmental product declaration program operator). This includes other information (e.g. taxpayer identification number, phone number, email address), one or more geographic locations where unregistered partners operate, environmental product declarations for each product or service provided by the partner, and registered partners (e.g. For example, partners 104 registered with server computer systems 124). This includes approval from an external system that identifies the partner 104, registration number of the environmental product declaration, information about the operator of the environmental product declaration program, other information that uniquely identifies the partner 104, and/or server computer system 124. required to register for

One or more employees of partner 104 may allow server computer system 124 to select one or more external systems (eg, an external identity management system, etc.). This verifies the partners' 104 employees before allowing them to register with the server computer system 124. Here, verification by one or more external systems may be performed before or after submitting the registration request. Further, the registration request may not be accepted by the server computer system 124 unless the partner's 104 employee is verified by one or more external systems.

For example, an employee of distributor 106 (eg, a product manufacturer, intermediate institution, university, company, organization, government agency, etc.) interacts with a web interface displayed on a connected device to server computer system 124. can register. Create a profile for the distributor with the distributor. Profiles may include information indicating distributor name, distributor address, distributor type (e.g., product manufacturer, intermediary, university, company, organization, government agency, consumer reporting agency, environmental product declaration program operator), and other information. but not limited to information (eg taxpayer identification number, phone number, email address), and one or more geographic locations where the distributor operates.

As an example, an individual may register with server computer system 124 by interacting with a web interface displayed on a device associated with user 102 to create a profile for the user. Profile includes user name, user address, passport number, taxpayer identification number, phone number, email address, user's environmental activity information (e.g. home energy, traffic information, waste, food, shopping, etc.), registered partners (e.g. partner 104 and an external system that verifies user 102 and/or authorization by (already registered with server computer system 124), which may be required to register with user 102 and/or server computer system 124. Uniquely identifies other information. In some implementations, environmental activity information provided by user 102 may be verified by registered partners 104 and/or unregistered entities. One or more individuals may be assigned by server computer system 124 to one or more external systems (e.g., an external identity management system) that verify user 102 before allowing user 102 to register with server computer system 124. etc.) can be selected. Verification by the one or more external systems herein may be performed before or after submitting the registration request, and if the user 102 is not verified by the one or more external systems, the registration request is not accepted by the server computer system 124. may not be system. Environmental activity information provided by user 102 may be verified by registered partners 104 and/or unregistered entities. One or more individuals may be assigned by server computer system 124 to one or more external systems (e.g., an external identity management system) that verify user 102 before allowing user 102 to register with server computer system 124. etc.) can be selected. Verification by the one or more external systems herein may be performed before or after submitting the registration request, and if the user 102 is not verified by the one or more external systems, the registration request is not accepted by the server computer system 124. may not be system. Environmental activity information provided by user 102 may be verified by registered partners 104 and/or unregistered entities. One or more individuals may be assigned by server computer system 124 to one or more external systems (e.g., an external identity management system) that verify user 102 before allowing user 102 to register with server computer system 124. etc.) can be selected. Verification by the one or more external systems herein may be performed before or after submitting the registration request, and if the user 102 is not verified by the one or more external systems, the registration request is not accepted by the server computer system 124. may not be

For example, individual verifiers and/or employees of verifiers 108 (eg, universities, companies, organizations, government agencies, etc.) can access server computer systems 124 by interacting with web interfaces displayed on associated devices. can register. Create a profile for the verifier (108) with the verifier. Profiles include the name of the verifier, the address of the verifier, the type of verifier (e.g., university, company, organization, government agency), other information (e.g., taxpayer identification number, phone number, email address), and one or more geographic locations where the verifier is located. , the environmental product declaration for each product or service verified by the verifier, the approval of the registered partner (e.g., the registered partner 104 on the server computer system 124, the external system that verifies the verifier 108, the verifier ( 108), and/or other information that may be required to register with the server computer system 124. One or more individual verifiers or employees of the verifier 108 may provide information to the server computer system 124. may allow the verifier 108 to select one or more external systems (eg, an external identity management system, etc.) to verify the verifier 108 before allowing the verifier 108 to register with the server computer system 124. , where verification by one or more external systems may be performed before or after submitting the registration request, and if the verifier 108 is not verified by one or more external systems, then the registration request is accepted by the server computer system 124. It may not be.

For example, individual advertising service providers of advertising service provider 126 and/or employees of advertising service providers (eg, universities, companies, organizations, government agencies, etc.) may interact and register with server computer system 124. have. To a web interface displayed on an advertising service provider device 127 associated with an advertising service provider 126 to create a profile for the advertising service provider 126. The profile may include, but is not limited to, the name of the advertisement service provider, the address of the advertisement service provider, and information representing advertisements. type of service provider (e.g. university, company, organization, government agency), other information (e.g. taxpayer identification number, telephone number, email address), one or more geographic locations where advertising service provider 126 is located, advertising service provider ( environmental product declarations for each product or service used by 126), approval 124 from registered partners (e.g. partners 104 and partners 104 already registered on the server computer system), advertising service providers 126; An external system that identifies any other information that uniquely identifies the advertising service provider 126, and/or any other information that may be required to register with the server computer system 124. One or more advertising service providers 126 may be configured by server computer system 124 to allow one or more external systems (eg, external identity management systems, and/or the like) advertising service providers 126 to server computer system 124. ), where verification by one or more external systems may be performed before or after submitting the registration request, where registration is verified by one or more external systems by the advertising service provider 126. Otherwise, the request may not be accepted by the server computer system 124.

Server computer system 124 allows one or more registered and authenticated verifiers 108 to interact with the interface to register one or more sites 128 and to register or register one or more site devices 129 with server computer system ( 124) to submit a registration request. For example, one or more registered verifiers 108 may interact with interfaces displayed on site devices of site devices 129 to create a profile for one or more of site devices 129 . The server computer system 124 may authenticate one or more enrolled verifiers 108 before allowing the enrolled verifiers 108 to register one or more sites 128 and one or more site devices. 129. The profile of each site may include, but is not limited to, information representing the site name, partner identification information of the partner 104 (eg, name, account identifier, blockchain identifier, public key, etc.), and partner address. partner type (eg, university, company, organization, government agency), identification information of one or more Site Devices 129 (eg, a unique Site Device identifier that may be printed on the Site Device and/or server computer system 124); , unique site device identifiers can be in human and machine readable form), and/or any other information that may be required to register one or more sites 128 with server computer system 124. One or more site devices ( 129)'s unique site device serial number or identifier, partner account identifier, blockchain identifier, or public key may be in the form of a Quick Response code (QR code), barcode, NFC tag, or RFID tag. or any electronic tag, and/or any other technology or device capable of being read by site device 129, wherein one or more verifiers 108 are used to read QR codes, barcodes, NFC, site device 129 ) and its related components may be used during registration of a tag, RFID tag, or one or more sites 128 and/or during installation of one or more site devices 129 at a partner's site 128, the server computer System 124 can automatically fill in the following fields. Site device 129 after partner, validator, and/or site device 129 has read a QR code, barcode, NFC tag, RFID tag, or any electronic tag that can be read by site device 129. .

In some embodiments, registration requests for one or more sites 128 may be submitted by one or more verifiers 108 at locations of one or more partners 104 using one or more site devices 129 . The one or more sites 128 submitted to the server computer system 124 by one or more verifiers 108 using one or more site devices 129 may include time, partner's partner's geolocation data (eg, GPS/AGPS coordinates). ) may include, but are not limited to. 104, one or more verifiers 108, and one or more site devices 129, partners' identification data of partners 104 (e.g., account identifiers, biometric data, blockchain identifiers, public keys, etc.), and/or one or more verifiers 108, and/or identification data (e.g., images, video, and/or live video, unique site device identifiers) of one or more sites 128, wherein one or more site devices 129 Images, videos and/or live video acquired by the one or more imaging devices may be processed by one or more algorithms, machine learning, and/or deep learning (e.g., image or video recognition) during registration of the site and during installation of the one or more site devices. algorithm) may be stored in a database of server computer system 124 for use in a trained neural network to authenticate one or more algorithms. or more sites and site devices 128. And/or live video acquired by one or more imaging devices of one or more site devices 129 during registration of a site and during installation of one or more site devices 129 may be recorded on a server computer system. can be stored in a database. 124 is used by neural networks trained by one or more algorithms, machine learning, and/or deep learning (eg, image or video recognition algorithms) to authenticate one or more sites and site devices 128; and/or sites Live video acquired by one or more imaging devices of one or more site devices 129 during registration of and during installation of one or more site devices 129 may be stored in a database of the server computer system. 124 is used by neural networks trained by one or more algorithms, machine learning, and/or deep learning (eg, image or video recognition algorithms) to authenticate one or more sites and site devices 128 .

In some embodiments, server computer system 124 prior to registering one or more site devices 129 with one or more registered verifiers 108 and A registered partner of the partner 104 may be authenticated. In conjunction with server computer system 124 and/or prior to enabling one or more site devices 129 to access server computer system 124 to perform one or more functions of a site device described herein. The registration request may be rejected by the server computer system 124 if authentication is not successful. Registration requests from one or more sites 128 may also be sent to one or more site devices 129, registered partners of partners 104,

The server computer system 124 has one or more registered and authorized partners 104 interact with the interface to provide one or more point-of-service systems 118 of the one or more partners 104 to the server computer system 118. A server computer system 124 that accesses the system 124 and enables it to perform one or more functions of the point of service system 118 described herein.

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

At step 210, server computer system 124 provides credential information or data (eg, public key, private key, user name, password, personal identification number (PIN), key etc.) can be received. Devices associated with the distributor 106, verifier 108, and/or advertising service provider 127 (user device 110, partner device 112, distributor device 114, verifier device 116, and /or through input at the advertising service provider device 127 . In some embodiments, credential information may be generated by server computer system 124 . The server computer system 124 may also support one or more sites 128, users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 (e.g., name , address, type, taxpayer identification number, telephone number, email address and other information). You can receive information in real time. The server computer system 124 transfers user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 information data to user 102, partner 104, Distributors 106, validators 108, and/or advertising service providers. 127 Eligibility Information. Server computer system 124 includes storage components 402 and/or memory 404 of server computer system 124, associated users 102, partners 104, distributors 106, verifiers 108, and/or the advertisement service provider 127 may store credential information with the user. 102, partner (104), distributor (106), validator (108), and/or advertising service provider (127) information data. email address and other information). You can receive information in real time. The server computer system 124 transfers user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 information data to user 102, partner 104, Distributors 106, validators 108, and/or advertising service providers. 127 Eligibility Information. Server computer system 124 includes storage components 402 and/or memory 404 of server computer system 124, associated users 102, partners 104, distributors 106, verifiers 108, and/or the advertisement service provider 127 may store credential information with the user. 102, partner (104), distributor (106), validator (108), and/or advertising service provider (127) information data. email address and other information). You can receive information in real time. The server computer system 124 transfers user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 information data to user 102, partner 104, Distributors 106, validators 108, and/or advertising service providers. 127 Eligibility Information. Server computer system 124 includes storage components 402 and/or memory 404 of server computer system 124, associated users 102, partners 104, distributors 106, verifiers 108, and/or the advertisement service provider 127 may store credential information with the user. 102, partner (104), distributor (106), validator (108), and/or advertising service provider (127) information data. The server computer system 124 transfers user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 information data to user 102, partner 104, Distributors 106, validators 108, and/or advertising service providers. 127 Eligibility Information. Server computer system 124 includes storage components 402 and/or memory 404 of server computer system 124, associated users 102, partners 104, distributors 106, verifiers 108, and/or the advertisement service provider 127 may store credential information with the user. 102, partner (104), distributor (106), validator (108), and/or advertising service provider (127) information data. The server computer system 124 transfers user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 information data to user 102, partner 104, Distributors 106, validators 108, and/or advertising service providers. 127 Credential Information . Server computer system 124 includes storage components 402 and/or memory 404 of server computer system 124, associated users 102, partners 104, distributors 106, verifiers 108, and/or the advertisement service provider 127 may store credential information with the user. 102, partner (104), distributor (106), validator (108), and/or advertising service provider (127) information data. and/or advertising service provider 127 includes information data with user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 credential information. . Server computer system 124 includes storage components 402 and/or memory 404 of server computer system 124, associated users 102, partners 104, distributors 106, verifiers 108, and/or the advertisement service provider 127 may store credential information with the user. 102, partner (104), distributor (106), validator (108), and/or advertising service provider (127) information data. and/or ad service provider 127 includes information data with user 102, partner 104, distributor 106, verifier 108, and/or ad service provider 127 credential information. . The server computer system 124 includes the storage components 402 and/or memory 404 of the server computer system 124, associated users 102, partners 104, distributors 106, verifiers 108, and/or the advertisement service provider 127 may store credential information with the user. 102, partner (104), distributor (106), validator (108), and/or advertising service provider (127) information data.

At step 212 , server computer system 124 includes one or more site devices 129 , point of service systems 118 , user devices 110 , partner devices 112 , distributor devices 114 , validation devices 116 ), and/or device identification information may be received from an advertisement service provider. Device identification information may be received in real time. The device identification information may be stored locally in one or more of the site device 129, service system 118, user device 110, partner device 112, storage component 402 of the distributor, and/or memory 404. It may be more information. Device 114 , verification device 116 , and/or advertising service provider device 127 may be used to uniquely identify each device. Device identification information includes operating system version, operating system manufacturer, operating system name, and information about one or more site devices (129), point-of-service systems (118), user devices (110), partner devices (112), and distributor devices. You can, but are not limited to this. 114, verifier device 116, and/or Media Access Control ("MAC") address, International Mobile Equipment Identity ("IMEI") number, and/or the like. In some embodiments, hardware identifiers may also be used by one or more sites 128, users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 127 and their associated devices. It may include the identity of the pairing of. For example, an International Mobile Subscriber Identity ("IMSI") number. The hardware identifier may also include a combination of these and other identifiers of the user device 110, partner device 112, distributor device 114, verification device 116, and/or advertising service provider device 127. . Other forms of device identification information may be substituted herein as part of providing device identification information to server computer system 124 . In some embodiments, 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.

The server computer system 124 transfers user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 127 information data to related devices (user device 110, partner It can be associated with device identification information of the device 112 and the distributor device 114 . a verifier device 116 , and/or an advertising service provider device 127 . Server computer system 124 may also associate one or more sites 128 with device identification information of their associated devices. Server computer system 124 may also associate one or more partners 104 with device identification information of associated devices. Device One or more point-of-service systems (118).

Server computer system 124 includes storage components 402 and/or memory 404 of server computer system 124, associated one or more sites 128, users 102, partners 104, distributors 106 , verifier 108, and/or advertising service provider. Associated Devices (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) ) of 127 info data with device identification data.

At step 214, one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertisements to generate one or more biometric templates (eg, face templates). One or more requests to the service provider 126 may be made. A server computer system for displaying to related devices (user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices 127) during or after registration. (124). Server computer system 124 also includes one or more images, videos,

At step 216, server computer system 124 provides biometric information (e.g., face image data) or one or more data records. 126 is one or more sensors (eg, CMOS and CCD sensors) of one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices 127. is obtained by Server computer system 124 may also receive one or more data records containing images, video, and/or live video information of one or more sites 128 (eg, image, video, and/or live video data of a site). have. Data or data records can be: received in real time.

In some embodiments, server computer system 124 provides biometric templates for each of received biometric information 102 , partner 104 , distributor 106 , verifier 108 , and/or advertising service provider 126 . (e.g. face templates). e.g. face image data). In some embodiments, server computer system 124 may also process received image, video, and/or live video information (eg, a site's image, video, and/or live video data). Server computer system 124 may store information data of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 as their biometric template data (eg eg, face template data) and/or biometric information (eg, face image data). In some embodiments, server computer system 124 extracts one or more biometric (eg, facial image) features from received biometric information (eg, facial image data) using one or more algorithms to obtain a biometric template (eg, facial image). For example, a face template) can be created. In some embodiments, server computer system 124 extracts one or more site images, videos, and/or live video features from received images, videos, and/or live video to create image, video, and/or live video templates. can do. Information. face image data using one or more algorithms). In some embodiments, server computer system 124 extracts one or more site images, videos, and/or live video features from received images, videos, and/or live video to create image, video, and/or live video templates. can do. Information. face image data using one or more algorithms). In some embodiments, server computer system 124 extracts one or more site images, videos, and/or live video features from received images, videos, and/or live video to create image, video, and/or live video templates. can do. Information.

In some embodiments, server computer system 124 may also transmit one or more site 128 information data to their image, video, and/or live video template data (eg, image, video, and/or live video template data). and/or image, video and/or live video information (such as image, video and/or live video data). In some embodiments, server computer system 124 may include storage components 402 and/or memory 404 of server computer system 124, associated users 102, partners 104, distributors 106, verification user 108, and/or advertisement service provider 127 information may be stored. Data with biometric template data (e.g. face template data) and/or biometric information (e.g. face image data).

At step 218, the server computer system 124 includes geolocation data (eg, GPS/AGPS coordinates) of one or more site devices 129, point of service systems 118, user devices 110, and partner devices. data or one or more records of data may be received. 112 , distributor device 114 , verifier device 116 , and/or advertising service provider device 127 . Geolocation data (eg, GPS/AGPS coordinates) may be obtained by the GPS/AGPS component either during registration or after registration. Server computer system 124 may include one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertisements. Service provider devices 127 may associate information data with their geographic information. Location data (e.g. GPS/AGPS coordinates).

At step 220, server computer system 124 may generate a plurality of request identifiers for a plurality of combinations or sets. Each request identifier can be bound in a combination or set. Each combination or set is responsible for authenticating each of the sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their associated devices. authentication methods that can be used to

In some embodiments, generation of multiple request identifiers for multiple combinations or sets by server computer system 124 may result in registration of one or more sites 128, users 102, partners 104, distributors 106. can be performed during This may include one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices 127. based on

For example, a combination of user, user credential information, device PUF (Physical Unclonable Function), device identification information, and geographic location data may represent a five-step authentication method. The first factor may be represented by biometric characteristics, site image, video, and live video characteristics of each user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126. is a user with The second element is user credential information, which can be represented by each credential information (eg public key, private key, user name, password, personal identification number (PIN), key, etc.). Users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. and/or the like). The fifth element is the site device 129, point-of-service system 118, user device 110, partner device 112, and distributor device 114 each represented by geolocation data (eg, GPS/AGPS coordinates). geographic location data. a verifier device 116 and/or an advertising service provider device 127 .

The combination may include (user 102 biometric characteristics obtained by one or more sensors of user device 110, user 102 credential information, user device 110 PUF, user device 110 identification information, and/or This may include, but is not limited to, verified geographic location data on user device 110), (partner 104 biometric characteristics acquired by one or more sensors on partner device 112, partner 104 qualifications). identification information, partner device 112 PUF, partner device 112 identification information, and/or verified geolocation data of partner device 112), (obtained by one or more sensors of distributor device 114) of the distributor biometric characteristics, distributor 106 credential information, PUF of the distributor device, distributor device 114 identification information, and/or verified geolocation data of the distributor device 114), (one or more of the verifier device 116 biometric characteristics of the verifier obtained by the sensor, verifier 108 credential information, PUF of the verifier device, verifier device 116 identification information, and/or verified geolocation data of the verifier device 116), (advertising Biometric characteristics of the advertising service provider obtained by one or more sensors of the service provider device 127, advertising service provider 126 entitlement information, PUF of the advertising service provider device, advertising service provider device 127 identification information and/or advertising service Verified geolocation data of provider device 127 (partner's biometric capabilities obtained by one or more sensors of point of service system 118, partner 104 credential information, PUF of point of service system, point of service system (118) identification information and/or verified geolocation data system of service points), (128 image, video and/or live video capabilities of site, credential information of verifier, PUF of site device, site device 129) identification information and/or verified information of the site device 129; geo-location data), and/or (biometric characteristics of the verifier obtained by one or more sensors of the site device 129, images, video and/or live video characteristics of the site, verifier 108 credential information, site The device's PUF, site device 129 identification information, and/or verified geo-site device 129 location data.

At step 222, server computer system 124 may store each of the generated request identifiers along with the associated combination in storage component 402 and/or memory 404 of server computer system 124.

In some embodiments, server computer system 124 may send each generated request identifier to informational data (e.g., eg, device identification data, credential information). and/or advertising service providers 126 and their associated devices during registration, where request identifiers are multiple sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or Alternatively, the advertising service provider 126 seeks permission to access the server computer system 124 using the associated device.

In some embodiments, server computer system 124 may list one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertisements based on the type of combination. It can authenticate service providers 127 and their associated devices. The combination type may include a one-factor authentication method. Two-factor authentication methods: user, device PUF; Three-factor authentication method: user, device PUF, and geolocation data Four-factor authentication method: user, device PUF, device identification information, and geolocation data; and five-factor authentication methods: user, user credential information, device PUF, device identification information, and geolocation data. The 1-factor, 2-factor, 3-factor, 4-factor, and 5-factor authentication methods may include arbitrary elements. In some embodiments, the authentication method's factors are received by the server computer system 124 from one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, and distributor devices. It can be determined based on informational data. 114, verifier device 116, and/or advertising service provider device 127 during registration.

In some embodiments, server computer system 124 allows one or more users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 127 to perform one-factor and/or Or it may enable registration based on a 2-factor authentication method. During registration, you can include one of two elements (user, user credential information) without registering the associated device, and once registered and authenticated with server computer system 124, associated device by server computer system 124. can register. For example, a one-factor authentication method utilizing user 102 credential information (eg, public key, username, password, personal identification number (PIN), key, etc.) may be used to authenticate one or more users. can 102, Partners 104, Distributors 106,

In some embodiments, the combination may include one or more users 102, partners 104, distributors 106, verifiers 108, and/or one or more types of biometric information to authenticate (e.g., facial characteristics, voice characteristics, fingerprint characteristics, and eye characteristics). or an advertising service provider (126). For example, a 5-factor authentication method for authenticating one or more users 102 may include user facial characteristics, voice characteristics, fingerprint characteristics and/or eye characteristics, user 102 credential information, and user 102 device PUF. can include User 102 device identification information, and geolocation data or geolocation data.

In some embodiments, biometric information of facial characteristics may be used to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. . In some embodiments, image, video, and/or live video characteristics may be used to authenticate one or more sites 128.

In some embodiments, biometric information of facial features may be used to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. have. In some embodiments, one or more sites 128 may be authenticated using image, video, and/or live video features.

In some embodiments, the user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and point of service system 118 One or more physical copy protection functions (PUFs) of may be as follows. A silicon PUF that can be used to authenticate one or more integrated circuits of a device, related components of the device, and/or sensors. In some embodiments, a PUF may be a memory (memory chip in a device) based PUF, where the device includes 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 (eg, fingerprint sensor-based PUF, Complementary Metal Oxide Semiconductor (CMOS) sensor-PUF).

In some embodiments, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, advertising service provider devices 127, site devices 129, and the PUF of service point system 118 may include one or more electronic circuits that generate an output. It depends on the unique physical characteristics of the physically non-replicable function (PUF). For example, due to manufacturing process variations, integrated circuits (ICs) contain transistors with different physical characteristics. For example, due to manufacturing process variations, the electronic characteristics of transistors (eg, transistor threshold voltage, gain factor) are different and measurable.

In some embodiments, the PUF of the user device 110, the partner device 112, the distributor device 114, the verification device 116, the advertising service provider device 127, the site device 129, and the point of service system 118 ) may include one or more electronic circuits on an electronic chip that generate outputs based on unique physical properties of the one or more electronic circuits. In some embodiments, in response to receiving the input, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, advertising service provider devices 127 , site devices 129 , and PUFs of the point of service system 118 may be configured. The generated output generates an output based on the unique physical properties of the PUF and/or input.

In some embodiments, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, advertising service provider devices 127, site without receiving input. Devices 129 and point of service system 118 may be configured to generate a PUF. Print. For example, an output (eg, a unique value) may be obtained from a PUF based on the SRAM by requesting the state of an SRAM bit at one or more addresses of the SRAM.

At step 224, server computer system 124 receives one or more request identifiers 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, where the one or more request identifiers associated with the associated device (user device 110, partner device 112, distributor device 114, verification device 116, and/or advertising service provider) device 127. Server computer system 124 may also receive one or more request identifiers from one or more verifiers 108 , where the request identifiers may be transmitted from each of one or more site devices 129 . Server computer system 124 may also receive one or more request identifiers. from one or more partners 104;

At step 226, server computer system 124 compares each of the received request identifiers with a request identifier generated and stored in storage component 402 and/or memory 404 of server computer system 124 to determine each one. can be verified The server computer system 124 generates one or more challenges, and sends the one or more challenges to the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and the advertising service provider device 127. , site device 129, and/or point of service system. 118 when accepting each request identifier received. In some embodiments, a device may pass one or more challenges as an input to a PUF (eg, CMOS sensor based PUF, SRAM based PUF) of each of the service system 118, site device 129, and user device 110. can The partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 generate a response (output) corresponding to each challenge. Server computer system 124 includes user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or service Branch system 118. Each of the one or more challenges may include a random value (eg, a random string of bits).

At step 228, the user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or point of service system 118 ) can be configured to generate using the following generated output. A PUF key or one or more algorithms (e.g. Fuzzy Extractor, also called Helper Data algorithm, BCH Fuzzy Extractor, Efficient Fuzzy Extractor using BCH, using Polar and/or Polar cascaded BCH and polar codes using HA-SCL); Here, the generated output of the PUF is constant for a fixed input. In some embodiments, user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129,

One or more algorithms and/or one or more methods during device authentication. The one or more algorithms and/or the 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, Polar using HA-SCL, and/or using BCH and Polar in series. Polar can be included. Code, Error Correction Code (ECC) method.

In some embodiments, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, advertising service provider devices 127, site devices 129, and/or service point system 118 may be configured to generate using the generated output. PUF helper data using one or more algorithms and/or methods and Polar Codes, Error-Correcting Code (ECC) methods). For example, a device may receive one or more challenges, generate one or more PUF responses, generate one or more keys or unique device identifiers, and generate one or more helper data.

At step 230, the user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or point of service system. (118) can generate one or more sets of values and transmit them. Each set of values to server computer system 124 includes one or more challenges, helper data, generated unique device identifiers or keys, and/or one or more responses (outputs) of PUFs generated in response to receiving one. can do. or more fixed inputs (e.g. response to receiving the same challenge twice). In some embodiments, one or more values of one or more value sets may be encrypted by the device prior to transmission to server computer system 124, where encryption means that values are converted by server computer system 124 after receiving the values. It can be done in a way that can be deciphered. In some embodiments, 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 embodiments, the tServer computer system 124 includes one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, validation devices 116 ), and/or advertising service provider devices 127 may associate information data with their devices. One or more challenges, helper data, generated keys or unique device identifiers, and/or one or more responses (outputs) of the PUF. The server computer system 124 includes the storage components 402 and/or memory 404 of the server computer system 124, associated site devices 129, point of service systems 118, user devices 110, and partner devices. 112, the distributor device 114, and the verifier device. 116, and/or advertising service provider device 127 may send one or more challenges, helper data, generated keys or informational data with a unique device identifier, and/or one or more responses (outputs) of the PUF. In some embodiments, server computer system 124 includes user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or send challenge and helper data to the point of service. A system that allows one or more devices to recover using PUF using one or more keys or unique device identifiers using one or more algorithms and/or methods (118).

At step 232 , server computer system 124 may store one or more sets of values in storage component 402 and/or memory 404 of server computer system 124 . For a key or unique device identifier, server computer system 124 may store the resulting value of a function of one or more unique device identifiers or keys (eg, f(key)).

In embodiments where server computer system 124 may store a one-way function of a key or unique device identifier (eg, a cryptographic hash function, etc.), server computer system 124 may transmit stored challenge and helper data to the user. device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or point of service system 118, wherein one or more The device may recover one or more keys or unique devices. Server computer system 124 includes user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or received service system 118 by checking that the function of one or more keys or unique device identifiers is the same as the function of one or more keys or unique device identifiers stored (e.g., f(received key) = f(stored key)) .

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

In some embodiments, server computer system 124 uses one or more algorithms (eg, a BioHashing algorithm) to generate constant values (eg, key values) of one or more user devices 110, partner devices 112, and distributors. or a unique device identifier). device 114, verifier device 116, ad service provider device 127, site device 129, and/or point-of-service system 118 received during registration and templates (eg, face templates, site image, video, or live video template) created during registration by one or more sites 128, users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 127; - one or more templates created as a result of consolidation may be stored in the storage component memory 402 and/or memory 404 of the server computer system 124 .

In some embodiments, server computer system 124 may incorporate factors of two or more of the 2-factor, 3-factor, 4-factor, and/or 5-factor authentication methods using one or more algorithms, wherein: An aggregation is a combination of a plurality of factors of a 2-factor, 3-factor, 4-factor and/or 5-factor authentication method, where one or more templates generated as a result of the aggregation may be stored in a storage component, for example , biometric or site images, video or live video information, user credential information, device PUFs, device identification information, and geolocation data are used, which server computer system 124 uses one or more algorithms to generate constant values (e.g., keys). or unique device identifier), templates (eg, face templates, site images, video or live video templates), user credential information, device identification information, and geolocation data, where the aggregation is based on a combination of multiple.

In some embodiments, server computer system 124 stores received information related to factors during registration based on multiple combinations of two-factor, three-factor, four-factor, and/or five-factor authentication methods. can Elements that have not undergone integration (integration using one or more algorithms), where each combination can represent a template that combines two or more elements, and one or more templates resulting from each combination can be stored in storage Components ( 402) and/or memory 404 of the server computer system 124.

At step 234, server computer system 124 communicates with one or more users 102, partners 104, distributors 106, validators 108, and/or advertising service providers to access server computer system 124. A request identifier may be received from one or more devices associated with (126). A request identifier may be sent from each associated device to perform one or more of the functions described herein. Server computer system 124 may also receive a request identifier from each verifier 108 , where the request identifier may be transmitted from each site device 129 . Server computer system 124 may also receive a request identifier from each partner 104 . Here, the request identifier may be transmitted from each of the service point systems 118 of the partner 104 .

At step 236, server computer system 124 verifies each of the received request identifiers by comparing them to a request identifier generated and stored in storage component 402 and/or memory 404 of server computer system 124. can do. The server computer system 124 generates one or more challenges, and sends the one or more challenges to the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and the advertising service provider device 127. , site device 129, and/or point of service system. 118 when accepting each request identifier received. In some embodiments, devices may communicate one or more challenges as an input to a PUF (eg, CMOS sensor based PUF, SRAM based PUF) to generate responses (output) corresponding to each of the challenges. .

In some embodiments, server computer system 124 includes user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or send a challenge value to point of service system 118 . Encryption value when accepting helper data, and/or received request identifiers, respectively. Server computer system 124 can generate an encrypted value by encrypting the value with a key, where the value can only be used once. Server computer system 124 may be configured to generate a new value and encrypt the new value with a key upon accepting each of the received request identifiers. The key may include a key generated during registration of one or more devices with server computer system 124 or a unique device identifier. In some embodiments, server computer system 124 may be configured to generate an asymmetric encryption key pair (public key and private key). In such cases, server computer system 124 may generate an encrypted value by encrypting the public key with a unique device identifier or a key generated during registration of one or more devices with server computer system 124 . In another embodiment, server computer system 124 may be configured to generate a symmetric encryption key. In such cases, server computer system 124 may generate an encryption value by encrypting a symmetric encryption key with a unique device identifier or a key generated during registration of one or more devices with server computer system 124 .

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

At step 238 , the user device 110 , the partner device 112 , the distributor device 114 , the verification device 116 , the advertising service provider device 127 , the site device 129 , and/or the point of service system 118 ) can be configured to generate using the following generated output. PUF One or more algorithms and/or methods (e.g. Fuzzy Extractor, BCH Fuzzy Extractor, Efficient Fuzzy Extractor using BCH, Polar using HA-SCL and/or key, secret or unique device identifier using Polar as value) serially connected BCH and polar codes, using the error correcting code (ECC) method), where the generated output of the PUF is constant for a fixed input. In some embodiments, user device 110, partner device 112, splitter device if the generated output of the PUF is a noisy output or not the same output that can be generated in response to receiving a fixed input twice. 114, verifier device 116, ad service provider device 127, site device 129, and/or point of service system 118 may use the generated noise output to obtain a constant value (e.g., key or unique device). identifier). of PUF, challenge and helper data using one or more algorithms and/or methods. 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, Polar using HA-SCL, and/or using BCH and Polar in series. Polar may be included. Code, Error Correction Code (ECC) method. or a unique device identifier using generated noise outputs of PUF, challenge, and helper data using one or more algorithms and/or methods). 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, Polar using HA-SCL, and/or using BCH and Polar in series. Polar may be included. Code, Error Correction Code (ECC) method. or a unique device identifier using generated noise outputs of PUF, challenge, and helper data using one or more algorithms and/or methods). 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, Polar using HA-SCL, and/or using BCH and Polar in series. Polar may be included. Code, Error Correction Code (ECC) method.

In some embodiments, the recovered constant value (eg, a key or unique device identifier) may be used to encrypt and decrypt data or one or more pieces of information, where one or more user devices 110, partner devices 112 ), Distributor Device As shown in Figure 114, a validator device 116, an advertising service provider device 127, a site device 129, and/or a point of service system 118 may have data or one or more pieces of information It may be configured to encrypt one or more pieces of information in an encryptable manner. After receiving the recovered constant value (eg, key or unique device identifier), it can be decrypted by server computer system 124 using it.

At step 240, the user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or point of service system 118 ) may use one or more recovered keys or unique devices. An identifier that executes cryptographic operations to recover 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 point of service system 118 ) can be encrypted using the recovered decryption value and one or more. The algorithm decrypts one or more pieces of information before sending them to server computer system 124, e.g., using a five-factor authentication method that includes biometric information, user credential information, device PUF, device identification information, and geolocation data. This value may be used to encrypt one or more algorithmic data or one or more information related to biometric information, user credential information, device identification information, and geolocation data prior to transmission to server computer system 124.

At step 242, the user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129 and/or point of service system ( 118) may use the recovered decryption values to encrypt, and may encrypt one or more algorithms before sending one or more pieces of information to server computer system 124, for example, biometric information, user credential information, device PUF, device identification information, and Consider the case where a five-factor authentication method involving geolocation data is used. The decrypted value may be used to encrypt one or more algorithmic data or one or more information related to biometric information, user credential information, device identification information, and geolocation data prior to transmission to server computer system 124.

In some embodiments, one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 may use their credential information as a first-person authentication method. It can be authenticated first and then the server computer system 124 can be authenticated. 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 restored constant value (such as a key or unique device identifier) 124) is used to encrypt biometric information, user credential information, device identification information, and geo-location data using one or more algorithmic data or one or more pieces of information related to biometric information, user credential information, device identification information, and geolocation data.

In some embodiments, one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 use their credential information as a one-factor authentication method. so that it can be authenticated first. Server computer system 124 then uses any combination (factor 2, factor 3, or factor 4) of the other four factors (biometric information, device PUF, device identification information, and geolocation data). so you can authenticate them. In this case, the decrypted value may be used for encryption using one or more algorithmic data or one or more pieces of information related to elements (two-factor, three-factor or four-factor) of the authentication scheme. This is then transmitted to the server computer system 124.

In embodiments where the decrypted value is a public key, server computer system 124 may use the private key to decrypt the encrypted data or one or more pieces of information, where the one or more devices are configured to encrypt the data or one or more pieces of data. It can be. More pieces of information in a manner that can be decrypted by server computer system 124 using a private key after receiving one or more pieces of information. In embodiments where the decrypted value is a symmetric key, the server computer system may be configured to use the decrypted value to decrypt encrypted data or one or more pieces of information.

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

At step 246, server computer system 124 may decrypt the encrypted data. In some embodiments, the result of decryption by the server computer system 124 is sent to one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116, advertising service provider devices 127. , site device 129, and/or point of service system 118 may be used to verify the identity of one or more devices. In some embodiments, one or more user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or point of service Authentication of system 118 is that if the server is successful, computer system 124 has successfully decrypted the encrypted information received from one or more devices. In embodiments where the device PUF is used as a factor in a two-factor, three-factor, four-factor, and/or five-factor authentication method, the device PUF successfully decrypts the encrypted password if the server computer system 124 successfully decrypts it. certified by Information. Accordingly, the server computer system 124 may determine whether or not the data matches the initial data associated with the other factors stored in the memory 404 and/or storage component 402 of the server computer system 124 and the decrypted data associated with the other factors. If there is a substantial match, the comparison may be made using one or more algorithms.

For example, when using a five-factor authentication method that includes biometric or site image, video or live video information, user credential information, device PUF, device identification information, and geolocation data, the device PUF authenticates successfully if: do. Server computer system 124 successfully decrypted the encrypted information. Accordingly, the server computer system 124 combines decrypted data (or a template generated based on the decrypted data) related to the other four factors (biometrics or site image, video or live video information, and user credential information) into one. The above algorithm can be used for comparison. device identification information, and geolocation data) to initial data (or templates) associated with the storage component 402 and/or the other four factors stored in the memory 404 of the server computer system 124 so that the data match or whether they are substantially identical. For example, server computer system 124 may compare the face template, user credential information, device identification information, and geolocation data with the face template, user credential information, device identification information, and geolocation data stored in the storage component. have. It is determined whether memory 402 and/or memory 404 of server computer system 124 match or substantially match.

In some embodiments, authentication using a 2-factor, 3-factor, 4-factor and/or 5-factor authentication method succeeds if all elements of each authentication method are successfully authenticated.

At step 248, server computer system 124 sends information to user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126, respectively, based on the received biometric information. A biometric template (eg, a face template) may be created for the body. e.g. face image data). In some embodiments, server computer system 124 may also process received image, video, and/or live video information (eg, a site's image, video, and/or live video data). In some embodiments, server computer system 124 processes received biometric information (eg, facial image data using one or more algorithms). In some embodiments, server computer system 124 extracts one or more site images, videos, and/or live video features from received images, videos, and/or live video to create image, video, and/or live video templates. can do.

At step 250, server computer system 124 uses one or more algorithms (eg, BioHashing algorithm) to receive constant values (eg, keys or values) of one or more user devices 110, partner devices 112. unique device identifier). Distributor Device 114, Validator Device 116, Ad Service Provider Device 127, Site Device 129, and/or Point of Service System 118 and generated templates (e.g. face templates, site images, videos) or live video templates), one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 may use templates for comparison. generate

In some embodiments, server computer system 124 may incorporate factors of two or more of the two-factor, three-factor, four-factor, and/or five-factor authentication methods using one or more algorithms, wherein: Aggregation is a combination of multiple elements of a 2-factor, 3-factor, 4-factor and/or 5-factor authentication method. For example, if a five-factor authentication method is used that includes biometric or site image, video or live video information, user credential information, device PUF, device identification information, and geolocation data, server computer system 124 may integrate. can Using one or more algorithms, constant values (such as keys or unique device identifiers), templates (such as face templates, site images, video or live video templates), user credential information,

At step 252, the server computer system 124 may retrieve the initial template created and stored in the storage component 402 and/or memory 404 of the server computer system 124 during registration or registration, where each device The request identifier received from is used to retrieve the initial template.

At step 254, server computer system 124 uses one or more algorithms to register the template generated during authentication or to store component 402 and/or memory 404 of server computer system 124 during registration. It can be compared to the initial template created and saved. Check that the templates match or substantially match. In some embodiments, authentication may succeed if the data variation (eg, Hamming distance) between the template created during authentication and the initial template created and stored during registration is within a predefined threshold.

In embodiments where integration (integration using one or more algorithms) of two or more of the 2-factor, 3-factor, 4-factor and/or 5-factor authentication methods may not be performed, the server computer system may perform 124 operations during authentication. The generated template of each factor may be compared using one or more algorithms to the initial template of each factor generated and stored in the storage component 402 and/or memory 404 of the server computer system 124 during registration or registration. . If the template matches or substantially matches. For example, when using a five-factor authentication method that includes biometric or site image, video or live video information, user credential information, device PUF, device identification information, and geolocation data, server computer system 124 may use one or more An algorithm may be used to compare the received data (or a template generated based on the received data) associated with each of the five elements to the stored initial data (or template) associated with each of the five elements. in the storage component 402 and/or memory 404 of the server computer system 124 to determine whether the data match or substantially match. For example, server computer system 124 may combine face templates, user credential information, constant values (eg, keys) of PUFs, device identification information, and geolocation data with face templates, user credential information, constants can be compared determine whether the value of the PUF (eg, key), device identification information, and geolocation data stored in the storage component 402 and/or memory 404 of the server computer system 124 match or substantially match . In embodiments where server computer system 124 may store a constant value (eg, a key) or a one-way function of a unique device identifier (eg, a cryptographic hash function, etc.), server computer system 124 may store one Identifies a device by verifying that the functionality of one or more received keys or unique device identifiers is the same as the functionality of one or more stored keys or unique device identifiers (e.g. f(received keys) = f(stored keys)) .

In some embodiments, authentication may succeed if the templates match or substantially match. In some embodiments, authentication may succeed if the data variance between the template created during authentication and the initial template created and stored during registration is within a predefined threshold. In some embodiments, authentication of each site device 129 and/or each point of service system 118 is performed at a point between each site device 129 and/or the template created during authentication and the initial template created and stored during registration. The service system 118 is within a predefined threshold.

and/or server computer system 124 to determine whether their current geolocation data obtained by the associated GPS/AGPS sensors matches or substantially matches geolocation data obtained from a wireless or mobile carrier, or wireless service provider. The geolocation determined by and/or geolocation data determines the server computer system 124, where the devices communicate with a wireless or mobile carrier, or wireless service provider, and communicate with each other over a short-range wireless network, which may be one of the following: can be configured to A Bluetooth radio, Bluetooth low energy, and/or local area network, in which a device is located within the network coverage area of one or more registered devices at a synchronized time. In some embodiments, the geolocation data of the registered device matches or substantially matches geolocation data determined by server computer system 124 and/or geolocation data obtained from a wireless or mobile carrier or wireless service provider to reality. If so, it can be successfully verified. Geolocation data of registered devices obtained by connected GPS/AGPS sensors or the distance between three geolocations within a predefined threshold. In some embodiments, the predefined thresholds are adjusted by the server computer system 124 to affect one or more users 102, partners 104, distributors 106, validators 108, sites 128, and advertisements. service providers 126, and/or related devices to server computer systems 124 for specific geographic locations;

In some embodiments, the server computer system 124 is a GPS/AGPS sensor of one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116, advertising service provider devices 127. It is possible to verify the real-time geolocation data obtained by The location data obtained by the GPS/AGPS sensors prior to registering or registering the service point system 118 and site device 129 or prior to authenticating to the server computer system 124 was not successfully verified.

In some embodiments, server computer system 124 may send one or more registered devices (e.g., user device 110, partner device 112, distributor device 114, verification device 116) requesting a geographic location. , advertising service) may be determined using one or more algorithms. One or more devices requesting geolocation and one or more static and/or dynamic registration devices (e.g. user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device) 127, service system 118 and site device 129 determine how long it takes for each device with synchronized time to receive a request from one or more registered devices requesting a geographic location. The site device 129, where 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, requesting a geographic location. The one or more registered devices that have a synchronized time are located within the network coverage area of the one or more registered devices Devices with synchronized time, wherein the one or more registered devices with synchronized time and the one or more registered devices requesting a geographical location are may be configured to communicate over a short range wireless network, which may be one of Bluetooth wireless, Bluetooth low energy, and/or short range communication One or more registered devices with synchronized time and one or more registered devices requesting geographic location may be configured to communicate over a wireless network. or a mobile carrier or wireless service provider and server computer system 124, where geographic location data is obtained periodically, intermittently, or continuously and is a storage component of server computer system 124 ( 402) and/or may be stored in memory 404. One or more registered devices with synchronized time and one or more registered devices requesting a geographic location may be connected to a wireless or mobile carrier or wireless service provider and server computer system ( 124), geolocation data is periodically, intermittently, or continuously obtained and stored in storage component 402 and/or memory 404 of server computer system 124. Synchronized more than one time The registered device and one or more registered devices requesting a geolocation may be configured to communicate with a wireless or mobile carrier or wireless service provider and server computer system 124, wherein the geolocation data may be periodically, intermittently, or continuously. are obtained and stored in the storage component 402 and/or memory 404 of the server computer system 124 or sequentially in the storage component 402 and/or memory 404 of the server computer system 124. or sequentially stored in storage component 402 and/or memory 404 of server computer system 124.

a verifier 108, and/or an advertising service provider 126 from one or more partners 104 and/or one or more unregistered entities; Server computer system 124 may authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and may be associated with services and/or processes. The status or result of the certification may be provided and communicated to one or more partners 104 and/or one or more unregistered entities. In some embodiments, server computer system 124 binds credentials (one-time cryptographic tokens, public keys, private keys, passwords, RSA signatures, etc.) with successful authentication of one or more users 102, partners 104, distributors. can do. 106, verifier 108, and/or advertising service provider 126;

In some embodiments, server computer system 124 allows one or more users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 to use one or more associated devices. may be modified or requested to be used, where server computer system 124 authenticates one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. After doing so, the server computer system 124 can have it register a change request from the relevant verified device. Alternatively, one or more devices may be used, where the server computer system 124 may exclude registering or authenticating the new one or more devices during registration of the new device with the server computer system 124 . If Partner 104, Distributor 106, Validator 108, and/or Advertising Service Provider 126 is lost, damaged or unavailable to submit a request, Server Computer System 124 is lost, damaged or unusable. Disable or block the missing device and one or more partners 104 submit a request for action from the partner's device 112 and/or the partner's point-of-service system 118, where the server computer system 124 may authenticate one or more users 102, partners 104, distributors 106, and verifiers 108. and/or precludes associated device authentication prior to allowing advertising service provider 126 and/or one or more partners 104 to submit requests to server computer system 124, where authentication is one-factor, two-factor , can be performed according to 3. -Factor, or Four-Factor Authentication Method After the server computer system 124 accepts the request, the server computer system 124 determines the user 102, partner 104, distributor 106, verifier 108, and/or cause the advertising service provider 126 to register one or more new ones. Devices used to communicate with server computer system 124 - where server computer system 124 may register new devices with server computer system 124 or preclude authenticating one or more new devices during registration. Here, server computer system 124 may register a new device with server computer system 124 or may exclude authenticating one or more new devices during registration. may register a new device with or preclude authenticating one or more new devices during registration.

Credential information can only be used once. The server computer system 124 also includes one or more verifiers 108 for generating one-time credential information (eg, user name, password, personal identification number (PIN), key, etc.) to activate one or more sites. can be sent to device 129 for accessing server computer system 124 during registration, installation and/or maintenance of one or more site devices 129 or based on a request from one or more verifiers 108, wherein credential information may be transmitted to one or more site devices. or more verifier devices 116, entitlement information may only be used once.

In some embodiments, server computer system 124 may have one or more employee accounts and main servers in which one or more partners 104, distributors 106, validators 108, and/or advertising service providers 126 have limited privileges. You can create an administrator account with the same privileges as An administrator account (the first account created during registration of the distributor 106, verifier 108, and advertising service provider 126 on the server computer system 124). Server computer system 124 may enable partners 104, distributors 106, validators 108, and/or advertising service providers 126 to submit requests to deactivate one or more employee accounts and manager accounts. , where the credential information may be transmitted to one or more verifier devices 116, and the credential information may be used only once.

Distributors 106 , partners 104 , users 102 , verifiers 108 , sites 128 , and/or advertising service providers 126 are each assigned a unique user identifier. The unique user identifier may be, for example, numbers, symbols, alphabets, or any combination of letters and numbers assigned by server computer system 124. / or advertising service provider is a distributor 106, a partner 104, a user 102, a verifier 108 and / or an advertising service provider 126 or an advertising service provider 126, a distributor 106, a partner ( 104), which may be selected by the user 102, and/or the verifier's 108 phone number. In some cases, a non-unique combination of data can serve as a unique user identifier.

In some embodiments, server computer system 124 is a computer that is physically separate from unregistered entities (eg, product manufacturers, intermediate agencies, universities, companies, organizations, government agencies, consumer reporting agencies, environmental product declaration program operators) and Communicate with systems of unregistered entities or point-of-service systems using appropriate communications networks and methods for inter-system communication. These unregistered entities' systems or point-of-service systems may, by server computer system 124, obtain information about account identifiers and/or information about one or more users 102, partners 104, distributors 106, verifiers and Other relevant information may be exchanged. 108;

In some implementations, server computer system 124 may be configured by one or more external users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 that utilize it. It can be verified through an identity management system and/or system. Cryptographic techniques including, but not limited to, zero-knowledge proofs or zero-knowledge protocols (eg, uPort, etc.) and/or database references during or after registration with server computer system 124. For example, one or more users 102 can register with server computer system 124, select personal information they wish to provide to server computer system 124, and utilize one or more external identity management systems and/or the same. You may choose to verify your identity through a system that Cryptographic technologies, including but not limited to zero-knowledge proofs or zero-knowledge protocols (eg uPort, etc.).

In some embodiments, server computer system 124 may be used by sites 128, distributors 106, partners 104, users 102, validators 108, and/or advertising service providers 126 and their A record can be created for the associated device, which record can be associated with each identification. Information (such as biometric information, site images, video and/or live video information, credential information, geolocation data, device PUFs, device identification information, account identifiers, blockchain identifiers, public keys). The records may be stored in the storage component 402 and/or memory 404 of the server computer system 124, and one or more records may be listed under each account profile.

In embodiments in which blockchain may be utilized, server computer system 124 may be used by one or more users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126. can be verified through one or more external identity management systems. and/or systems that utilize cryptographic technologies, including but not limited to zero-knowledge proofs or zero-knowledge protocols (such as uPort) and/or database references. For example, the smart contract library may verify the identity of the user 102 , partner 104 , distributor 106 , verifier 108 , and/or advertising service provider 126 . Zero-knowledge proofs or zero-knowledge protocols (eg uPort, etc.) and/or database references. As used herein, the term “smart contract library” may mean a script, wherein a script is a user (102), partner (104), distributor (106), validator (108) and/or Alternatively, the identity of the advertisement service provider 126 may be verified. Systems that utilize external identity management systems and/or cryptographic technologies, including but not limited to zero-knowledge proofs or zero-knowledge protocols (such as uPort) and/or database references.

In other embodiments where blockchain may be utilized, users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 enter and verify required information during registration. Upon completion of the process, it is registered on the distributed ledger and can be linked with the smart contract library. In another embodiment where blockchain may be utilized, 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, one or more sites 128 may be registered. 128 and related site devices 129 may be registered on a distributed ledger and linked with a smart contract library.

In other embodiments in which blockchain may be utilized, blockchain identifiers, user identifiers and/or keys may be used by sites 128, users 102, partners 104, distributors 106, verifiers 108, and / or may be assigned to each advertising service. After a provider 126 joins the network to access the distributed ledger, the distributed ledger consists of multiple site devices 129, point-of-service systems 118, computing nodes 122, user devices 110, partner devices 112 ), distribution device 114, verification device 116, advertisement service providing device 127, and/or other devices. processor-based device. In some embodiments, the nodes of the distributed ledger may include systems associated with partners 104 , distributors 106 , validators 108 , users 102 , and/or advertising service providers 126 . In some embodiments, a distributed ledger may include one or more shared ledgers, distributed databases, hash chain databases (cryptographic hash chain databases), blockchain databases, and blockchain-based databases. In some embodiments, the distributed ledger is a hash chain with transactions occurring on the network and associated with sites 128, users 102, partners 104, distributors 106, validators 108, and/or advertising services. (cryptographic hash chain). Providers 126 and other data or information are collected in blocks, each block containing a hash (cryptographic hash) of the previous block in the chain. Blockchain here is a network (e.g., transfer or exchange of information). Transactions occurring on the network and related to sites 128, users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126, and other information are distributed among the nodes of the distributed ledger. and can be collectively verified. In some embodiments, the distributed ledger includes environmental activity information, environmental law violation information, biometric information, site image, video and/or live video information, entitlement information, geolocation data, device PUF, device identification information, account identifier, blockchain identifiers, public keys and/or other identifying data) of multiple sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their related devices in . Distributors 106, verifiers 108, and/or advertising service providers 126 and other information may be broadcast to the nodes of the distribution ledger and collectively verified. In some embodiments, the distributed ledger includes environmental activity information, environmental law violation information, biometric information, site image, video and/or live video information, entitlement information, geolocation data, device PUF, device identification information, account identifier, blockchain identifiers, public keys and/or other identifying data) of multiple sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their related devices in . Distributors 106, verifiers 108, and/or advertising service providers 126 and other information may be broadcast to the nodes of the distribution ledger and collectively verified. In some embodiments, the distributed ledger includes environmental activity information, environmental law violation information, biometric information, site image, video and/or live video information, entitlement information, geolocation data, device PUF, device identification information, account identifier, blockchain identifiers, public keys and/or other identifying data) of multiple sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their related devices in . and/or advertising service providers 126 and other information may be broadcast to nodes of the distributed ledger and collectively verified. In some embodiments, the distributed ledger may include environmental activity information, environmental law violation information, biometric information, site image, video and/or live video information, entitlement information, geolocation data, device PUF, device identification information, account identifier, blockchain identifiers, public keys and/or other identifying data) of multiple sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their related devices in . and/or advertising service providers 126 and other information may be broadcast to nodes of the distributed ledger and collectively verified. In some embodiments, the distributed ledger may include environmental activity information, environmental law violation information, biometric information, site image, video and/or live video information, entitlement information, geolocation data, device PUF, device identification information, account identifier, blockchain identifiers, public keys and/or other identifying data) of multiple sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their related devices in .

At step 256, server computer system 124 performs environmental activities (eg, products and/or services) performed (eg, purchased, used, or completed) by user 102 prior to becoming a registered user. ) may receive or collect information about Information may be collected from the user by communicating with the user's device 110 that permits or enables the user to communicate with the server computer system 124 and provide the server computer system 124 with necessary information. Data may be collected from the user by the server computer system 124 during or after registering the user with the server computer system 124 . Information collected from users may include, but is not limited to, personal information (eg name, address, passport). number, taxpayer identification number, phone number, email address, password, username, and/or the like), information about the partner of the registered partner 104 (e.g., partner's name and/or partner's account identifier) and your home energy, transportation, garbage, food, and shopping. In some embodiments, server computer system 124 may verify information provided by or collected from users with registered partners and/or unregistered entities of partners 104 . In some embodiments, verification of information provided by or collected from a user of user 102 is performed by one or more point of service systems 118 of registered partners of partner 104, one or more of registered partners 400 of partner 104. This can be done by communicating with device 400 . Account identifiers and/or other identifying data (e.g., biometrics, credentials, respectively) of one or more devices 400 of the partner, and/or unregistered entity, wherein one or more users 102, partners 104, and distributors 106 identification information, geolocation data, device PUF, device identification information, account identifier, public key, unique user identifier, blockchain identifier, name, address and/or other identifying data) data provided by or collected from users It can be used for communication exchanged with the user for a process. In some embodiments, a server computer system communicates with one or more users 102 to become a registered user prior to environmental activities performed (eg, purchased, used, or completed) by one or more users 102 (eg, For example, information about products and/or services) may be received. more service points system 118 of registered partners of partners 104;

Server computer system 124 may further calculate, using one or more algorithms, an estimated environmental impact on the user's environmental activities based on data collected from user 102 . In some embodiments, server computer system 124 allows one or more verifiers 108 to determine what a user has performed (eg, purchased, used, or completed) prior to becoming a registered user if the environmental activity does not relate to: Determine the expected environmental impact of each environmental activity (eg products and/or services). A verified environmental product declaration that has been previously verified by the verifier of the verifier 108. In some embodiments, the server computer system 124 is responsible for the user's environmental activities (eg, products and/or services) performed by the user (eg, purchase, use, or completion) prior to becoming an authorized user. Verifier 108 and a partner of partner 104 .

In some embodiments, server computer system 124 may transfer points, currency, cryptocurrency, and/or credits to users 102, partners 104, distributors 106, verifiers 108, and/or advertising services. may be assigned to a provider 126 and may enable one or more users 102 . Partners 104, Distributors 106, Validators 108, and/or Advertising Service Providers 126 provide each other with records of ownership of points, currency, cryptocurrencies (cryptocurrencies) and/or credits associated with the account. transfer In some embodiments, server computer system 124 may store points, currency, cryptocurrency (cryptocurrency), and/or credit history and/or account and identification data (e.g., biometric information, credential information, geolocation). data, device PUFs, device identification information, account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses and/or other identifying data) multiple users (102), partners (104), distributors (106); Verifier 108 and/or advertising service provider In some embodiments, server computer system 124 allows user 102 to deposit and/or exchange (e.g., points, currency, cryptocurrency (cryptocurrency) and/or credits). For example, points can be converted into fiat money, electronic money, and/or currency such as cryptocurrency). In some embodiments, server computer system 124 may use a third party system (e.g., a currency, cryptocurrency exchange platform, or system) to communicate. account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses and/or other identifying data) of multiple users (102), partners (104), distributors (106), validators (108), and/or Advertising Service Provider 126. In embodiments, server computer system 124 allows user 102 to deposit and/or exchange points, currency, cryptocurrency (cryptocurrency), and/or credits (e.g., convert points to any may allow or make it possible to exchange for currency in the form of currency, electronic currency and/or cryptocurrency). In some embodiments, server computer system 124 may use a third party system (e.g., a currency, cryptocurrency exchange platform, or system) to communicate. account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses and/or other identifying data) of multiple users (102), partners (104), distributors (106), validators (108), and/or Advertising Service Provider 126. In embodiments, server computer system 124 allows user 102 to deposit and/or exchange points, currency, cryptocurrency (cryptocurrency), and/or credits (e.g., convert points to any may allow or make it possible to exchange for currency in the form of currency, electronic currency and/or cryptocurrency). In some embodiments, server computer system 124 may use a third party system (e.g., a currency, cryptocurrency exchange platform, or system) to communicate. blockchain identifiers, names, addresses, and/or other identifying data) of multiple users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126. In some embodiments, server computer system 124 allows user 102 to deposit and/or exchange points, currency, cryptocurrency (cryptocurrency) and/or credits (e.g., points can be converted into fiat currency, electronic exchange for any form of currency, such as currency and/or cryptocurrency). In some embodiments, server computer system 124 may use a third party system (e.g., a currency, cryptocurrency exchange platform, or system) to communicate. blockchain identifiers, names, addresses, and/or other identifying data) of multiple users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126. In some embodiments, server computer system 124 allows user 102 to deposit and/or exchange points, currency, cryptocurrency (cryptocurrency) and/or credits (e.g., points can be converted into fiat currency, electronic exchange for any form of currency, such as currency and/or cryptocurrency). In some embodiments, server computer system 124 may use a third party system (e.g., a currency, cryptocurrency exchange platform, or system) to communicate. partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In some embodiments, server computer system 124 may allow or enable user 102 to deposit and/or exchange points, currency, cryptocurrency (cryptocurrency). and/or credits (eg exchanging points for any form of currency, such as fiat money, electronic money and/or cryptocurrency). In some embodiments, server computer system 124 may use a third party system (e.g., a currency, cryptocurrency exchange platform, or system) to communicate. partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In some embodiments, server computer system 124 may allow or enable user 102 to deposit and/or exchange points, currency, cryptocurrency (cryptocurrency). and/or credits (eg exchanging points for any form of currency, such as fiat money, electronic money and/or cryptocurrency). In some embodiments, server computer system 124 may use a third party system (e.g., a currency, cryptocurrency exchange platform, or system) to communicate. Currencies, cryptocurrencies (cryptocurrency) and/or credits (e.g. exchanging points for any form of currency, such as fiat currency, electronic currency and/or cryptocurrency). In some embodiments, server computer system 124 may use a third party system (e.g., a currency, cryptocurrency exchange platform, or system) to communicate. Currencies, cryptocurrencies (cryptocurrency) and/or credits (e.g. exchanging points for any form of currency, such as fiat currency, electronic currency and/or cryptocurrency). In some embodiments, server computer system 124 may use a third party system (e.g., a currency, cryptocurrency exchange platform, or system) to communicate.

In embodiments where blockchain may be utilized, ownership records for points, currencies, cryptocurrencies and/or credits are transferred in a process similar to currency transfer in blockchain-based cryptocurrency (cryptocurrency) systems. In some embodiments where a blockchain may be utilized, a distributed ledger may include a standalone ledger or sidechain of a cryptocurrency (cryptocurrency) blockchain.

In some embodiments, server computer system 124 allows one or more verifiers 108 to establish units of service (units of use) for each service provided by a partner of partner 104 based on the category and/or referenced information. may or may not be allowed to decide. In the Environmental Product Declaration of Services. For example, a transportation company as a partner 104 of server computer system 124 offers user 102 the use of an electric vehicle as a transportation service (eg, where the vehicle can use renewable electricity at a charging station). can offer; The transportation company's point-of-service system 118 may collect data (eg, information about the user's distance and identification information of user 102) and transmit the data to server computer system 124; Server computer system 124 may allow or enable one or more verifiers 108 to determine a unit of service (unit of use) for a transportation service (eg, 1 hour to use service, and/or or per mile); Server computer system 124 is associated with a verified environmental product declaration and provided by a partner of partner 104 under user 102 account when performed (e.g., completed) by user 102. of service units (usage units) can be accumulated. In some embodiments, server computer system 124 may use one or more algorithms to compare usage behavior of user 102 based on service units credited under user 102's account, and service units credited under user 102's account. The user 102 may be rewarded or punished based on the number of . their account. For example, server computer system 124 may add or subtract cryptocurrency.

Server computer system 124 may calculate an environmental credit score for user 102 using units of service (units of use). The server computer system 124 may use service units (units of use) to obtain a number (eg, maximum or minimum number of units) service units, points, cryptocurrencies, and other rewards that may be credited to the user's account.

In some embodiments, server computer system 124 may perform environmental activities (eg, products and/or services) of the user before or after registered users (eg, purchase, use, or completion). Recommended or proposed environmental activities (eg products and/or services) may be aimed at reducing the environmental impact of the user's environmental activities. Server computer system 124 allocates users' accounts with points and/or credits after performing (eg, purchasing, using, or completing) recommended or proposed environmental activities (eg, products and/or services). or give credit. Server computer system 124 may use points earned under user 102 account and other factors to calculate the user's environmental credit score. Server computer system 124 determines the number of points to be allocated for each environmental activity performed by a user of user 102 based on the score of the environmental product declaration of the environmental activity (eg, product and/or service). number can be determined.

In some embodiments, server computer system 124 deep learns the user's habits and/or behaviors (eg, environmentally friendly habits) to determine, using one or more algorithms, machine learning, and/or trained neural networks, Can recommend or suggest. The server computer system 124 deep learns the user's habits and/or actions that use the relationship between the user's decision to perform an environmental activity and the user's interaction with the server computer system 124 (e.g., the environmental activity being performed). type of environmental activity, time at which the environmental activity was performed, geographic location of the environmental activity, and cost of performing the environmental activity), information about user activity collected from external sources (eg data management platforms), and other factors.

By way of non-limiting example, server computer system 124 may suggest or suggest to a user of user 102 the use of renewable electricity, the use of certain electric vehicles, or any other environmentally friendly product and/or service offered. can recommend by registered partners 104 or unregistered entities. In some embodiments, server computer system 124 prior to becoming a registered user 102 user based on the environmental impact of the user's environmental activities, the environmental activities suggested or recommended by server computer system 124 and performed. An environmental credit score of 102 may be calculated (eg, engaged, purchased, used, or completed by user 102 after becoming a registered user).

In some embodiments, server computer system 124 may provide points, currency, or rewards to one or more users 102 based on the environmental impact of environmental activities suggested or recommended by user 102 prior to becoming registered user 102. Cryptocurrency, and/or credits may be awarded. Server computer system 124 performs (e.g., participates, purchases, uses or completes) by user 102 after user registration in which points, currency, cryptocurrencies and/or credits may be consumed by user 102. )do. In some embodiments, user 120's calculated points and/or credits may be redeemed for currency (eg, cryptocurrency) and/or is any form of currency (eg, fiat money, electronic money, and/or cryptocurrencies). money).

In some embodiments, server computer system 124 may allow user 102 awarded points or credits of one or more users 102 to purchase one or more products and/or services offered by partners 104's partners. and/or is an unregistered legal entity. In some embodiments, user 102's calculated points or credits and their related transactions may be stored in a database on server computer system 124 and under respective account profiles of user 102 and/or partners 104. can be listed. In embodiments, user 102's calculated points or credits may be stored in a remote database and/or a distributed database.

In embodiments in which blockchain may be utilized, the distributed ledger is a hash chain (cryptographic hash chain) from which environmental activity information, calculated points and/or credits and related transactions of users 102, and/or other information is collected. can include It is made of blocks and each block contains the hash (cryptographic hash) of the previous block in the chain. In embodiments where blockchain may be utilized, user 102's calculated points and/or credits and/or other information may be broadcast to nodes of the distributed ledger and collectively verified.

In some embodiments, server computer system 124 allows user 102 to use calculated points and/or credits associated with the user's account to partner 104 and/or unregistered entities. For example, user 102 may be authenticated through a system associated with point of service system 118 , partner device 112 , and/or partner 104 . The point-of-service system 118, partner device 112, and/or partner-associated system 104 communicates with the server computer system 124 to authenticate and verify the user 102 and/or the point associated with the user 102; You can check the number of credits, currency amount, cryptocurrency, points and/or credits. In some embodiments, a unique user identifier, public key, and account identifier are included.

In some embodiments, server computer system 124 stores user 102's calculated points, currency, cryptocurrencies or credits and their You can save transactions related to and list information. Points, currencies, cryptocurrencies, or credits and related transactions under the respective account profiles of users 102 and/or partners 104. In some embodiments, server computer system 124 may remotely store the user's calculated points or credits. database and/or distributed database.

In embodiments where blockchain may be utilized, server computer system 124 may transfer ownership records for points, currency, cryptocurrency and/or credits in a process similar to the transfer of currency in blockchain-based cryptocurrency systems. . For example, server computer system 124 may record ownership records of points, currency, cryptocurrencies and/or credits as proof of purchase when user 102 purchases products and/or services offered to partners in user 102 account. (104) can be transferred to the account. In some embodiments where a blockchain may be utilized, a distributed ledger may include a cryptocurrency blockchain or a sidechain of a standalone ledger.

and/or other identification data) may be used in communications exchanged for partner identification and/or confirmation. Data transfer by registered distributor 106 to server computer system 124 may be accomplished by communicating with server computer system 124 through one or more of distributor devices 114, where one or more partners 104 ), distributor 106's respective account identifier, and/or other identifying data (e.g., biometric information, credential information, geolocation data, device PUF, device identification information, account identifier, public key, unique user identifier, block Chain identifiers, names, addresses, and/or other identifying data) may be used in communications exchanged to identify and/or verify distributors.

In some embodiments, data transmitted to server computer system 124 by one or more registered partners 104 is in violation of one or more environmental laws of one or more users 102, partners 104, and/or distributors 106. , and other information and, in some embodiments, data transmitted by the one or more registered partners 104 to the server computer system 124 may include one or more environmental activities provided by the one or more registered partners 104 ( eg products and/or services). In some embodiments, data transmitted to server computer system 124 by one or more registered distributors 106 may be used for environmental activities (eg, products and/or services) by one or more distributors to one or more partners 104. ) and used by one or more distributors 106 to distribute environmental activities (eg products and/or services) to one or more partners 104.

In some embodiments, server computer system 124 provides one or more registered partners 104 and/or one or more registered distributors 106 with websites and/or mobile applications hosted by or associated with server computers. options can be provided. System 124 selects from among several categories of one or more environmental activities (eg, products and/or services) and lists and compiles online information about their provision, distribution and/or use and/or reported violations of environmental laws. Partner 104

In some embodiments, one or more registered partners 104 transmit to server computer system 124 data relating to environmental activities (eg, products and/or services) provided to users 102 by partners 104. can Activity transmitted by each of the partners 104 includes the partner's identification data (e.g., biometric information, credential information, geolocation data, device PUF, device identification information, account identifier, public key, unique user identifier, blockchain, etc.) may include, but are not limited to. identifiers, names, addresses and/or other identifying data) and information about environmental activities, including but not limited to geographic location from which the environmental activity was transmitted (e.g., partner 104 to user 102); products and/or services you wish to provide to us) and/or environmental product declarations.

In some embodiments, one or more registered partners 104 may transmit data to server computer system 124, and one or more users 102, partners 104, and/or distributors 106. The data for each environmental law violation transmitted by each partner 104 may include, but is not limited to, user, partner, distributor, and/or verifier identification data (eg, biometric information, credential information). geo-location data, device PUFs, device identification information, account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses and/or other identifying data) and transmitted environmental law violation information (including but not limited to) environmental law violations The geographic location, taxpayer identification number, name (e.g. name of the offending user (102), partner (104), distributor (106) and/or verifier (108)) and/or address.

In some embodiments, the data for each environmental activity transmitted by each of the partners 104 includes one or more user names 102, one or more user addresses, and other information (eg, passport number, information indicating a taxpayer identification number). may include, but are not limited to. phone number, email address, password, username, public key, blockchain identifier, user's biometric data information). Data about each environmental activity transmitted by each partner 104 includes one or more partner names, one or more partner addresses, and one or more partner types (e.g., product manufacturer, interim body, university, company, organization, government agency, consumer report). institution, operator of the Environmental Product Declaration Program), identification information (e.g. biometric information, credential information, geolocation data, device PUF, device identification information, account identifier, public key, unique user identifier, blockchain identifier, name, address and and/or other identifying data) and/or other information (eg, taxpayer identification number, telephone number, email address, etc.). Data for each environmental activity transmitted by each partner 104 includes one or more distributor names, one or more distributor addresses, one or more distributor types (e.g., product manufacturer, intermediary, university, company, organization, government agency). , consumer reporting agencies, operators of environmental product declaration programs), identifying information (e.g. biometrics, eligibility information,

In some embodiments, the environmental product declaration of a product or service provided by a partner of partner 104 may be in a machine readable format. In some embodiments, each of partners 104 may provide server computer system 124 with a registration number for an environmental product declaration and/or information about an environmental product declaration program operator and/or other information. In some embodiments, the environmental product declaration may be a Type III environmental product declaration based on ISO 14025 (a) issued by a specific program operator, or (b) state, country, continent or region;

In embodiments in which blockchain may be utilized, the distributed ledger may include a hash chain in which users, partners, and distributors' environmental activity information and related transactions and/or other information is collected in blocks, each block including: have. Hash of the previous block in the chain. In embodiments where blockchain may be utilized, environmental activity information and related transactions, and/or other information may be broadcast to nodes of a distributed ledger and collectively verified.

At step 260 , server computer system 124 may receive data from one or more registered distributors 106 and/or registered partners 104 . or other information and activities reported by more users 102, partners 104 and/or distributors 106, and partners 104.

and/or other identifying data) and geographic location from which the environmental activity was transmitted, and information about the environmental activity (e.g., products and/or services) that Partner 104 intends to provide to the transmitted environmental activity. Information about the user (102) and/or environment Product Declaration. Server computer system 124 assigns each environmental activity an identification number (eg, a number, symbol, alphabet, or any combination of letters and numbers assigned by server computer system 124) and stores the data. component 402 and/or memory 404 of server computer system 124. products and/or services that the partner 104 wishes to provide to the users 102) and/or environmental product declarations. Server computer system 124 assigns each environmental activity an identification number (eg, a number, symbol, alphabet, or any combination of letters and numbers assigned by server computer system 124) and stores the data. component 402 and/or memory 404 of server computer system 124. products and/or services that the partner 104 wishes to provide to the users 102) and/or environmental product declarations. Server computer system 124 assigns each environmental activity an identification number (eg, a number, symbol, alphabet, or any combination of letters and numbers assigned by server computer system 124) and stores the data. component 402 and/or memory 404 of server computer system 124.

In some embodiments, data received from one or more registered distributors 106 may include environmental activities (eg, products and/or services) and environmental activities (eg, products and/or services) distributed to one or more partners 104 by one or more distributors. : products and/or services used by one or more distributors 106 to distribute environmental activities (eg, products and/or services) to one or more partners 104.

Server computer system 124 may list data in the records of registered distributors and/or registered partners based on each category of environmental activity. The records of distributor 106 and partner 104 may be listed under the respective account profiles of partner 104 and distributor 106 . In some embodiments, records may be stored in remote databases and/or distributed databases.

and/or other identifying data) related to environmental activities and partners 104 (original owners/producers of environmental activities). Server computer system 124 can match identification data associated with an environmental activity (eg, product and/or service) with identification data stored in a database on server computer system 124 to identify and display environmental activity. can A partner 104 that wishes to provide, resell, and/or distribute one or more environmental activities (eg, products and/or services) to users 102. Server computer system 124 may also authenticate and/or request that partners 124 wish to provide, resell, and/or distribute identical environmental activities (eg, products and/or services) to users 102. can make it

In some embodiments, the server computer system 124 may inform the user 102 that a partner 104 may wish to offer, resell, and/or distribute one or more environmental activities (eg, products and/or services) to another partner 104 ( Original Owner/Producer of Environmental Activities) Select from multiple categories of one or more environmental activities (e.g. products and/or services) listed in Partner 104 (Original Owners/Producers of Environmental Activities)’ Environmental Activities Record and have certified and/or identical environmental Requests to provide or distribute activities (eg, products and/or services) to users 102 .

In some embodiments, server computer system 124 sends information about a list of approved partners 104 to which partners 104 (original owners/producers of environmental activities) may propose, resell, or distribute environmental activities to the server computer. system 124. (eg, products and/or services) owned or produced by the partner 104 (original owner/producer of the environmental activity). Information may include, but is not limited to, identifying data (eg, Partner's unique user identifier, blockchain identifier, account identifier, and/or Partner's public key).

Determination of the environmental impact of environmental activities). In some embodiments, each of the verifiers 108 measures the verifier's knowledge of one or more subjects before or after being enrolled with the server computer system 124 to perform verification activities (eg, verification of environmental products). You may have to pass a test to do it. Declaration, determination of the environmental impact of environmental activities).

In some embodiments, server computer system 124 may perform tests to measure the knowledge of one or more individuals of individual validator groups or organizations (eg, certification authorities) on one or more subjects before or after being enrolled in . have. Server computer system 124 as a verifier 108 to perform verification activities (eg, verifying environmental product declarations, determining the environmental impact of environmental activities).

In some embodiments, the server computer system 124 test measures the knowledge of the verifier 108 about one or more subjects over a network 120 (eg, the Internet) by communicating with the server computer system 124. inspection can be performed. Device 116 may be configured to communicate with server computer system 124 and may be configured to allow verifier 108 to access server computer system 124 to take examinations. In some embodiments, the verifier device 116 may be configured to allow one or more verifiers 108 to be examined using video or live supervision. In some embodiments in which video director may be used, recordings may be made by server computer system 124 and stored in storage component 402 and/or memory 404 of server computer system 124 . Here, the server computer system 124 allocates one or more verifiers 108 from registered verifiers 108, and after the one or more verifiers 108 are tested, the test performance of the one or more verifiers 108 is objectively evaluated. can be judged by In some embodiments where live supervision may be used, the server computer system 124 assigns one or more validators 108 from registered validators 108 to assign validators 108 real-time while they are being checked. (108) can be selected to monitor each. In some embodiments, server computer system 124 may schedule tests to measure verifier's 108 knowledge of one or more subjects. In some embodiments, server computer system 124 may allow one or more verifiers who wish to be tested to schedule an examination. In some embodiments

In embodiments in which blockchain may be utilized, server computer system 124 may include one or more external identity management systems and/or Alternatively, it can be verified through the system. or zero-knowledge protocols (eg uPort, etc.) and/or database references. For example, smart contract libraries use zero-knowledge proofs or zero-knowledge protocols (such as uPort and like) and/or database references.

In embodiments where a blockchain may be utilized, a distributed ledger is a hash chain (cryptographic hash chain) in which activity information and/or other information of each validator 108 is collected into blocks, and each block contains a hash (cryptographic hash chain). hash chain). hash) the previous block in the chain. In embodiments where blockchain may be utilized, activity information and/or other information of each of the verifiers 108 may be broadcast to nodes of the distributed ledger and collectively verified.

In some embodiments, verifier device 116 may be configured to communicate with server computer system 124 to authenticate verifier 108, where server computer system 124 allows verifier 108 to check While receiving, the identification data of the verifier 108 may be verified. In some embodiments, verifier device 116 may be configured to communicate with server computer system 124 to authenticate verifier 108 . Authentication can be done using 1-factor, 2-factor, 3-factor, 4-factor and/or 5-factor authentication methods. In some embodiments, the verification process may include calling each of the verifiers 108 via telephone, preferably by the server computer system 124 via a recorded line, and/or verifier text along with instructions for verifying the identity. It may include sending a message.

The environmental product declaration of products and/or services provided by partner 104 may be a Type III environmental product declaration based on ISO 14025. Environmental product declarations may include, but are not limited to, information about the company, products and/or services. Includes global warming potential, stratospheric ozone layer depletion potential, land and water acidification potential, eutrophication potential, tropospheric ozone photochemical oxidizer formation potential, abiotic depletion potential for non-fossil resources, abiotic depletion potential. ENVIRONMENTAL EFFECTS, BUT NOT LIMITED TO POSSIBILITY OF FOSSIL RESOURCES, HUMAN TOXICITY, FRESH WATER AQUATIC TOXICITY, MARINE AQUATIC TOXICITY AND TERRITORY ECOTOXICITY POSSIBILITY; resource use including but not limited to total use of renewable primary energy resources, total use of non-renewable primary materials, use of secondary materials and use of renewable secondary fuels; waste generation, including but not limited to disposed hazardous waste, disposed non-hazardous waste, and disposed radioactive waste; Other information including, but not limited to, components for reuse, materials for recycling, materials for energy recovery, and energy exported.

In some embodiments, verification of a product's or service's environmental product declaration by one or more registered verifiers 108 is based on life cycle assessment-based data (e.g., according to ISO 14040, ISO 14044, and/or other ISO standards). Data related to the life cycle assessments performed, additional environmental information checks and/or other information checks.

In some embodiments, life cycle inventory data (eg, site operation data, site material consumption data, site emissions data, site energy consumption data, and/or site waste data) may be collected, measured, or estimated. Collected and/or measured data related to life cycle inventory may be obtained using one or more sensors and/or site devices of site devices 129 installed at the partner's site 128 . One or more site devices 129 may be as follows. and transmit the obtained data to the server computer system 124, where the server computer system 124 stores the data in the storage component 402 and/or memory 404 of the server computer system 124. can be saved.

In embodiments where blockchain may be utilized, blockchain may be used to store any type of data (e.g., site device 129, service system system 118, user 102, partner 104, distributor ( 106), verification 108, and data received from the advertisement service provider 126). and/or third-party systems) A form of transaction that occurs on network 120 (eg, transmission or exchange of information) in a distributed database that maintains a constantly growing list of data records hardened against tampering and modification. In some embodiments, data records may be hardened against tampering and modification even by participating parties or operators sharing the database.

In some embodiments, server computer system 124 may include sensors and/or respective devices (e.g., accelerometers, gyroscopes, Global Positioning System (GPS) components, Assisted Global Positioning System (AGPS) components, temperature measurement devices, A sensor that senses information, such as a speed measurement device) verifier device 116 may be utilized in the verification process.

In some embodiments, server computer system 124 may perform tests to measure verifier's 108 knowledge of one or more subjects, where tests may include calculations, measurements, sample analysis (eg, chemical analysis and testing) may include actual inspection of performance. sample collection, and/or others using the verifier device 116, where input components 414 (e.g., accelerometers, gyroscopes, actuators, Global Positioning System (GPS) components, information such as assisted global positioning) A sensor for detecting each system (AGPS) component of the verification device 116, a temperature measuring device, a speed measuring device, etc.) may be used during the test.

In some embodiments, verifier device 116 allows enrolled verifier 108 to use one or more devices and/or sensors to perform verification activities (e.g., verify environmental product declarations, determine the environmental impact of environmental activities). It can be configured to perform. The device from the verifier device 116 may be a device 400 having a processor 406 and components arranged differently than shown in FIG. 4, fewer components, additional components, or different components. Figure 4 (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408) wherein the processor 406 is a verifier configured by software to perform one or more functions of the verifier device. device 116 described herein.

In some embodiments, server computer system 124 may allow one or more registered verifiers 108 to provide guidelines or guidelines for the creation and/or verification of environmental product declarations (eg, data collection strategies or rules, verification rules). may enable rules to be proposed, wherein a final decision on whether to accept or reject a proposed guideline or rule may be based on a majority vote of one or more registered validators, wherein the server computer system 124 One or more verifiers 108 may be invited to perform verification activities again, at least until day 51. % of verifiers 108 vote yes to approve before the decision is accepted by server computer system 124 . In some embodiments, one or more algorithms may be used by server computer system 124 in the process of reaching consensus. For example, one or more algorithms may be used to calculate and determine a majority vote.

In some embodiments, verification of an environmental product declaration by one or more registered verifiers 108 may include taking pictures, scanning documents, data (e.g., data about field operations, inputs and outputs at a particular site, and measuring site materials). consumption, emissions, energy consumption and waste, etc.), identification, distance measurement, geographic location determination, sample collection, sample analysis, determination of the chemical composition of a collected sample, temperature measurement, energy measurement (e.g., electrical measurement), and/or One or more input components 414 (e.g., accelerometers, gyroscopes, actuators, sensors for sensing information such as Global Positioning System (GPS) components, Assisted Global Positioning System (AGPS) of each verification device 116) ) components, temperature measuring devices, speed measuring devices, etc.).

In some embodiments, once one or more partners 104 register with server computer system 124 and provide environmental product declarations to server computer system 124 or create new environmental product declarations for one or more products and/or services. You can submit a request to do so. If they want to propose to user 102, server computer system 124 allows one or more verifiers 108 to verify environmental product declarations provided by one or more partners 104 or create new environmental product declarations for products. You can assign and enable to create. or the services of one or more partners 104.

In some embodiments, server computer system 124 allows one or more registered verifiers 108 to perform verification activities performed by each registered verifier (e.g., verification of environmental product declarations, environmental determination of impacts). The verifiers 108 reach consensus on the validity of the information provided by each of the registered verifiers 108 and vote or decide whether to accept or reject each piece of information provided by the verifier 108 . Server computer system 124 determines whether to accept or reject each piece of information related to the verification activity performed or performed by each of the registered verifiers 108 based on a final majority vote, wherein server computer system 124 determines whether the server computer system 124 Before approval by the system 124, one or more verifiers 108 may be invited to perform the verification activity again until at least 51% of the verifiers 108 vote yes to approve the decision. Computer system 124 may determine a majority vote using one or more algorithms.

In some embodiments, server computer system 124 allows one or more verifiers to review information related to verification activities performed by each of registered verifiers 108 and determine whether to accept or reject each piece of information within a specific You can decide or vote. Time limits, points, currencies, cryptocurrencies and/or credits may be credited to registered validators' 108 accounts for each piece of information they review.

In some embodiments, server computer system 124 may enable one or more users 102 to perform respective environmental activities associated with products and/or services after verification of environmental product declarations of products and/or services. . The verifier 108 is complete.

In some embodiments, server computer system 124 may enable one or more registered verifiers 108 to collect data using one or more sensors or devices of one or more verifier devices 116 . Information may be transmitted to server computer system 124, where the data may be used for verification of environmental product declarations. In some embodiments, server computer system 124 may be used by a partner and/or outside of partner 104 to collect information or data (eg, information for identification, energy measurement, sample analysis, determination of chemical composition of a sample). system). This relates to verification activities performed by the verifier of the verifier 108 (eg, verifying environmental product declarations, determining the environmental impact of environmental activities).

In some embodiments, server computer system 124 may enable registered partners of partner 104 to submit requests to create environmental product declarations for one or more products and/or services, where a server The computer system 124 allows the partner to use the currency, cryptocurrency, points and/or credits available in the partner's account to pay for the services required by the server computer system 124. In some embodiments, server computer system 124 may assign one or more verifiers 108 to generate environmental product declarations for partner's 104 products and/or services, where server computer system 124 provides points and/or credits to one or more verifiers 108 for generating a currency, cryptocurrency, or environmental product declaration.

In some embodiments, server computer system 124 may enable one or more registered verifiers 108 to create environmental product declarations of products or services according to ISO standards. For example, the creation of an environmental product declaration for a product or service can be accomplished by conducting a life cycle assessment study based on product category rules according to ISO 14040 and ISO 14044 and/or other standards.

The server computer system 124 may enable one or more verifiers 108 to collect data using the verifier device 116, the data being performed according to the ISO 14040 and ISO 14044 standards or any other standard. It is related to the inventory analysis phase of the life cycle assessment.

In some embodiments, server computer system 124 allows an external system to send data related to the life cycle evaluation of the environmental product declaration of a product or service (eg, life cycle inventory data) to server computer system 124, server computer. can be transmitted. System 124 may store received data in storage component 402 and/or memory 404 of server computer system 124 . In embodiments where a partner of partner 104 has one or more site devices 129 installed at the partner's location, recording site activity data of one or more site devices of partner 104 by one or more verifier 108 server computer systems. access and lifecycle assessment (e.g., lifecycle inventory data) of Partner's (104) environmental product declarations of products or services provided by Partners (104) to verify or create environmental product declarations of products or services provided by Partners (104); .

In some embodiments, server computer system 124 may compare environmental product declarations of products and/or services of one or more partners 104 using one or more algorithms to determine an environmental product declaration with the lowest environmental impact. , where one or more verifiers 108 may follow guidelines or rules (e.g., environmental product declarations are based on the same product category rules, are analyzed according to the same life cycle impact assessment methodology, and the same data and/or or are modeled using system boundaries, are functionally equivalent, and/or are based on the same functional units). Environment of products and/or services Enable comparability between environmental product declarations.

In some embodiments, server computer system 124 anonymizes the identification data of one or more verifiers 108 and any information that makes the one or more verifiers 108 recognizable and the one or more verifiers associated with environmental product declarations. The information verified by the person 108 can be delivered. Pass it to one or more verifiers 108, where the new one or more verifiers review or validate the verified information, make a decision to accept or reject each piece of information, and comment and/or rate (eg, 1-10) one or more others. The validity of the information verified by the verifier 108.

In some embodiments, server computer system 124 may ask one or more verifiers 108 to review or reverify information verified by one or more verifiers 108 and to provide information, comments, and ratings (eg, 1 Verification until at least 51% of the verifiers 108 assigned by the server computer systems 124 on a scale of -10 vote affirmatively to approve a decision on the validity of information verified by one or more verifiers. Prior to acceptance by server computer system 124 of validated information, server computer system 124 allows one or more verifiers 108 to determine whether certain information in the environmental product declaration must be accurate or is required within a certain range of accuracy. can make it

In some embodiments, one or more verifier devices 116 may be configured to transmit data including at least one verification activity record to server computer system 124 . Verification activity records may include data related to one or more verification activities performed by , such as verification and/or creation of environmental product declarations, determination of environmental impacts of environmental activities, and/or environmental impacts of violations of environmental laws. Data for each verification activity record transmitted by each verifier device 116 may include, but is not limited to, one or more verifier, partner, and/or distributor identification data (eg, biometric information, credential information). don't geolocation data, device PUFs, device identification information, account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses and/or other identifying data); geographical location), and information on the verification and/or preparation of environmental product declarations, and information related to determining the environmental impact of environmental activities and violations of environmental law. Information about the generation and validation of environmental product declarations may include data collected by the verifier 108 and the generation and/or life-cycle inventory data of validation or environmental product declarations. In some embodiments, information regarding the creation and validation of environmental product declarations may include, but is not limited to, data related to life cycle assessment of products or services (eg, life cycle inventory data). In some embodiments, server computer system 124 may enable one or more external systems to transmit to server computer system 124 data related to life cycle assessment of a product or service (eg, life cycle inventory data). have.

In some embodiments, server computer system 124 may assign one or more verifiers 108 to install one or more site devices 129 at one or more partners' sites 128, where the server computer system ( 124) may allow one or more verifiers to determine the installation location. and orientation of the site device 129 at one or more sites 128 (locations) of one or more partners 104. In some embodiments, biometric data acquired by one or more imaging devices of one or more sight devices 129 may include, but are not limited to, images. video and/or live video from one or more sites 128.

In some embodiments, server computer system 124 has one or more site devices 129 stored in storage component 402 and/or memory 404 of partner's location (e.g., partner's location). address) may deactivate one or more site devices 129. within a predefined distance from the server computer system 124 or the partner's location (eg, the partner's address) stored in the storage component 402 and/or memory 404 of the server computer system 124 .

An implementation in which one or more verifiers 108 may utilize site activity data records in the validation and/or creation of environmental product declarations of environmental activities (e.g., products and/or services) provided by partners of partner 104. In an example, the server computer system 124 may display environmental activities (eg, products and/or services) as manufactures or representations, recommend environmental activities (eg, products and/or services) to users 102, and/or Or you can add more points, credits or cryptocurrencies. and/or calls to one or more user accounts that perform (eg, participate in, purchase, use, or complete) environmental activities (eg, products and/or services).

In some embodiments, server computer system 124 may also enable one or more verifiers to submit requests to server computer system 124 . site device 129 (e.g., installing the same site device in a new location, changing the orientation of the site device, where the imaging device of the input component 414 of the server computer system 124 receives new data (e.g., images, video, and/or live video) wherein new images, videos, and/or live video acquired by one or more imaging devices of one or more site devices 129 are captured during and after changing the site's orientation and/or installation device. 129 may be stored in storage component 402 and/or memory 404 of server computer system 124 for use by one or more algorithms to authenticate one or more sites 128 .

In some embodiments, site device 129 collects site activity data on an ongoing basis, periodically, and/or based on requests from one or more verifiers 108 and provides site activity data to server computer system 124 in real time. ) can be configured to transmit to.

In some embodiments, operation of one or more site devices 129 and their associated devices and/or sensors may be directed by one or more sets of instructions (eg, program code, libraries, software, machine code, firmware). have. One or more sets of instructions (e.g., program code, libraries, software, machine code, firmware) that direct the site device of site device 129 may be installed over network 120 and/or updated to add functionality or It can be updated for: other reasons. For example, one or more sets of instructions (e.g., program code, libraries, software, machine code, firmware) may direct the operation of a sensor or device that acquires data, where the data is life cycle inventory data (e.g., field work) can be data, on-site material consumption data, on-site emissions data, on-site energy consumption data,

One or more sets of instructions (e.g., program code, libraries, software, machine code, firmware) may be used in Radio Frequency Identification (RFID) readers, card readers, barcode scanners, accelerometers, gyroscopes, actuators, Global Positioning System (GPS) components, AGPS (Assisted Global Positioning System) parts, fingerprint readers, vein readers, face recognition devices, hand geometry devices, iris recognition, retina and smell/odor recognition devices, voice recognition biometric data devices, imaging devices (e.g. infrared imaging devices, other imaging devices) devices), sensors to acquire lifecycle inventory data (e.g., site operation data, site material consumption data, site emissions data, site energy consumption data, and site waste data), temperature measurement devices, emission sensors, energy measurement devices, speed Measuring devices (e.g. RADAR, LIDAR), other RADAR sensors, chemical sensors, proximity sensors, IR 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 the sight device 120.

In such cases, blockchain may be used to install one or more sets of instructions (eg, program code, libraries, software, machine code, firmware) on one or more site devices 129. Here, 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 identifier, a partner's (104) partner's blockchain identifier, and a software identifier (including the site device software version). . Here, the server computer system 124 is responsible for installing one or more sites 128, partners of partners 104 (eg, employees of partners), and/or one or more installation records to one or more site devices 129. One or more validators (108) before. In some embodiments, server computer system 124 may authenticate one or more sites 128. partners (eg, partners' employees) of partners 104, and/or one or more verifiers 108 prior to installing one or more installation records to one or more site devices 129. If authentication is successful, the server computer system may accept one or more records for one or more site devices.

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

Applying one or more hashing algorithms to block reference values and data reference values can generate hash values, so reference values must be regenerated when that data is modified. This can make the blockchain immutable as modifications must be propagated through the rest of the blocks in the blockchain. Accordingly, malicious alteration to one or more sets of commands directing the operation of one or more site devices 129 and associated sensors and devices will block the use of the blockchain copy installed on one or more site devices 129 . This in turn will deactivate one or more site devices 129.

In some embodiments in which blockchain may be utilized, server computer system 124 periodically verifies the version of software (one or more instruction sets) installed on one or more site devices 129 to verify the software (one or more instruction sets). ) update must be installed on each of the site devices 129, where the software identifier can be used to determine the version of software (one or more instruction sets) installed by the server computer system 124. The server computer system 124 may also store a list of software updates associated with each site device 129 in a database on the server computer system 124. Software that must be installed on each site device 129 (one or more instruction sets). ) If there is an update, the server computer system 124 may authenticate using 1-factor, 2-factor, 3-factor, or 4-factor. Component and/or 5-factor authentication method Verifier geolocation data of one or more sites 128, partners of partners 104 (e.g., partners of partners 104) and/or verifiers 108 prior to installation records of one or more installations. geolocation data may be verified as a verifier of the verifier 108 prior to installing one or more installation records onto the one or more site devices 129 that may be verified. and/or as a verifier of the verifier 108 prior to installing one or more installation records to one or more site devices 129, the geolocation data may be verified.

In some embodiments, one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116, point-of-service systems 118, and/or advertising service provider devices 127, and The operation of their associated devices and/or sensors may be directed by one or more sets of instructions (eg, program code, libraries, software, machine code, firmware). One or more sets of instructions (eg, program code, libraries, software, machine code, firmware) may be installed over network 120 and/or updated to add functionality or for any other reason. In such case, the blockchain consists of one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116,

In some embodiments, site device 129, point of service system 118, user device 110, partner device 112, distributor device 114, verification device 116, point of service system 118, and [0035] [0038] [0038] [0038] [0039] [0028] [0028] [0028] [0028] [0028] [0024] [0028] One or more installation records may be verified prior to installation in the geolocation data device of the advertising service provider device 127.

In some embodiments, server computer system 124 may use one-factor, two-factor, three-factor, four-factor and/or five-factor authentication methods to one or more user devices 110, partner devices 112 ), the distributor device can be authenticated. 114, verifier device 116, point of service system 118, and advertising service provider device 127 are connected to one or more user devices 110, partner devices 112, distributor devices 114, and verifier devices 116. , service system 118, and/or advertising service provider device 127, and their associated devices and/or sensors prior to installing one or more installation records at a branch.

In some embodiments in which blockchain may be utilized, a distributed ledger may include sidechains for installation of one or more sets of instructions (e.g., program code, libraries, software, machine code, firmware), where the blockchain Permissioned Blockchain (Access Control).

At step 262, server computer system 124 processes each environmental activity (e.g., product and/or service) proposed or reported by one or more partners 104 and environmental law violations, each environmental activity (e.g., product and/or service). eg, products and/or services). Each environmental activity (eg, products and/or services) distributed by one or more distributors 106 to one or more partners 104 and used by one or more distributors 106 to distribute environmental activities (eg, products and/or services). product and/or service) to one or more partners 104 for each identified environmental activity and environmental law violation. ) to communicate with one or more external systems of the Program Operator to verify environmental product declarations of products and/or services transmitted or submitted to the Program. Server computer system 124 may communicate with one or more registered partners 104 or one or more unregistered entities to verify violations of one or more environmental laws by one or more partners 104, distributors 106, and/or users 102. have. One or more user 102, partner 104, distributor 106, and/or other identification data may be used in communications exchanged for environmental product declarations and/or validation of environmental law violations.

In some embodiments, server computer system 124 may assign one or more verifiers 108 to determine an estimated environmental impact of each environmental law violation based on the environmental impact. Server computer system 124 may send currency, cryptocurrency, points, and/or credits to one or more verifiers 108 to determine the estimated environmental impact of each environmental law violation.

and product category rules) may be used to create and/or validate environmental product declarations of products and/or services to enable comparisons between environmental product declarations. and calculate, using the one or more algorithms, a score for each verified environmental law violation reported by the one or more partners 104 based on the environmental impact of each environmental law violation.

In some embodiments, server computer system 124 directs verifiers 108 to provide decisions that were not accepted by at least 51% of verifiers 108 (eg, misleading verification decisions). You can penalize it (for example, by not sending a verification request). System 124 may also reward validators 108 for accepting more allocations (eg, by sending verification requests and/or sending currency, cryptocurrency, points, and/or credits).

In some embodiments, the partner's environmental activities (eg, products and/or services) with high scores may be given priority for promotion to user 102 . In some embodiments, verified environmental activities (eg, products and/or services) provided by one or more partners 104, score and number of environmental law violations of one or more partners 104, server computer system 124 The response of one or more partners 104 to the proposal or recommendation of ) is as follows. Used to calculate an environmental credit score for one or more partners. The response of one or more distributors 106 to a suggestion or recommendation of server computer system 124 among one or more distributors 106 may be used to calculate an environmental credit score for one or more distributors 106 . The environmental credit scores of one or more partners 104 and distributors 106 may be calculated for specific geographic regions and/or specific types of environmental activities and/or specific categories or classifications of products or services. 104) and distributors' 106 environmental credit scores may be calculated for specific geographic regions and/or specific types of environmental activities and/or specific categories or classifications of products or services. An environmental credit score for a business 106 may be calculated for a particular geographic area and/or for a particular type of environmental activity and/or for a particular category or classification of product or service.

In some embodiments, server computer system 124 adds points, credits, and/or additional points to the environmental credit score of one or more users 102 who perform (eg, participate in, purchase, use, or complete) environmental activities. You can add cryptocurrency. (e.g., products and/or services) with a high-scoring environmental product declaration and/or one or more partners (104) and distributors (106) with a high environmental credit score as marks, symbols, symbols, and/or other benefits. mark and reward The environmental credit scores of partners 104 and distributors 106 may be used by governments in areas including, but not limited to, decisions about corporations and other entities. In some embodiments, server computer system 124 rewards user 102 with points, credits, and/or currency for performing (eg, participating in, purchasing, using, or completing) environmental activities (eg, products and/or services). compensate

At step 266 , one or more users 102 previously registered with server computer system 124 may register with one or more partners 104 . may perform (eg participate in, purchase, use or complete) environmental activities (eg products and/or services); User 102 may enter a unique user identifier on a keypad or other input device at a point of service system 118, log in to a website, or use a mobile application. Alternatively, user 102 may have an identification card, barcode, RFID, QR code or electronic tag and/or an identification card that may be read by point of service system 118 to verify environmental activities performed by user 102. Any other technology or device may be used.

In some embodiments, server computer system 124 allows one or more partners 104 to register one or more users 102 and use the partners' POS systems 118 and/or partner devices 112 to register users 102. You can create one or more user accounts for Here, one or more partners 104 may provide barcodes, RFIDs, QR codes or electronic tags and/or any other technology or device readable by service system 118 and/or partner device 112 to one or more users ( 102) can be provided.

Point of service system 118 may transmit information to server computer system 124, which may include information about environmental activities (eg, products and/or services) that have been performed (eg, purchased, used, or completed). can, but is not limited to Data identified by one or more users 102 (e.g., biometric information, credential information, geolocation data, device PUF, device identification information, account identifier, public key, unique user identifier, blockchain identifier, name, address, and and/or other identifying data) one or more distributors 106 and/or one or more users 102 and one or more partners 104, an identification number for each environmental activity, number of environmental activities, and/or geographic location point of service system. 118.

At step 268 , server computer system 124 may receive environmental activity data including data records from one or more point of service systems 118 of one or more partners 104 and process the information. Server computer system 124 records environmental activity records of one or more distributors 106, users 102, and partners 104 with one or more users' identification data (e.g., unique user identifiers, blockchain identifiers, biometrics). recognition data, public key). Distributors 106, users 102, and partners 104 identify environmental activity records of at least one of a plurality of distributors 106, users 102, and partners 104 associated with the identification data, and one or more distributors ( 106) gives more users 102 credit for each environmental activity record. Distributors 106 , users 102 , and partners 104 may monitor and track environmental activities stored in environmental activity records of distributors 106 , users 102 , and partners 104 .

At step 270, server computer system 124 may calculate an environmental credit score for one or more users 102 using one or more algorithms based on environmental activity data accumulated under records of one or more users 102. have. In some embodiments, environmental credit scores of one or more users 102 may be calculated for specific geographic regions and/or specific product and/or service categories, and/or the like. In some embodiments, the calculation of an environmental credit score for one or more users 102 takes into account factors including but not limited to (a) the number, category, and environmental impact of the one or more users' 102 environmental activities. It can be done by doing aimed at protecting the environment, (b) the length of the environmental activity history of the one or more users 102, (c) the score of the environmental product declaration for each environmental activity performed by the one or more users 102, (d) responses of one or more users 102 to activities suggested by server computer system 124 based on the environment, activities of one or more users 102 before and after becoming a registered user, and (e) one or more users (102) Type and number of environmental law violations.

In some embodiments, the calculation of an environmental credit score for each user 102 by server computer system 124 may include (a) a number and score of environmental product declarations of environmental activities (eg, products and/or services). Performed by user 102 (eg, purchased, used, or completed). The score on the environmental product declaration determines the number of points the user will get. (b) environmental activities (eg, products and/or services) that computational server computer system 124 suggests or recommends to each of users 102 and has been performed (eg, purchased, used, or completed) by each of users 102; the number of points associated with , and (c) the total number of environmental law violation points for each user 102 .

Calculation of an environmental credit score for each user 102 is performed after all environmental activities recorded in the environmental activity records of one or more users 102 and/or at regular intervals and/or for one or more users 102 and /or one or more partners (104).

At step 272, server computer system 124 analyzes the environmental credit scores of users 102, partners 104, and/or distributors 106 and selects one or more users 102, partners 104 with high environmental credit scores. ), and/or the distributor 106 may be determined. The analysis may be conducted in a variety of areas including, but not limited to, categories of environmental activity, geographic areas and other areas. Server computer system 124 may distribute information about one or more users 102's environmental credit scores, available benefits, new rules for computing environmental credit scores, etc. to one or more users 102, partners 104, and/or distributors. It can be exchanged with vendor 106.

In some embodiments, server computer system 124 may identify one or more sites, partners, and verifiers associated with site activity data collected by one or more site devices; extract data representative of real-time data related to environmental product declarations of at least one of the plurality of partners for each site device; Create a display of sensor listings for each site device, where each sensor is listed with associated real-time data related to environmental product declarations, and the generated display may further include site identification information and partner identification information for each. can As a sensor of each site device, the generated display further includes historical data for a period of time, and the generated display includes graphic data; Server computer system 124 may provide one or more alert levels based on real-time data collected by one or more verifiers regarding environmental product declarations; determining whether data collected by the ore or more sensors of one or more site devices includes real-time data that meets any of the defined alarm levels, wherein at least one of the defined alarm levels is met, generating; contains more Alert notifications and notifications to one or more partners and one or more validators. In some embodiments, server computer system 124 may assign one or more verifiers to revalidate the environmental product declaration when at least one of the defined alert levels is met. In some embodiments, server computer system 124 determines that at least one of the defined alert levels is met.

At step 274, server computer system 124 registers user 102, partner 104, and/or distributor 106 user's 102, partner 104, and/or distributor 106 environmental activity records, respectively. may disclose environmental credit score data, notify users 102, partners 104, and/or distributors 106, and users 102, partners 104 with high environmental credit scores as marks, symbols, or symbols; ) and/or the distributor 106 . Server computer system 124 may receive responses to system messages and offers from users 102 , partners 104 , and/or distributors 106 .

In some embodiments, server computer system 124 may enable program operators to track and monitor verification activities of environmental product declarations performed by one or more verifiers 108 . In some embodiments, server computer system 124 may enable program operators to allow or prevent. Publication of the Verified Environmental Product Declaration (visible to the public on the blockchain network).

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

At step 278 , server computer system 124 may extract data representative of real-time data related to environmental product declarations of at least one of plurality of partners 104 for each site device 129 .

At step 280, server computer system 124 may generate a display of a sensor listing for each site device 129, where each sensor is listed with associated real-time data related to environmental product declarations, and generates The displayed display further includes: Site 128 identification information and identification information for each sensor of each site device 129 of each partner 104, wherein the generated display further includes historical data for a period of time, and the generated display includes graphic data do.

At step 282, server computer system 124 may define one or more alert levels based on collected real-time data related to environmental product declarations of environmental activities provided by at least one of plurality of partners 104. . Here, one or more alert levels are defined by one or more verifiers 108 based on collected real-time data related to environmental product declarations.

At step 284, server computer system 124 may determine whether data collected by ore anomaly sensors of one or more site devices 129 includes real-time data that meets any of the defined alarm levels, where wherein at least one of the defined alarm levels is met, generating an alarm notification and notifying one or more partners (104) and one or more verifiers (108), wherein the one or more verifiers (108) Assigned to revalidate environmental product declarations when at least one of the defined alert levels is met. are met In some embodiments, server computer system 124 determines that at least one of the defined alert levels is met.

User 102's environmental credit score and/or environmental activity data may be used to punish and/or reward user 102. User 102's environmental credit score and/or environmental activity data may be used by individuals and/or public authorities. Voluntary sector and/or other entities in the field including, but not limited to, employment decisions, college admissions decisions, landlord-tenant decisions, governmental decisions for individuals, companies and other entities. A user's 102 environmental credit score and/or environmental activity data may affect a consumer's life, including but not limited to determining whether a service, award, credit, or scholarship should be provided or awarded 102 to the user. It can be used in other areas as well.

At any time, server computer system 124 informs partners 104, distributors 106, and/or users 102 of data relating to their environmental activities, violations of environmental laws, currencies, cryptocurrencies, points and/or credits. can provide information. In some embodiments, server computer system 124 may generate displays that include information. Information may be hosted by the server computer system 124 or displayed on a website associated with the server computer system. Information may be presented in the form of text and/or graphs. Information may include, but is not limited to, historical data on environmental activity, violations of environmental laws, environmental credit scores, environmental credit reports and/or credit ', points' and/or currency transaction 'data. Historical data on environmental activities may include the number, type, time, date and location of environmental activities, environmental law violations, environmental impact information for each environmental activity, and/or environmental product declaration scores for each environmental activity. Environmental activities (eg products and/or services). Transaction data may include, but is not limited to, data relating to the transfer and/or exchange of credits, points and/or currency associated with users 102, partners 104 and/or distributors 106. An environmental credit report is a statement that includes: Information about the environmental credit activity and current environmental credit situation of one or more partners (104), distributors (106) and/or users (102). The environmental credit report includes (a) name, address, date of birth, social security number, social security number, passport number, phone number, business name, business license number, contact information, proposed, used and/or reported environmental activity, employer identification number, and (b) current and past environmental activity stored in the user's and/or partner's records. Server computer systems 124 distribute information about environmental activities (eg, products and/or services) that are distributed to partners 104 and performed (eg, purchased, used, or completed) by users 102 to distributors 106. can be provided to Computer system 124 allows users, partners, and/or distributors to access server computer system 124 and transmit information about environmental activity and/or transactional data of registered users, partners, and/or distributors to users' devices 110. , on the partner device 112 and/or the distributor's device 114.

At any time, server computer system 124 may provide information to verifier 108 . In some embodiments, server computer system 124 may generate displays that include information. Information may be hosted by the server computer system 124 or displayed on a website associated with the server computer system. Information may be presented in the form of text and/or graphs. Information includes creation and verification of environmental product declarations, determination of the environmental impact of environmental activities, historical data related to violations of environmental laws and transaction data in points ', credits' and/or currencies. Verification activity data may include, but is not limited to, verification data of environmental product declarations. and data related to determining the environmental impact of environmental activities and violations of environmental laws. Data related to the creation of the environmental product declaration may include, but is not limited to, data collected by the verifier 108 and/or life cycle inventory data. The server computer system 124 allows the verifier 108 to access the server computer system 124 and the environmental activities of the partner 104 (eg, product and/or or service) may be allowed or enabled to display information. It may include, but is not limited to, transactions involving the transfer and/or exchange of credits, points, and/or currency associated with the verifier 108. and environmental law violations. Data related to the creation of the environmental product declaration may include, but is not limited to, data collected by the verifier 108 and/or life cycle inventory data. The server computer system 124 allows the verifier 108 to access the server computer system 124 and the environmental activities of the partner 104 (eg, product and/or or service) may be allowed or enabled to display information. It may include, but is not limited to, transactions involving the transfer and/or exchange of credits, points, and/or currency associated with the verifier 108. and environmental law violations. Data related to the creation of the environmental product declaration may include, but is not limited to, data collected by the verifier 108 and/or life cycle inventory data. The server computer system 124 allows the verifier 108 to access the server computer system 124 and the environmental activities of the partner 104 (eg, product and/or or service) may be allowed or enabled to display information. It may include, but is not limited to, transactions involving the transfer and/or exchange of credits, points, and/or currency associated with the verifier 108.

At any time, server computer system 124 may provide information to advertising service provider 126 . In some embodiments, server computer system 124 may generate displays that include information. Information may be hosted by the server computer system 124 or displayed on a website associated with the server computer system. Information may be presented in the form of text and/or graphs. Information includes users (102), partners (104), distributors (106), validators (108) and/or non-registered entities (e.g., individuals, universities, companies, organizations, government entities, etc.) and credits and associated advertising services. /or information about transaction data related to currencies. Advertising service data or information includes advertising activity data (e.g. information about advertising service requests or orders, time, type, number of advertisements, cost, content details, results or delivery of advertising service requests or orders). Data from advertising service transactions may include information relating to advertising services and to users 102, partners 104, distributors 106, validators 108, advertising service providers 126, and/or server computer systems 124. Information on the time, type, frequency, cost, content, etc. of advertisements, information on the results of a request or order for advertisement services, or delivery) Data of advertisement service transactions are related to advertisement services and include users (102) and partners (104). , distributor 106, validator 108, advertising service provider 126, and/or server computer system 124. Information on the time, type, frequency, cost, content, etc. of advertisements, information on the results of a request or order for advertisement services, or delivery) Data of advertisement service transactions are related to advertisement services and include users (102) and partners (104). , distributor 106, validator 108, advertising service provider 126, and/or server computer system 124.

Server computer system 124 may enable user 102 to search for environmental activities (eg, products and/or services) offered by one or more partners 104 in a particular or any geographic location. and options that allow or enable user 102 to search for information about environmental activity (eg, products and/or services) in a particular or arbitrary geographic location, hosted by server computer system 124 or server computer system 124. It may be provided to user 102 through a website associated with a computer system and/or through a mobile application. The server computer system 124 provides information about each environmental activity (eg, product and/or service), geographic location of the environmental activity (eg, product and/or service). In some embodiments, one or more environmental activities with high scoring environmental product declarations may be promoted, suggested, or recommended by server computer system 124 to one or more users 102 and displayed to users 102 first. In some embodiments, one or more environmental activities are performed in conjunction with a verified environmental product declaration by one or more verifiers 108 using data received from one or more site devices 129 of at least one of plurality of partners 104. May be promoted, suggested or recommended by the server computer. System 124 may be provided to one or more users 102 and may be marked as verified by server computer system 124 and displayed to user 102 first. products and/or services). In some embodiments, one or more environmental activities with high scoring environmental product declarations may be promoted, suggested, or recommended by server computer system 124 to one or more users 102 and displayed to users 102 first. In some embodiments, one or more environmental activities are performed in conjunction with a verified environmental product declaration by one or more verifiers 108 using data received from one or more site devices 129 of at least one of plurality of partners 104. May be promoted, suggested or recommended by the server computer. System 124 may be provided to one or more users 102 and may be marked as verified by server computer system 124 and displayed to user 102 first. products and/or services). In some embodiments, one or more environmental activities with high scoring environmental product declarations may be promoted, suggested, or recommended by server computer system 124 to one or more users 102 and displayed to users 102 first. In some embodiments, one or more environmental activities are performed in conjunction with a verified environmental product declaration by one or more verifiers 108 using data received from one or more site devices 129 of at least one of plurality of partners 104. May be promoted, suggested or recommended by the server computer. System 124 may be provided to one or more users 102 and may be marked as verified by server computer system 124 and displayed to user 102 first.

In some embodiments, server computer system 124 allows one or more partners 104 to provide one or more environmental activities (eg, products and/or services) to user 102 . In some embodiments, server computer system 124 may add credits, cryptocurrency, currency, and/or recommendations, offers, and/or one or more environmental activities (eg, products and/or services) to user 102's account. .

In some embodiments, site devices 129, point-of-service systems 118, user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices ( Geolocation data or geolocation data of 127) may be obtained. From a wireless or mobile carrier, wireless service provider, where the device may be configured to communicate with a wireless or mobile carrier or wireless service provider.

In some embodiments, geolocation data or geolocation data (eg, GPS/AGPS coordinates) includes a static or dynamic site device 129, a point of service system 118, a user device 110, a partner device, but It may be obtained from many sources, including but not limited to. 112, distributor device 114, verifier device 116, and/or advertising service provider device 127, wherein geolocation or geographic data is periodically, intermittently, or continuously acquired and stored in a database of server computer system 124. (312). In some embodiments, geolocation data or geolocation data (e.g., GPS/AGPS coordinates) is sent to site device 129, point of service system 118, user device 110, partner's input component 414. may be obtained by the GPS and/or AGPS component of device 112 , distributor device 114 , verifier device 116 and/or advertising service provider device 127 .

Server computer system 124 provides geolocation data or geolocation data (eg, GPS/AGPS coordinates) identifiers and secondary geolocation data stored in database 312 of server computer system 124 corresponding to one or more devices. Or you can retrieve geolocation data. An identifier corresponding to the current location of one or more devices (eg, GPS/AGPS coordinates) and first geo-location data or geo-location data (eg, GPS/AGPS coordinates) to second geo-location data or geo-location data. (e.g., GPS/AGPS coordinates) to determine the location of one or more devices.

Server computer system 124 may suggest or recommend environmental activities (eg, products and/or services) to one or more users 102 based on a number of factors. This includes, but is not limited to, location of environmental activities and/or environmental product declaration scores of environmental activities (eg, products and/or services) from one or more user 102 locations.

painting. 3 is block diagram 300 illustrating system elements 124 of an exemplary server computer system, as shown in accordance with an embodiment of the present disclosure, server computer system 124 primarily including a registration module. 304 , transmit and receive module 306 , verification module 308 , processing module 310 , database 312 and publishing 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 identifier (eg blockchain identifier, account identifier) to each user 102 , partners 104 , distributors 106 . Registration module 304 may be further configured to generate account profiles and environmental activity records for a plurality of registered users. 102 , partners 104 , distributors 106 . Enrollment Module 304 configured to link environmental activity records of registered users, partners and distributors with identification data (e.g. unique user identifiers, account identifiers, public keys, blockchain identifiers, biometrics) of users, partners and distributors You may. data) and stored in database 312 . Enrollment module 304 may also be configured. Environmental activity records of users 102, partners 104, and/or distributors 106 are listed under each account profile.

Registration module 304 may also be configured to register multiple verifiers. 108 as a server computer system 124 by assigning a unique user identifier to each validator 108 (e.g. blockchain identifier, account identifier). Registration module 304 may be further configured to create account profiles and activity records for a plurality of registered validators. 108 . Enrollment module 304 may be configured to link a registered verifier's activity record with the verifier's identifying data (eg, unique user identifier, account identifier, public key, blockchain identifier, biometric data) and store it in a database. 312 . It can also be configured as a registration module 304. The verifier's activity records are listed under each account profile of the verifier (108).

Registration module 304 also connects server computer system 124 and sites 128 by assigning a plurality of unique user identifiers (eg, blockchain identifiers) to the plurality of registered sites 128 . The registration module 304 is also configured to associate a registered site's activity record with the site's identification data (eg, unique user identifier, account identifier, public key, blockchain identifier, biometric data) and store it in a database. It can be. 312. The registration module 304 may also be configured to list the site's activity records under each account profile of the site 128.

The registration module 304 may be configured to register a plurality of advertising service providers. 126 as a server computer system 124 by assigning a unique user identifier to each advertising service provider 126 (eg blockchain identifier, account identifier). 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 be configured to associate the registered advertising service provider's activity records with the advertising service provider's identification data (eg unique user identifier, account identifier, public key, blockchain identifier, biometric data) and store in a database. have. 312 . It can also be configured with the registration module 304. The activity records of the advertisement service provider 126 are listed under each account profile of the advertisement service provider 126.

In other embodiments where a blockchain may be utilized, registration module 304 may also provide blockchain identifiers, user identifiers, and/or public keys to users 102, partners 104, distributors 106, verifiers ( 108), site 128, and/or advertising service provider 126 after registering or joining the network to access the distributed ledger.

In some embodiments, enrollment module 304 also includes points, currency, cryptocurrency, and/or credit history or ownership associated with the account and/or identification data (eg, biometric data, account identifier, blockchain identifier). Can be configured to create records. public key) multiple users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126.

In some embodiments, the registration module 304 also allows each of the users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to use the user device 110; A partner device 112 may be configured to enable registration of a distributor device 114 . The verifier device 116 and/or the advertising service provider device 127 connect with the server computer system 124, respectively, to access the server computer system 124. The registration module 304 may also be configured to allow each of the partners 104 to register one or more points. The registration module 304 of the server computer system 124 and service system 118 to access the server computer system 124 also allows one or more verifiers 108 to access the server computer system 124. 124 may be configured to enable registration of one or more sites 128 and site devices 129 of a partner 104 with partner 104 . In some embodiments, the registration module 304 also includes site 128 , user 102 , partner 104 , distributor 106 , and verifier 108 information during each registration of site 128 , user 102 . , and/or may be configured to register devices associated with the advertising service provider 126 . Advertising service provider 126 with partners 104, distributors 106, validators 108, and/or server computer systems 124. Sites 128, users 102, partners ( 104), distributor 106, verifier 108, and/or advertising service provider 126 during registration of each partner 104, distributor 106, validator 108, and/or advertising service provider ( 126) 124. During registration of each site 128, user 102, partner 104, distributor 106, validator 108, and/or advertising service provider 126 on the server computer system, the partner 104 ), distributor 106, verifier 108, and/or advertising service provider 126 124.

The transmit/receive module 306 may be configured to receive data from one or more devices of at least one of the registered users. 102 Real-time identification data, including but not limited to biometric information, credential information, geolocation data, device PUF, device identification information, account identifier, user name, user address, passport number, taxpayer identification number, etc. , phone number, email address, password, user name, etc.), information related to one or more environmental activities (e.g., information about household energy, transportation, garbage, food, shopping, etc.) Registered User (102) before becoming a Registered User. (e.g. purchase, use or completion) and assign an identification number to each environmental activity.

The transmit/receive module 306 may be configured to receive data. In real time, data from one or more devices of at least one of the enrolled verifiers 108 may include identification data (e.g., biometric information, credential information, geolocation data, device PUF, Device identification information, account identifier, validator's name, validator address, other information (e.g. passport number, taxpayer identification number, phone number, email address, password, validator username, etc.) and registration information for one or more verifiers Activities performed by one or more registered verifiers (108) prior to becoming a registered verifier (108) (e.g., verifying environmental product declarations, determining the environmental impact of environmental activities) and assigning an identification number to each verification activity , information in verification activities may include, but is not limited to, information about one or more environmental product declarations verified by one or more registered verifiers 108, geographic locations where environmental product declarations have been verified, and/or other information. .

In some embodiments, the transmit/receive module 306 may be further configured to receive at least one verification activity data comprising one or more data records from at least one of the verification devices 116 in real time. Verification activity data may include one or more verifier, partner, and/or distributor identification data (eg, unique user identifier, account identifier) for each verification activity transmitted by each of the verifier devices 116. but is not limited to biometric information, entitlement information, geolocation data, device PUF, device identification information, account identifier, blockchain identifier, public key), information about the verification activity sent (e.g. geographic location from which the verification activity was sent), verification and/or or data related to the preparation of environmental product declarations, determination of the environmental impact of environmental activities and violations of environmental laws. Information about the creation and validation of the environmental product declaration may include data collected by the verifier 108, data provided by the verifier 108 in connection with the creation and/or life support of the verification or environmental product declaration. but not limited to In some embodiments, the transmit/receive module 306 may be further configured to assign an identification number to each received data or data record.

The transmit/receive module 306 is also configured to receive data related to environmental activities (eg, products and/or services) performed (eg, purchased, used, or completed) by one or more registered users 102 from one or more service points. can be configured. system 118 of one or more registered partners 104 in real time; Each of the registered users 102 transmits the user's identification data (e.g., unique user identifier, account identifier, biometric information, entitlement information, geolocation data, device PUF, device identification information, account identifier) to the service system 118. ) can be entered or provided. blockchain identifier, public key) to access one or more registered users' accounts and/or environmental activity records.

In some embodiments, the transmit/receive module 306 may be further configured to receive 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 in real time. Environmental activity data or records may include one or more environmental activities (eg, products and/or services) provided by one or more partners 104, one or more distributors 106 by one or more partners 104 and one or more distributors ( 106) one or more environmental activities (eg products and/or services) used by one or more partners 104. products and/or services provided by the partner 104) and/or environmental product declarations. The transmitting/receiving module 306 may be further configured to assign an identification number to each of the received data records.

In some embodiments, data for each environmental activity transmitted by each of partners 104 is used in real time to generate an environmental product declaration for an environmental activity (eg, product and/or service) from at least one of the plurality of partners. As a partner 104 may include information about the request.

In some embodiments, the transmit/receive module 306 may be further configured to receive at least one environmental activity data or record from one or more devices of at least one of plurality of partners 104 in real time. Environmental activity records may include data relating to one or more environmental law violations reported by one or more partners 104 . The data for each environmental law violation transmitted by each partner 104 includes identification data of the user, partner, distributor, advertising service provider, and/or validator (e.g., unique user identifier, account identifier, biometric information, credential information). , geolocation data, device PUF, device identification information, account identifier, blockchain identifier, public key) and geographic location from which environmental law violations were transmitted, taxpayer identification number, name (e.g. username 102, partner 104, distributor 106, Transmitted Environmental Law Violation Information for Advertising Services (including but not limited to) Provider 126 and/or Verifier 108 and/or addresses that have violated the Law. The transmitting/receiving module 306 may be further configured to assign an identification number to each of the received data records.

In some embodiments, the transmitting/receiving module 306 is further configured to receive at least one advertising service data record and/or at least one advertising service transaction data record from one or more devices of at least one advertising service provider 126 in real time. It can be. Time. Data for each advertising service may include user 102, partner 104, distributor 106, verifier 108 and/or advertising service provider 126 identification data (e.g., unique user identifier, account identifier, biometric data), but is not limited to this. information, entitlement information, geolocation data, device PUF, device identification information, account identifier, blockchain identifier, public key) and information about advertising activity data (e.g. information about requests or orders for advertising services, time and type of advertising) , frequency, cost and/or content). Data for each advertising service transaction may include user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 identification data (e.g., unique user identifier, account identifiers, biometric data, blockchain identifiers, public keys) and information on deposits and/or credit transfers related to cryptocurrencies and/or advertising services and to users (102), partners (104), distributors (106), verification person 108, a call provider 126 associated with an advertising service, and/or a server computer system 124. The transmitting/receiving module 306 may be further configured to assign an identification number to each received data record. and/or content details of advertisements). Data for each advertising service transaction may include user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 identification data (e.g., unique user identifier, account identifiers, biometric data, blockchain identifiers, public keys) and information on deposits and/or credit transfers related to cryptocurrencies and/or advertising services and to users (102), partners (104), distributors (106), verification person 108, a call provider 126 associated with an advertising service, and/or a server computer system 124. The transmitting/receiving module 306 may be further configured to assign an identification number to each received data record. and/or content details of advertisements). Data for each advertising service transaction may include user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 identification data (e.g., unique user identifier, account identifiers, biometric data, blockchain identifiers, public keys) and information on deposits and/or credit transfers related to cryptocurrencies and/or advertising services and to users (102), partners (104), distributors (106), verification person 108, a call provider 126 associated with an advertising service, and/or a server computer system 124. The transmitting/receiving module 306 may be further configured to assign an identification number to each received data record.

In some embodiments, the transmit/receive module 306 may be further configured to receive one or more site activity data or data records relating to one or more sites 128 from one or more site devices 129 in real time. Identification data (e.g. site images, video and/or live video information, credential information, geolocation data, device PUFs, device identification information, account identifiers, blockchain identifiers, etc.) May include, but are not limited to. This includes partners 104's partners and/or one or more validators 108, sites 128's identification data (e.g., site images, videos and/or live videos, blockchain identifiers, public keys), data ( e.g. lifecycle inventory data). This includes, but is not limited to, site operation data, site material consumption data, site emissions data, and site energy consumption data. This includes site waste data of products and/or services of one or more of the partners 104 collected by the site device of the site device 129, geolocation data of the site device 129 (eg, GPS/AGPS coordinates), and/or or other data.

In some embodiments, the sending/receiving module 306 transmits/receives a message from one or more devices of at least one of user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126. It may be further configured to receive the above request identifiers. server computer system 124, where each request identifier is a user device 110, partner device 112, distributor device 114, validation device 116, and/or advertising service provider device 127 can be sent from each. receive one or more request identifiers from one or more devices of at least one of the verifiers 108, where each request identifier may be sent from a respective site device 129; receive one or more request identifiers from one or more devices of at least one of the partners (104);

In some embodiments, the transmit/receive module 306 includes biometric information (eg, facial images) of each of the user 102, partner 104, distributor 106, verifier 108, and/or advertisement. It may be further configured to receive one or more data or data records that by one or more sensors (eg, CMOS and CCD sensors) of the user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127. Obtained service provider 126, where received data is received in real time. Server computer system 124 may also record one or more data or data including site images, video, and/or live video of each of sites 128 acquired by one or more sensors (e.g., CMOS and CCD sensors). can receive or more site devices 129;

In some embodiments, transmit/receive module 306 transmits/receives data including one or more unique device identifiers (eg, CMOS sensor physically unclonable function) of each of site device 129, point of service system 118, or one or more data. It may be further configured to receive records. user device 110, partner device 112, distributor device 114, verification device 116, and/or advertising service provider device 127, where received data may be received in real time.

In some embodiments, the transmit/receive module 306 receives data or one or more records of data including identifying data (eg, blockchain identifier, public key, etc.) of each of the site 128, user 102, and partner. It can be further configured to. 104 , distributor 106 , verifier 108 , and/or advertising service provider 126 , where received data may be received in real time.

In some embodiments, the transmit/receive module 306 is a site device 129, a point of service system 118, a user device 110, a partner device 112, a distributor device 114, a verifier device 116, and/or Alternatively, the advertisement service provider device 127 obtained in real time by the GPS/AGPS sensor of the related device, where the received data may be received in real time. In some embodiments, the transmit/receive module 306 is further configured to receive data or one or more data records including user credential information (eg, user name, password, personal identification number (PIN), key, etc.) It can be, where the received data can be received in real time.

In some embodiments, the transmit/receive module 306 communicates with one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and It may be further configured to receive device identification information from/or more site devices 129 . or advertising service provider device 127 . The device identification information may be one or more pieces of information uniquely identifying each device. Device identification information includes operating system version, operating system manufacturer, information about communication interface 408, memory 404, processor 406, storage component 402, input component 414, output component 412 ), and the communication infrastructure 410 of the site device 129, the point of service system 118, the user device 110, the partner device 112, the distributor device 114, the verification device 116, and/or Advertising service provider device 127, and operating system name. Those skilled in the art will recognize that other forms of device identification information may be substituted herein as part of providing device identification information to server computer system 124.

In some embodiments, processing module 310 includes one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and /or advertising service provider device 127 . The device identification information may be one or more pieces of information uniquely identifying each device. Device identification information includes operating system version, operating system manufacturer, information about communication interface 408, memory 404, processor 406, storage component 402, input component 414, output component 412 ), and the communication infrastructure 410 of the site device 129, point of service system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or or advertising service provider device 127, and operating system name. Those skilled in the art will recognize that other forms of device identification information may be substituted herein as part of providing device identification information to server computer system 124. Device identification information and geolocation data or geolocation data (eg, GPS/AGPS coordinates) may indicate a 4-step authentication method. In some embodiments, the combination may also include other user credential information to be a user (e.g., username, password, personal identification number (PIN), key, etc.), user credential information, device PUF, device identification information,

The verification module 308 verifies information including data received and/or environmental activity data performed (eg, purchased, used) (eg, information about home energy, transportation, waste, food, shopping, etc.) It can be configured to verify. or complete) assigns an identification number to each environmental activity by the registered user 102 before and/or after becoming a registered user. In some embodiments, the validation module 308 may be configured to one or more point-of-service systems 118 of registered partners 104, one or more devices 400 of registered partners 104, and/or one or more unregistered entities. Device 400—received data may be sent to one or more users 102, partners 104,

In some embodiments, verification module 308 also communicates with one or more devices 400 to communicate with each of the environments associated with environmental activities (eg, products and/or services) provided by each of partners 104 . Can be configured to validate product declarations. External systems of more registered partners 104 and/or unregistered entities (eg program operators). The verification module 308 may also be configured to indicate each verified environmental activity.

In some embodiments, the verification module 308 communicates with one or more devices 400 of the registered partners 104 and/or one or more external systems of the unregistered entities to obtain information from the one or more partners 104, distributors 106, and/or user 102, where each account identifier of one or more users 102, partners 104, distributors 106, and/or other identifying data is used for environmental product declarations and/or verification of environmental laws. It can be used for exchanged communications. violation. Government agencies, consumer reporting agencies, operators of environmental product declaration programs, and others can act as partners.

In embodiments where a blockchain may be utilized, the verification module 308 implements a zero-knowledge proof or zero-knowledge protocol (eg, uPort, etc.) of one or more users 102, partners 104, distributors 106, and verifiers. (108), and/or to verify the identity of the advertising service provider (126). For example, a smart contract library may store the identity of a user 102, partner's 104, distributor 106, verifier 108, and/or advertising service provider 126 in one or more external identity management systems and/or zero-knowledge proofs or zero-knowledge. Via systems that use encryption technologies, including but not limited to protocols (eg, Uport, etc.) and/or database references.

In some embodiments, the verification module 308 automatically calls the verifier via phone and preferably records the call and/or sends a text message to the verifier 108 and confirms the identity of the verifier 108. may be configured to verify the verifier 108 by providing a command for Verification may be performed during inspection (while the verifier 108 is being inspected).

The processing module 310 may be configured to assign one or more verifiers 108 to determine an estimated environmental impact of each environmental law violation based on the environmental impact. In some embodiments, processing module 310 is also configured to credit one or more verifier 108 accounts in currency, cryptocurrency, points, and/or credits to determine the estimated environmental impact of each environmental law violation. can be configured.

In some embodiments, processing module 310 where environmental activities (eg, products and/or services) may not be associated with a verified environmental product declaration previously validated by a verifier of verifier 108 . ) can be configured to assign validators. Verifier 108 determines an estimated environmental impact of each of the user's environmental activities that the user performed (eg purchased, used, or completed) prior to becoming a registered user. In some embodiments, if the environmental product declaration has been previously validated by a verifier of verifier 108 and is associated with a partner of partner 104, processing module 310 determines the environmental impact of each activity of the user's environmental activities. (e.g.,

In some embodiments, processing module 310 adds points, currency, cryptocurrency to accounts of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. and/or may be configured and configured to earn credits. One or more users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 record ownership of points, currency, cryptocurrency and/or credits associated with an account to each other or to an external system. In some embodiments, processing module 310 allows user 102 to deposit and/or exchange points, currency, cryptocurrency, and/or credits (e.g., exchange points for fiat currency of any form of currency, electronic money and/or cryptocurrency).

In embodiments where blockchain may be utilized, processing module 310 may be configured to transfer ownership records for points, currencies, cryptocurrencies and/or credits in a process similar to transferring currency in a blockchain-based cryptocurrency system. have. In some embodiments where a blockchain may be utilized, a distributed ledger may include a standalone ledger or sidechain of a cryptocurrency blockchain.

In some embodiments, processing module 310 allows one or more verifiers 108 to determine a unit of service (unit of use) for each service provided by a partner of partner 104 based on the category and/or referenced information. It can be configured to enable or enable determination. In the Environmental Product Declaration of Services. For example, a transportation company as a partner 104 of the environmental credit scoring system 124 may offer a user 102 the use of an electric vehicle (as a transportation service); The point-of-service system 118 may be configured to collect and transmit information (eg, pick-up point, distance, and/or drop-off point) to an environmental credit scoring system; Processing module 310 allows one or more verifiers 108 to perform transport services (eg, per hour or mile of service use) processing module 310 performed by a user of user 102 (eg, purchase, may be configured to provide credit to the user's account in terms of service units (usage units) for any verified service (used or completed); Processing module 310 may be configured to award cryptocurrency, currency, points, or any other reward to user 102 using the service unit.

In some embodiments, processing module 310 may be configured to calculate, using one or more algorithms, an environmental credit score of user 102 using units of service (units of use) associated with their account. In some embodiments, processing module 310 uses one or more algorithms to determine the number of service units, points, cryptocurrencies (eg, maximum or minimum number of units), any number that should be credited under user 102 account. It may be configured to determine other rewards.

In some embodiments, processing module 310 directs registered user 102 to one or more environmental activities (eg, products and/or or service) may be configured to suggest or recommend. Activities (eg, products and/or services) performed (eg, purchased, used, or completed) before or after the Registered User. Recommended or proposed environmental activities (eg products and/or services) may be aimed at reducing the environmental impact of the user's environmental activities. Processing module 310 also allocates points and/or credits to a user's account after performing (eg, purchasing, using, or completing) recommended or suggested environmental activities (eg, products and/or services). or configured to provide credit. Processing module 310 may also be configured to use points earned under user 102 account and other factors to calculate user 102's environmental credit score. Processing module 310 may also be used for environmental activities (eg, products and/or services).

In some embodiments, processing module 310 deep learns the user's habits and/or behaviors (eg, eco-friendly habits) to determine using one or more algorithms, machine learning, and/or trained neural networks; It can be configured to recommend. Alternatively, environmental activities (eg, products and/or services) may be suggested to user 102 . The processing module 310 may also be configured to determine the use of machine learning and/or trained neural networks through the deep learning user's habits and/or behavior. The relationship between a user's decision to perform an environmental activity and the user's interaction with the server computer system 124 (eg, the type of environmental activity performed, the amount of time the environmental activity was performed, the geographic location of the environmental activity, and the cost of performing the environmental activity). , information about user activity and other elements collected from external sources (such as data management platforms).

By way of non-limiting example, processing module 310 may be configured to suggest or recommend the use of renewable electricity, the use of certain electric vehicles, the use of any other environmentally friendly product, and/or the user of user 102 . have. Services provided by registered partners 104 or unregistered entities. In some embodiments, the processing module 310 may determine the user (before becoming a registered user 102) based on the user's environmental activities, the environmental impact of the environmental activities suggested or recommended and performed by the server computer system 124. 102) to calculate an environmental credit score. by user 102 after user registration (eg participation, purchase, use or completion).

In some embodiments, processing module 310 calculates points and rewards based on the user's environmental activities prior to becoming registered user 102, the environmental impact of the environmental activities suggested or recommended by server computer system 124 and performed. and/or may be configured to count credits (eg, participation, purchase, use, or completion) by user 102 after registration for credits, points, and/or that may be consumed and/or exchanged by user 102. Or credit the user's account in cryptocurrency.

In some embodiments, processing module 310 allows user 102 to redeem points and/or credits associated with the user's account for one provided by partner 104, distributor 106, and/or unregistered entity. It may be configured to permit or enable the purchase of one or more services. For example, user 102 provides partner 104 with the user's identification data (eg, unique user identifier, account identifier, blockchain identifier, biometric data or biometric information, public key) and provides POS The verification process may be completed via system 118 . partner 104, partner device 112, and/or system associated with partner 104; point of service system 118, partner device 112;

In some embodiments, processing module 310 stores user 102's calculated points or credits and transactions related thereto in a database on server computer system 124, and information about points or credits and transactions related thereto below. It can be configured to list. The respective account profile of the user 102, partner 104, and/or distributor 106. In some embodiments, processing module 310 may be configured to store a user's calculated points or credits in a remote database and/or a distributed database.

In embodiments where blockchain may be utilized, processing module 310 may be configured to transfer ownership records for points, currency, and/or credits in a process similar to transferring currency in blockchain-based cryptocurrency systems. For example, processing module 310 transmits ownership records for points and/or credits from user 102 account to partner 104 account when user 102 obtains or purchases products and/or services offered. can be configured to In some embodiments where a blockchain may be utilized, a distributed ledger may include a standalone ledger or sidechain of a cryptocurrency blockchain.

In some embodiments, processing module 310 allows partners 104 to offer, resell, and/or distribute to users 102 one or more environmental activities (eg, products and/or services) owned or produced by others. It can be configured to enable. Partner 104 (original owner/producer of environmental activity) searches environmental activity of partner (original owner/producer of environmental activity) by using identification data of environmental activity (e.g. partner's environmental activity identification number, environmental product declaration registration) do. number or identification number, partner's unique user identifier, partner's public key and/or using options such as through a website and/or mobile application hosted by or associated with server computer system 124; or other identifying data). Processing module 310 authenticates and/or that partners 124 wish to provide, resell, and/or distribute the same environmental activities (eg, products and/or services) to users 102. It can be further configured on request. In some embodiments, processing module 310 allows partner 104 (the original owner/producer of the environmental activity) to offer, resell, and/or distribute environmental activities to users 102. The processing module 310 may be further configured to list the environmental activity under the environmental activity record of the partner 104 that requested the user to offer, resell and/or distribute the environmental activity. 102. Resell and/or distribute identical environmental activities (eg, products and/or services) to users 102. In some embodiments, processing module 310 may be further configured to accept or enable partner 104 (original owner/producer). Environmental Activities) Approve or deny a request to enable or permit a partner 104 to offer, resell, and/or distribute an environmental activity to a user 102 . A record of the activities of a partner 104 requesting to offer, resell and/or distribute an environmental activity to a user 102. Resell and/or distribute the same environmental activity (eg, product and/or service) to a user 102. In some embodiments, processing module 310 may be further configured to accept or enable partner 104 (original owner/producer). Environmental Activities) Approve or deny a request to enable or permit a partner 104 to offer, resell, and/or distribute an environmental activity to a user 102 . Record of activities of partner 104 requesting user 102 to offer, resell and/or distribute environmental activities. Processing module 310 allows partner 104 (the original owner/producer of the environmental activity) to approve or may be further configured to reject or allow partners 104 to offer, resell, and/or distribute the environment. Processing module 310 may be further configured to list environmental activities under the environmental activity records of partners 104 that have requested user 102 to offer, resell, and/or distribute environmental activities. Processing module 310 may be configured to: It may be further configured to allow partner 104 (original owner/producer of the environmental activity) to approve or reject permission requests, or to allow partner 104 to offer, resell, and/or distribute environments. Processing module 310 may be further configured to list environmental activities under the environmental activity records of partners 104 that have requested that users 102 offer, resell, and/or distribute environmental activities. Processing module 310 may be configured to: It may be further configured to list environmental activities under environmental activity records of partners 104 that have requested user 102 to offer, resell, and/or distribute environmental activities. It may be further configured to list environmental activities under the environmental activity records of partners 104 that have requested to offer, resell and/or distribute the activities.

In some embodiments, processing module 310 also allows partners 104 to provide, resell, and/or distribute one or more environmental activities (eg, products and/or services) to users 102 at partner 104 (environmental). The original owner/producer of the activity selects from several categories of one or more environmental activities (eg products and/or services) listed under Partner 104 (original owner/producer of the environmental activity) environmental activity record. environmental activities) and/or the same environmental activities (eg, products and/or services) to the user 102 to authenticate and/or request a desire to distribute.

In some embodiments, processing module 310 also transmits information about an approved list of partners 104 that partners 104 (original owners/producers of environmental activities) may offer, resell, or provide to the server computer system ( 124) may be configured to allow or enable providing. Distribute environmental activities (eg products and/or services) owned or produced by the partner 104 (original owner/producer of the environmental activity). Information may include, but is not limited to, identification data (such as Partner's unique user identifier and/or Partner's public key).

In some embodiments, processing module 310 may be configured to enable one or more registered verifiers 108 to verify environmental product declarations. Processing module 310 may also be configured to assign one or more verifiers 108 to verify the environmental product declaration, where the selection of verifiers includes, but is not limited to, registered verifiers and geographic locations of partners 104 . This may be based on a number of factors, including but not limited to, the environmental activity of partners 104 randomly selected from the verifiers 108 that have been verified by each of the verifiers 108 and/or registered with the server computer system 124. The number of verification activities related to (e.g. products and/or services). In some embodiments

In some embodiments, the processing module 310 may use one or more registered verifiers to collect data relating to the inventory analysis phase of a life cycle assessment performed according to ISO 14040 and ISO 14044 standards using the verifier device 116 ( 108). other standards. In embodiments where blockchain may be utilized, processing module 310 may process any type of data (e.g., users 102, partners 104, distributors 106, verifiers 108, advertising service providers). 126, and/or third-party systems) in a distributed database that maintains a constantly growing list of data records that are hardened against tampering and modification. As a form of transaction,

In some embodiments, processing module 310 may perform verification activities (eg, verification of environment verification) of verifier 108 for one or more subjects before or after being registered with server computer system 124 . It can be configured to perform tests to measure knowledge. product declarations, determining environmental impacts of environmental activities), where each verifier 108 may have to pass an inspection.

In some embodiments, processing module 310 communicates with verifier 108 over network 120 (eg, the Internet) to perform tests to measure the knowledge of verifier 108 about one or more subjects. can be configured to perform. In some embodiments, processing module 310 allows validator 108 to access server computer system 124 and use validator device 116, which may be configured as: 108) can be configured to perform tests to measure knowledge. In some embodiments, verifier device 116 may be configured to allow verifier 108 to be examined by video or live supervision. In some embodiments where video supervision may be used, processing module 310 records audio and/or video and stores them in a database on server computer system 124 to objectively determine the performance of each verifier 108 inspection. can be configured. Here, the processing module 310 examines the verifier 108's audio, video, and answers to objectively determine the test performance of each verifier, and then registers the verifier 108. may be configured to assign one or more verifiers 108 from 108.

In some embodiments where real-time oversight may be used, the processing module 310 may monitor one or more verifications from registered verifiers 108 to monitor each of the verifiers 108 in real time while the verifiers 108 are being tested. may be configured to allocate a ruler 108 . In some embodiments, the processing module 310 may be configured to schedule tests to measure the knowledge of the verifiers 108 on one or more subjects, and the processing module 310 may also allow the verifiers 108 to each Can be configured to schedule inspections. In some embodiments, processing module 310 may be configured to use one or more algorithms, machine learning, and/or trained neural networks by means of deep learning to determine the test performance of each of verifiers 108 .

In some embodiments, processing module 310 enables one or more registered verifiers 108 to perform real-time sample collection, calculations, measurements, and/or analysis using verifier device 116 as part of verification; / or can be configured to assign. Here, sensors and/or devices associated with each of the verifier devices 116 may be used in the verification process.

In some embodiments, the processing module 310 may be configured to perform a test to measure the knowledge of the verifier 108 about one or more subjects, where the actual test is calculated, measured, sample analyzed, sample collected, and/or input components 414 (e.g., accelerometers, gyroscopes, actuators, sensors for sensing information such as Global Positioning System (GPS) components, temperature measuring devices, A speed measurement device, etc.) of each verifier device 116 may be used.

In some embodiments, processing module 310 may be configured to enable one or more registered verifiers 108 to verify environmental product declarations, which verification may include data (e.g., a particular company's field operations, including but not limited to collecting inputs and outputs). site, site material consumption, emissions, energy consumption, waste, etc.) measurement, photographing, document scanning, identification, distance measurement, geographical location determination, sample collection, sample analysis, determination of chemical composition of collected samples, measurement 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 verification device 116) It may be utilized during verification of environmental product declarations.

In some embodiments, processing module 310 requests one or more registered partners 104 to create environmental product declarations for their owned, produced, and/or environmental activities (eg, products and/or services). It can be configured to submit. and/or submits a request to determine the environmental impacts of environmental activities that they own, produce and/or provide. In some embodiments, processing module 310 may enable one or more registered verifiers 108 to perform activities (eg, verifying environmental product declarations, determining environmental impacts of environmental activities). .

Here, the processing module 310 is further configured to assign another one or more validators 108 to perform the verification activity again until at least 51% of the verifiers 108 vote in favor to approve the decision before it is approved. It can be. In some embodiments, processing module 310 may be configured to use one or more algorithms, machine learning, and/or trained neural networks via deep learning in reaching a consensus on the validity of each piece of relevant information. For example, a majority vote may be calculated and determined using a neural network trained by one or more algorithms, machine learning, and/or deep learning.

In some embodiments, the processing module 310 reviews information regarding verification activities performed by each of the registered verifiers 108 and assigns each of the registered verifiers 108 to determine or vote for approval or disapproval. can be configured to determine a specific time limit for Reject each piece of information. Processing module 310 may also be configured to credit registered verifiers' 108 accounts with points, currency, and/or credit for each piece of information they review and determine.

In some embodiments, processing module 310 may be performed using a neural network trained through one or more algorithms, machine learning, and/or deep learning, or may be configured to determine the validity of each piece of information associated with the performed verification activity. . Registered verifiers (108) including, but not limited to, taking pictures, scanning documents, verifying identity, measuring energy (e.g., measuring electricity), measuring distances, determining geographic location, collecting samples, analyzing samples, and determining the chemical composition of collected samples. Each sample, measurement temperature, etc.

In some embodiments, processing module 310 may be performed using a neural network trained through one or more algorithms, machine learning, and/or deep learning, or may be configured to determine the validity of each piece of information associated with the performed verification activity. . Processing module 310 may also be configured to use relationships between previous validation activity data (eg, validation data of environmental product declarations, data related to the determination of the environmental impact of environmental activities) registered verifiers ( 108) by one or more registered verifiers 108, each by one or more registered validators 108, and lifecycle inventory data (e.g., International EcoInvents database, US Lifecycle Inventory database, European Standard Lifecycle Database (ELCD) database, GaBi A database, and/or similar) utilizes a neural network trained through machine learning and/or deep learning to determine the validity of each piece of information performed by or associated with the validation activities performed by each of the enrolled verifiers 108 .

In some embodiments, processing module 310 may be configured to enable user 102 to perform environmental activities related to products and/or services after verification of environmental product declarations related to products and/or services is complete. .

In some embodiments, processing module 310 may be configured to enable one or more registered verifiers 108 to collect and transmit information to server computer system 124 using one or more verifier devices 116, where One or more sensors and/or devices of each verifier device of verifier device 116 may be utilized in the process of collecting and transmitting information to server computer system 124 . In some embodiments, processing module 310 may be configured to communicate with a partner of partner 104 and/or a third party partner. Verification activities (e.g. environmental product declaration verification, determination of the environmental impact of environmental activities performed by the verifier of the verifier 108).

In some embodiments, processing module 310 may be configured to allow one or more registered partners 104 to submit requests to create environmental product declarations for one or more products and/or services that they own, produce, and/or provide. have. The processing module 310 may be configured to assign one or more verifiers 108 to generate environmental product declarations. In some embodiments, processing module 310 allows partner 104 to charge server computer system 124 service fees for generating environmental product declarations using currencies, cryptocurrencies, points, and/or credits available at the partner. It may be configured to allow or enable transmission to. ' account. In some embodiments, processing module 310 may be configured to assign one or more verifiers 108 to generate environmental product declarations for partner's products and/or services of partner 104 . Here, the processing module 310 may be configured to enable the partner 104 . Transfers currency, cryptocurrency, points and/or credits to the accounts of one or more validators (108).

In some embodiments, processing module 310 may be configured to compare environmental product declarations based on information contained in the environmental product declarations, where the environmental product declarations may be verified by one or more verifiers 108 and , where the environmental product declaration can be: They are based on the same product category rules, analyzed according to the same life cycle impact assessment methods, 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 permit or enable verifier 108 to follow guidelines or rules in the creation and/or validation of environmental product declarations of products and/or services. for example,

In some embodiments, the processing module 310 is configured to anonymize the identification data of the verifier 108 and any information that the verifier makes recognizable in the information and/or environmental product declaration and pass the information and/or environmental information. It can be. Product declarations verified by the verifier (108) to one or more verifiers for review or revalidation of the informational and/or environmental product declarations, where the processing module (310) allows the verifier (108) to accept or reject each part. It can also be configured so that you can decide to do it. Verification of information verified by other verifiers 108 and commenting on and rating the validity of the verified information (eg, on a scale of 1-10). In some embodiments, processing module 310 may also be configured to continuously assign one or more verifiers 108 to review or re-validate verified information, and determine whether to accept or reject each piece of verified information. and/or more than 51% of verifiers 108 to evaluate the validity of the verified information. This is to validate the decision about the validity of the provided verified information before being accepted by processing module 310 . The processing module 310 may also be configured to allow or enable a verifier to determine whether certain information in an environmental product declaration must be accurate or within a certain accuracy range.

In some embodiments, processing module 310 also allows registered verifiers 108 to propose and/or guidelines or rules regarding the creation and/or verification of environmental product declarations (eg, data collection strategies or rules). or may be settable or configured to enable. validation rules), where the final decision on whether to accept or reject a guideline or rule can be made based on a majority vote, where 51% or more of the validators 108 vote in favor before approving the guideline or rule. Module 310 may also be configured to use one or more algorithms to determine a majority vote.

Processing module 310 may be configured to 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. This is done by comparing verified environmental product declarations. Products and services stored in a database on server computer system 124 based on information contained in verified environmental products. Where guidelines or rules (e.g. environmental product declarations can have the same system boundaries and are created using the same lifecycle impact method and product category rules) will be used for the creation and/or validation of product and/or environmental product declarations. can /or services that enable comparison between environmental product declarations. This is to determine the environmental product declaration with the lowest environmental impact and to calculate a score using one or more algorithms for each verified environmental activity, such as a product and/or service. It is used by one or more distributors 106 to distribute environmental activities to one or more partners 104 and/or unregistered entities. This is based on the information contained in the Verified Environmental Product Declaration of products and/or services and the information contained in the Verified Environmental Product Declaration of products and/or services used by other distributors to distribute their environmental activities. Guidelines or rules here (e.g. environmental product declarations may have the same system boundaries, and are created using the same life cycle impact method and product category rules) may be used to create and/or validate a product's environmental product declaration. have. and/or Services. This is to enable comparability between environmental product declarations in order to determine which environmental product declaration has the least environmental impact. This is to calculate, using one or more algorithms, a score for each verified environmental law violation reported by one or more partners 104 based on the environmental impact of each environmental law violation.

In some embodiments, the processing module 310 may be used by a verifier (e.g., an incorrect verification decision) to provide a decision that has not been accepted by another verifier 108 and/or multiple other verifiers 108. 108) (eg, by not sending a verification request). It is inconsistent with decisions relating to verification activities determined by neural networks trained through one or more algorithms, machine learning and/or deep learning. The processing module 310 may also be configured to reward (eg, by sending a confirmation request and/or by sending currency, cryptocurrency, points.

In some embodiments, processing module 310 also includes (a) the number of environmental product declarations for environmental activities (eg, products and/or services) performed (eg, purchased, used, or completed) by user 102; and score, (b) number and score of environmental activities (e.g., products and/or services) suggested or recommended to user 102 by server computer system 124 and performed by user 102 (e.g., products and/or services); (e) number and score violations of environmental laws, (f) the geographic area in which the user is located, and/or (g) category of products and/or services (e.g. products obtained from the Environmental Product Declaration and/or or service category).

In some embodiments, the processing module 310 may also process the user 102, partner 104, and/or distributor 106 after every environmental activity that credits the environmental activity record of one or more user 102 partners. It may be configured to calculate an environmental credit score. 104 , and/or distributor 106 , or at regular intervals or based on requests from one or more user 102 partners 104 and/or distributor 106 .

In one embodiment, the processing module 310 is also configured to calculate an environmental credit score of the one or more algorithm partners 104 based on (a) factors including, but not limited to, the score and number of verified environmental product declarations of the product. It can be. and/or the services provided by the partner 104, (b) the score and number of verified environmental law violations of the partner 104, and (c) the number of responses of the partner 104 to the proposals of the processing module 310.

In one embodiment, processing module 310 may also include (a) an environmental credit score of distributor 106 using one or more algorithms based on factors such as, but not limited to, a score and number of verified environmental product declarations of the product. It can be configured to calculate and/or the services used by the distributor 106, (b) the score and number of environmental law violations of the distributor 106, and (c) the number of responses of the distributor 106 to the proposals of the processing module 310.

Further, the processing module 310 may also include an environment associated with one or more distributors 106, user 102's identification data (eg, unique user identifier, biometric data, blockchain identifier, and/or public key). It can be configured to match activity records. and partners 104 identify environmental activity records and each of one or more distributors 106, users 102, and partners 104 based on information about environmental activities (eg, products and/or services) shipped. gives credit to the record of its environmental activities. Out (eg, purchased, used, or completed) by one or more users 102.

In embodiments, processing module 310 may be further configured to enable user 102 to search for environmental activities such as products and/or services offered by one or more partners 104 in a specific or any geographic location. can Environmental activities may be displayed based on factors including, but not limited to, environmental product declaration scores for each environmental activity and the verified geographic location of user 102, and/or environmental activity provided by one or more partners 104. can (102). Here, the ascertained geographic locations of user 102 and partner 104 may be determined by server computer system 124 . In some embodiments, environmental activities with high scores may be given priority to be promoted to user 102 .

In one embodiment, processing module 310 also directs user 102 to environmental activities (eg, products and/or products) based on the score and verification status of each environmental activity (eg, product and/or products). , products and/or services). and/or services), where environmental activities with high scores and/or verified environmental product declarations may be first presented to one or more users 102 .

In some embodiments, processing module 310 also assigns points, credits, and/or cryptocurrency to the accounts of one or more users 102 after performing (eg, participating in, purchasing, using, or completing) environmental activities. It can be configured to earn. (eg, products and/or services) The number of points, credits and/or cryptocurrencies credited to the user's account may be based on the environmental product declaration score of the product or service performed by the user 102. The processing module 310 may also be configured to mark and reward one or more partners 104 and distributors 106 with high environmental credit scores with marks, symbols, symbols, and/or any other benefits. Environmental credit scores of partners 104 and distributors 106 may be used in areas including:

The processing module 310 determines the environmental product declaration score of the environmental activity based on the location of the environmental activity of one or more partners from each user 102 . Processing module 310 may also be configured to retrieve environmental activities such as products and/or services offered to user 102 at a geographic location through a website hosted by user 102 . or through server computer system 124 and/or mobile applications.

The processing module 310 includes one or more registered devices (e.g., a user device 110, a partner device 112, a distributor device 114, a verification device 116, an advertising service provider device) requesting a geographic location ( 127), to determine the geographic location of the service point). system 118 and site device 129 one or more devices requesting geolocation and one or more static and/or dynamic registration devices (e.g., user device 110, partner device 112, distributor device 114, Determine the distance between the verifier devices (116). Advertising service provider device 127, service system with synchronized clock (synchronized time) by determining how long it takes for each device with synchronized time to receive a request from one or more registered devices requesting a geographic location ( 118) and point 129 of site device 129, wherein the geolocation data may be stored in a database of database 312 of server computer system 124, wherein one of one or more registered devices requesting a geographic location; , where one or more registered devices requesting a geographic location are located within one or more network coverage areas. A device registered with a synchronized time, wherein the one or more registered devices having the synchronized time and the one or more registered devices requesting a geographic location establish a short range wireless network, which may be one of Bluetooth wireless, Bluetooth low energy, and/or short range communication. may be configured to communicate via The one or more registered devices with synchronized time and the one or more registered devices requesting geolocation may be configured to communicate with a wireless or mobile carrier or wireless service provider and server computer system 124, where the geolocation data is It may be obtained periodically, intermittently, or continuously and stored in database 312 of server computer system 124. One or more registered devices with synchronized times and one or more registered devices requesting geographic location may be wireless or mobile carrier or wireless service provider and server computer system 124, where geolocation data is periodically, intermittently, or continuously obtained and stored in database 312 of server computer system 124. The one or more registered devices with synchronized time and one or more registered devices requesting a geographic location may be configured to communicate with a wireless or mobile carrier or wireless service provider and server computer system 124, wherein the geographic location Data is acquired periodically, intermittently or continuously and stored in database 312 of server computer system 124 .

and/or by processing module 310 to determine whether their current geolocation data obtained by the associated GPS/AGPS sensor matches or substantially matches geolocation data obtained from a wireless or mobile carrier, or wireless service provider. The determined geographic location, and/or geolocation data determined by processing module 310, wherein the devices communicate with a wireless or mobile carrier, or wireless service provider, and communicate with each other over a short-range wireless network, which may be one of a Bluetooth wireless network. can be configured. As a Bluetooth low energy and/or local area network, a device is located within the network coverage area of one or more registered devices at a synchronized time. In some embodiments, the geolocation data of the registered device may be verified by the geolocation data determined by the processing module 310 . This includes geolocation data matched or substantially matched by a wireless or mobile operator or wireless service provider to a real-time geographic location. Data from registered devices. It is collected by connected GPS/AGPS sensors or when three geographic locations are within a predefined distance.

In some embodiments, the processing module 310 combines the received real-time geolocation data of one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116, advertising service provider devices into one. It can be configured to compare using any of the above algorithms. 127, point of service system 118 and site device 129 register or obtain by associated GPS/AGPS sensors prior to registration or authentication with server computer system 124 for geolocation data obtained from wireless or mobile carriers. geographic location determined by the wireless service provider, and/or processing module 310, may be determined by their current location obtained by the associated GPS/AGPS sensor, location obtained from the wireless or mobile carrier, or wireless service provider, and/or Determine whether a geographic location coincides or substantially coincides. It is determined by the processing module 310 that the devices will be configured to communicate with a wireless or mobile carrier, or wireless service provider, and with each other over a short range wireless network, which can be one of Bluetooth wireless, Bluetooth low energy, and/or Bluetooth low energy. can or a local area communications network, where the device is located within the network coverage area of one or more registered devices at a synchronized time. and/or a geographic location determined by processing module 310, wherein the device is a wireless or mobile carrier, or wireless service provider. They may be configured to communicate with providers and communicate with each other via a short range wireless network, which may be one of Bluetooth wireless communication. Bluetooth low energy and/or local area communications networks, where the device is located within the network coverage area of one or more registered devices at a synchronized time and/or geographic location determined by processing module 310, where the device is a wireless or mobile carrier , or to communicate with a wireless service provider and communicate with each other via a short range wireless network, which may be one of Bluetooth wireless communication. A Bluetooth low energy and/or local area network, wherein the device is located within the network coverage area of one or more registered devices at a synchronized time, wherein the device is located within the network coverage area of one or more registered devices at a synchronized time, wherein: A device is located within the network coverage area of one or more registered devices at a synchronized time.

In some embodiments, processing module 310 registers or registers one or more point-of-service systems 118 and one or more site devices 129 when the location is determined by processing module 310 and/or geolocation data. can be configured to reject Information obtained from wireless or mobile carriers or wireless service providers does not match or substantially match real-time geolocation data of one or more point-of-service systems 118 and associated GPS/AGPS-obtained one or more site devices 129 I never do that. When the sensors or three locations are not within a predefined distance of each other.

In some embodiments, processing module 310 may send geolocation data to one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices 127. ) may be configured to register or deny registration. Geolocation data determined by server computer system 124 and/or obtained from wireless or mobile carriers or wireless service providers does not match or substantially does not match real-time geolocation data obtained by associated GPS/AGPS sensors . If the three locations are not within a predefined distance of each other, geolocation data determined by processing module 310 and/or geolocation data obtained from wireless or mobile carriers, or wireless service providers, may be city, state, country, region or It is not within a predefined location such as the location determined by processing module 310 .

In some embodiments, processing module 310 processes the geolocation data determined by processing module 310 and/or information obtained from a wireless or mobile carrier, or a wireless service provider, to one or more point-of-service systems 118. ) and real-time geolocation data of one or more site devices 129 obtained by the associated GPS/device. AGPS sensors or when the three locations are not within a predefined distance of each other.

In some embodiments, processing module 310 processes geolocation data obtained from processing module 310, and/or a wireless or mobile carrier, or wireless service provider, to one or more user devices 110, partner devices. (112) does not match or does not substantially match real-time geolocation data. If the locations of the advertising service provider device 127 or three obtained by the distributor device 114, verifier device 116, and/or associated GPS/AGPS sensors are not within a predefined distance of each other, or the server computer system If the geographic location determined by 124 and/or the geographic location data obtained from a wireless or mobile carrier or wireless service provider is not within a predefined location such as a city, state, country, region, or processing module 310 location determined by

In some embodiments, processing module 310 allows one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to verify their geographic location. After verifying the position, the processing module 310 may notify the result of the verification. In some embodiments, processing module 310 allows one or more partners 104, distributors 106, verifiers 108, advertising service providers 126, and/or external systems to interact with users 102, partners 104. , the distributor 106, and the verifier's geographic location. 108, and/or advertising service providers 126.

In some embodiments, processing module 310 also supports environmental activities (eg, products and/or services). In some embodiments, processing module 310 may also be configured to credit user's 102 account with credits, currency, and/or points for receiving advertising service data records from advertising service provider 126. have.

The processing module 310 also analyzes the environmental credit scores of users 102, partners 104, and distributors 106 and selects one or more users 102, partners 104, and distributors with high environmental credit scores ( 106).

In some embodiments, processing module 310 also processes environmental activities (e.g., products and/or services). Each partner 104 in the database of the server computer system 124, where information about the environmental product declarations of products and/or services (eg environmental product declaration identification data such as registration numbers) and/or other identifying data (eg For example, a partner's 104 unique user identifier, blockchain identifier, name, address, and/or other identifying data) may be used by one or more users 102 in the search process.

In some embodiments, processing module 310 may interact with one or more of user 102 and/or partner 104 while the user is performing an environmental activity provided by a partner of partner 104 (eg, a transportation company). may be configured to authenticate a partner of Here, storing transaction data (eg, offline transaction data) in database 312 of server computer system 124 may be rejected by processing module 310 if authentication is not successful. In some embodiments, processing module 310 may send one or more users 102 and/or partners (eg, partners' employees) of partners 104 before storing transaction data (eg, offline transaction data). It can be configured to authenticate. This is in database 312 of server computer system 124, and authentication may be performed according to one-factor, two-factor, three-factor or four-factor authentication methods.

In embodiments where one or more point-of-service systems 118 of one or more partners 104 (eg, transportation companies) may be installed in one or more vehicles (eg, electric vehicles) of one or more partners 104 . , the processing module 310 is configured to verify using one or more algorithms, machine learning, and/or trained neural networks by deep learning the geographic location of one or more users 102 and one or more point-of-service systems 118; On the other hand, one or more users 102 perform environmental activities (eg, transportation services) provided by one or more partners 104 (eg, transportation companies), where the processing module 310 performs an account of one or more users 102. In the environment activity, credits, points, currency, cryptocurrency and/or random currency if one or more users 102 are not at the location of the point of service system 118 or within a predefined distance from the location of the point of service system 118. 's reward. 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 methods described herein.

In some embodiments, the processing module 310 enables offline transactions and once the server computer system 124, point of service system 118, computing node 122, site device 129, user device 110, The partner device 112 may be configured to propagate the distributor transaction. Device 114, verification device 116, and/or advertising service provider device 127 reconnects to network 120, where network 120 may include a Wireless Mesh Network (WMN).

In some embodiments, processing module 310 allows 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 ( For example, installing the same site device at a new location, changing the orientation of the site device (in this case, the processing module 310 may authenticate the verifier 108 and submit the request after one or more verifiers 108 are successful). Authentication, where authentication may be performed according to a 1-factor, 2-factor, 3-factor or 4-factor authentication method, wherein the request is sent from one or more site devices 129 or one or more verification devices. Can be transmitted 116.

In some embodiments, processing module 310 may use site 128, a partner of partner 104, and/or one or more verifiers 108 prior to storing site activity data or data records in site 128's database. It can be configured to authenticate. Authentication at server computer system 124 may be performed according to one-factor, two-factor, three-factor, or four-factor authentication methods described herein. In some embodiments, processing module 310 may use site 128, a partner of partner 104, and/or one or more verifiers 108 prior to storing site activity data or data records in site 128's database. It can be configured to authenticate. Authentication at server computer system 124 may be performed according to one-factor, two-factor, three-factor, or four-factor authentication methods described herein.

and/or the geolocation data obtained from the wireless or mobile carrier, or wireless service provider, matches or substantially matches the real-time geolocation data of the site device 129 obtained by the associated GPS/AGPS sensor, or three geolocation data. In some embodiments, processing module 310 allows one or more site devices 129 to have partners' locations stored in a database of server computer system 124 (e.g., partners address) may be configured to deactivate one or more site devices 129. or within a predefined distance from the partner's location (eg, the partner's address) stored in a database of server computer system 124. or the wireless service provider matches or substantially matches the real-time geolocation data of the site device 129 obtained by the associated GPS/AGPS sensors, or if the three geolocation data are within a predefined distance of each other. In some embodiments, the processing module 310 may perform one or more site devices 129 if the one or more site devices 129 are not located at the partner's location (eg, the partner's address) stored in the database of the server computer system 124. (129). or within a predefined distance from the partner's location (eg, the partner's address) stored in a database of server computer system 124. or the wireless service provider matches or substantially matches the real-time geolocation data of the site device 129 obtained by the associated GPS/AGPS sensors, or if the three geolocation data are within a predefined distance of each other. In some embodiments, the processing module 310 may perform one or more site devices 129 if the one or more site devices 129 are not located at the partner's location (eg, the partner's address) stored in the database of the server computer system 124. (129). or within a predefined distance from the partner's location (eg, the partner's address) stored in a database of server computer system 124.

In some embodiments, the processing module 310 is an environmental activity (eg, product and/or service) processing module 310 of one or more partners 104 according to the methods described herein. , may not credit the account of one or more users 102 with points, currency, cryptocurrency, and/or any reward. 118 of the partners 104 if one or more users 102 are not located in the geographic location of a partner (eg, the partner's address) stored in a database on the server computer system 124 or not located in the geographic location of a point of service system. , or is not located within a predefined distance from the geographic location of the point of service system 118. In some embodiments, processing module 310 may be configured to ascertain one or more users 102 and the geographic location of one or more users. Service point system 118 according to the methods described herein.

In some embodiments, processing module 310 allows one or more partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to use one or more employee accounts with limited privileges and the same privileges. It can be configured to create an administrator account with The primary administrator account (the first account created during registration of the distributor 106, verifier 108 and advertising service provider 126 on the server computer system 124). Processing module 310 is also configured to enable partners 104, distributors 106, validators 108, and/or advertising service providers 126 to submit requests to deactivate one or more employee accounts and manager accounts. It can be. Where one or more manager accounts may be required to consent to a request to deactivate one or more employee accounts and/or manager accounts, where processing module 310 may also be configured to verify identification data comprising one or more biometric data. have. Manager account holders prior to deactivating one or more staff accounts and/or manager accounts. In some embodiments, processing module 310 may be configured to authenticate one or more manager account holders prior to deactivating one or more employee accounts and/or manager accounts. Here processing module 310 may also be configured to verify identification data, including biometric data, of one or more manager account holders prior to deactivating one or more employee accounts and/or manager accounts. In some embodiments, processing module 310 may be configured to authenticate one or more manager account holders prior to deactivating one or more employee accounts and/or manager accounts. Here processing module 310 may also be configured to verify identification data, including biometric data, of one or more manager account holders prior to deactivating one or more employee accounts and/or manager accounts. In some embodiments, processing module 310 may be configured to authenticate one or more manager account holders prior to deactivating one or more employee accounts and/or manager accounts.

In some embodiments, the processing module 310 allows one or more verifiers 108 to register one or more sites 128 of one or more partners 104 with server computer system 124. It may be configured to enable submitting a registration request. For example, processing module 310 may be configured to enable a verifier of verifier 108 to create a profile for one or more sites 128 of partners 104 using the site apparatus of the site apparatus. have. To submit the site device 129 and profile to the server computer system 124 as a registration request. The profile of each site includes information representing the site name, partner identification information of the partner 104 (e.g. name, account identifier, blockchain identifier, public key), partner address, partner type (e.g. university, company, organization, government). organization), identification information of one or more site devices 129 (e.g., a unique site device identifier that may be printed on a site device or provided to a verifier by server computer system 124, unique site device identifiers are human and machine readable form), and/or any other information that may be required to register one or more sites 128 with server computer system 124. In some embodiments, processing module 310 enables one or more verifiers 108 to scan an RFID and/or NFC tag associated with site device 129 to register site 128 with server computer system 124. Identification information of one or more site devices 129 (e.g., a unique site device identifier that may be printed on a site device and/or provided to a verifier by server computer system 124). , the unique site device identifier may be in human and machine readable form), and/or any other information that may be required to register one or more sites 128 with server computer system 124 . In some embodiments, processing module 310 may be configured to allow one or more verifiers 108 to scan. An RFID and/or NFC tag associated with site device 129 to register site 128 with server computer system 124. Identification information of one or more site devices 129 (e.g., may be printed on the site device). unique site device identifiers that may exist and/or be provided to a verifier by server computer system 124, unique site device identifiers may be in human and machine-readable form), and/or one or more sites Any other information that may be needed to register 128 with server computer system 124. In some embodiments, processing module 310 may be configured to allow one or more verifiers 108 to scan. An RFID and/or NFC tag associated with site device 129 to register site 128 with server computer system 124 (unique site device identifier may be in human and machine readable format), and/or one Any other information that may be required to register the above site 128 with the server computer system 124. In some embodiments, processing module 310 is configured to allow one or more verifiers 108 to register site 128 with server computer system 124 by scanning an RFID and/or NFC tag associated with site device 129. The unique site device identifier may be in human and machine readable format), and/or any other information that may be required to register one or more sites 128 with server computer system 124. In some embodiments, processing module 310 is configured to allow one or more verifiers 108 to register site 128 with server computer system 124 by scanning an RFID and/or NFC tag associated with site device 129. It can be.

In some embodiments, processing module 310 allows one or more verifiers 108 to submit registration requests for one or more sites 128 at locations of one or more partners 104 using site devices of site devices 129. It can be configured to allow The data of each registration request at one or more sites 128 submitted by one or more verifiers 108 to server computer system 124 using the site device of site device 129 includes time, geolocation data (e.g., GPS/AGPS coordinates) of partner 104, one or more verifiers 108, and one or more site devices 129, identification data of partner 104 of partner (e.g., biometric data, blockchain identifiers, public key), and/or identification data of one or more verifiers 108 and/or one or more sites 128 (e.g., images, videos, and/or live video, unique site device identifiers), wherein the images, videos, and /or live video may be acquired by one or more imaging devices of one or more site devices 129 during site registration and during the registration period. Installations of site devices may be stored in database 312 of server computer system 124 for use by a neural network trained through one or more algorithms, machine learning, and/or deep learning (eg, image or video recognition algorithms). site 128 to extract image features of one or more sites 128 that may be used for authentication of one or more sites 128, identification of one or more sites 128, and/or verification of identification data of one or more sites 128; and /or live video may be acquired by one or more imaging devices of one or more site devices 129 during site registration and stored in database 312 of server computer system 124 during installation of the site devices. Used by a neural network trained through one or more algorithms, machine learning, and/or deep learning (eg, image or video recognition algorithms) to authenticate one or more sites 128, identify one or more sites 128, and/or or validation of identification data of one or more sites 128. and/or live video may be acquired by one or more imaging devices of one or more site devices 129 during site registration and server computer system 124 during installation of the site devices. ) may be stored in the database 312. Used by a neural network trained through one or more algorithms, machine learning, and/or deep learning (eg, image or video recognition algorithms) to authenticate one or more sites 128, identify one or more sites 128, and/or or verification of identification data of one or more sites 128. image or video recognition algorithms) that may be used to authenticate one or more sites 128, identify one or more sites 128, and/or verify identifications. Data 128 of one or more sites for extracting image features of (128) image or video recognition algorithms) may be used for authentication of one or more sites 128, identification of one or more sites 128, and/or verification of identification. data 128 of one or more sites for extracting image features of one or more sites 128 in

In some embodiments, processing module 310 may perform multiple combinations of sites 128, users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126. It can be configured to generate, and is associated with, a plurality of request identifiers for. Devices that may be used to access server computer systems 124 (site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verification devices 116 ), and/or advertising service provider device 127), and geolocation data or geolocation data (eg, GPS/AGPS coordinates) of the device. Each request identifier can be bound in combination. Each combination may represent an authentication method.

Server computer system 124 may store each of the generated request identifiers in database 312, where each of the generated request identifiers may be provided to or provided to server computer system 124 for access to server computer system 124. can be provided.

In some embodiments, the processing module 310 includes one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider device 127 . The device identification information may be one or more pieces of information uniquely identifying each device. Device identification information includes operating system version, operating system manufacturer, information about communication interface 408, memory 404, processor 406, storage component 402, input component 414, output component 412 ), and the communication infrastructure 410 of the site device 129, point of service system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or or advertising service provider device 127, and operating system name. Those skilled in the art will recognize that other forms of device identification information may be substituted herein as part of providing device identification information to server computer system 124.

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

In some embodiments, processing module 310 performs biometric identification (e.g., facial image) features using one or more algorithms. wherein the biometric feature data (eg, mean, feature dimension) may be stored as a model in database 312 of server computer system 124; Features of the site images, videos and/or live video of each site 128 are extracted using one or more algorithms, where the feature data (eg, averages, feature dimensions) are stored in a database 312 on the server. can Computer system 124 is modeled after. Biometric data and site images, videos,

In embodiments where a five-factor authentication method is used, processing module 310 is based on a combination of a plurality of five factors (user, user credential information, device PUF, device identification information, and geolocation data), The resulting template can be stored in the database 312 of the server computer system 124 and the geolocation data can be verified. In some embodiments, server computer system 124 may use five factors (user, user credential information, device PUF, device identification information,

In some embodiments where user credential information is used as a factor, one or more site devices 128 and point of service systems 118 may transmit data to server computer system 124 . Sending one or more partner 104 credential information (eg, username, password, personal identification number (PIN), key, etc.) to one or more partners 104 to enable access by one or more service systems 118 After one or more points of service system 118 requests access to server computer system 124, server computer system 124, where the credential information may be sent to one or more partner devices 112. Processing Modules 310 also generates and transmits one or more verifier 108 credential information (eg, username, password, personal identification number (PIN), key, etc.) to one or more verifiers 108 to activate. can be configured to One or more site devices 129 to access server computer system 124 during installation or maintenance of one or more site devices 129 or based on a request from one or more verifiers 108, wherein credential information is Based on a request from one or more verifier devices 116 or one or more verifiers 108, credential information may be sent to one or more verifier devices 116 or in response to a request from one or more verifiers 108. Based on this, credential information may be transmitted to one or more verifier devices 116 .

In some embodiments, processing module 310 allows each of users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 to server computer system 124. may be configured to request permission for access to, where each access request may be provided with a request identifier. One or more partners 104 submit one or more requests to allow one or more service systems 118 to request access to server computer system 124 to transmit data to server computer system 124, where Each access request may also be: along with the request identifier; enable one or more verifiers 108 to submit one or more requests so that site device 129 can request permission to access server computer system 124 to transmit data to server computer system 124; received from each of the site device 129, point of service system 118, user device 110, partner device 112, distributor device 114, verification device 116, and/or advertising service provider device 127 by identifying each requested request identifier and comparing it to the request identifier generated and stored in the database of the access server computer system 124 in the server computer system (124); Generates a challenge when accepting each of the request identifiers received from each of the site device 129, point of service system 118, user device 110, partner device 112, distribution device 114, and verification device 116 or issue and transmit. or advertising service provider device 127 . distributor device 114, verifier device 116, and/or advertising service provider device 127 for accessing server computer system 124 by comparison with a request identifier generated and stored in a database of server computer system 124; Generates a challenge when accepting each of the request identifiers received from each of the site device 129, point of service system 118, user device 110, partner device 112, distribution device 114, and verification device 116 or issue and transmit. or advertising service provider device 127 . distributor device 114, verifier device 116, and/or advertising service provider device 127 for accessing server computer system 124 by comparison with a request identifier generated and stored in a database of server computer system 124; Generates a challenge when accepting each of the request identifiers received from each of the site device 129, point of service system 118, user device 110, partner device 112, distribution device 114, and verification device 116 or issue and transmit. or advertising service provider device 127 .

In some embodiments, processing module 310 converts biometric (eg, facial image) features and/or image, video, and/or live video features of a site according to models stored in database 312 to one or more algorithms. Can be configured to extract using. Server computer system 124, where feature extraction may be performed during authentication.

In some embodiments, one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising services. Provider device 127 uses the generated output of the PUF of one or more devices to create a key and transmits the key to server computer system 124 when one or more algorithms receive a challenge. The PUF's output is generated in response to receiving a challenge sent by the server. computer system.

In some embodiments, processing module 310 may use one or more algorithms (eg, BioHashing algorithms) for biometric (eg, facial image) features, images, videos, and/or live video features of a site, and unique device identifiers. (e.g., CMOS sensor physical copy protection function), and/or GPS/AGPS coordinates to create a template to use for comparison, where the template may be created during authentication. In embodiments in which integration may not be performed, processing module 310 may use one or more algorithms (eg, BioHashing algorithms) for biometric features, images, videos and/or live video features of a site, unique device identifiers, and/or geolocation data may not be required.

In some embodiments, processing module 310 may be configured to retrieve an initial template generated and stored in database 312 of server computer system 124 during registration, where the request identifier received from each device is the initial template can be used to search for Templates stored in database.

A preview of data variances in the verified geolocation data of one or more site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, and verifier devices 116. The defined threshold, or advertising service provider device 127, is adjusted by the server computer system 124 to target one or more users 102, partners 104, distributors 106, validators 108, sites ( 128), advertising service providers 126, and/or their associated devices to server computer systems 124 to specific geographic locations, specific regions, specific cities, and/or specific countries. In some embodiments

Certain cities and/or certain countries. In some embodiments, authentication of each site device 129 and/or each point of service system 118 is performed at a point between each site device 129 and/or the template created during authentication and the initial template created and stored during registration. The service system 118 is within a predefined threshold.

In some embodiments, processing module 310 uses one or more algorithms to route site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, and verification devices. (116) may be configured to compare the device identification information. and/or advertising service provider device 127, and user credential information of users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 in a database ( With the device identification information and user credential information stored at 312), the server computer system 124 determines whether the device identification information and user credential information obtained during authentication match the device identification information and user credential information obtained during registration. determine, where authentication may be rejected if user credential information stored in the database 312 of the server computer system 124 and user credential information obtained during authentication do not match, and authentication may be denied to the server computer system 124 The stored device identification information does not match or substantially does not match the database 312 of the server computer system 124 and the device identification information obtained during authentication. The device identification information stored in the database 312 of the server computer system 124 If the device identification information obtained during authentication and the device identification information obtained during authentication do not match or do not substantially match, authentication may be rejected. In case of mismatch or material mismatch, certification may be rejected.

In some embodiments, processing module 310 performs site device 129, point-of-service system 118, user device 110, partner device 112, distributor device 114, verification device 116 based on , and/or configured to authenticate the advertising service provider device 127 . type of combination. The type of combination may include one-factor authentication method, two-factor authentication, three-factor authentication, four-factor authentication, and five-factor authentication.

In some embodiments, the processing module 310 may cause a service and/or process of one or more partners 104 or one or more unregistered entities to one or more users 102, partners 104, distributors 106, verifiers 108 ), and/or advertising service provider 126. In this case, the processing module 310 sends a request to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. It can be configured to receive. more partners 104 and/or one or more unregistered entities; The processing module 310 may send the status or result of authentication to one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and/or services and/or or process, and notify one or more partners 104 and/or one or more unregistered entities. In some embodiments, processing module 310 may be configured to combine credentials (one-time cryptographic tokens, public keys, private keys, passwords, RSA signatures, etc.) with successful authentication of one or more users 102, partners 104. can The distributor 106, verifier 108, and/or advertising service provider 126, where the processing module 310, after successful authentication, sends credentials to the services or processes of one or more partners 104 or one or more unregistered entities. can be configured to release. One or more Users (102), Partners (104), Distributors (106), Validators (108),

In some embodiments, processing module 310 allows one or more users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 to modify one or more related devices. It can be configured so that it can be requested to be used or used. Here, the processing module 310, after successfully authenticating to submit a request from an associated verified device registered with the server, sends one or more users 102, partners 104, distributors 106, verifiers 108, and/or It may be configured to enable advertising service providers 126 . Computer system 124 for changing or using one or more devices, where processing module 310 may be configured to exclude validation of one or more new devices during registration or registration of new devices with server computer system 124. A verified device of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 is lost, damaged, or used to submit requests. In an unavailable embodiment, the processing module 310 disables or blocks lost, damaged, or unusable devices and allows one or more partners 104 to take action from the partner device 112 and/or the partner's point-of-service system 118. may be configured to be able to submit a request for, where the processing module 310 is one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. ) and to exclude verifying the associated device before submitting a request to the server computer system 124 . 124 request is accepted, and processing module 310 allows users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to communicate with server computer system 124. The processing module 310 may be configured to register the new one or more devices with the server computer system 124 or to exclude validating the new one or more devices during registration with the server computer system 124. The processing module 310 may be configured to register a new device with the server computer system 124 or to preclude verifying one or more new devices during registration. 124) may be configured to register a new device or preclude verifying one or more new devices during registration.

In some embodiments, processing module 310 prior to activating one or more users 102, partners 104, distributors 106, validators, one or more users 102, partners 104, distributors 106, It may be configured to authenticate the verifier 108 and the advertising service provider 126 . 108, and/or advertising service provider 126 may perform one or more functions of users 102, partners 104, distributors 106, validators 108, and advertising service providers 126 described herein. carry out

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

In some embodiments, the processing module 310 may include one or more users 102, partners 104, distributors 106, verifiers 108 and/or users 102, partners 104, distributors 106. , verifier 108, and/or advertisement service provider 126 during registration with server computer system 124 to form a respective biometric template; During registration of one or more sites 128 with server computer system 124 by one or more verifiers 108, site images, videos, and/or live video characteristics that are distinguished from one or more sites 128 are determined by one or more algorithms. Extract site images, videos,

In some embodiments, processing module 310 may include site devices 129, point of service systems 118, user devices 110, partner devices 112, distributor devices 114, verification devices 116, advertising It may be configured to authenticate each service provider device 127 and site 128 . Users (102), Partners (104), Distributors (106), Validators (108). This includes the advertising service provider 126 prior to being able to perform one or more of the functions of the site device 129, point of service system 118, user device 110, and partner device 112. Distributor Device 114, Verifier Device 116. This includes advertising service provider devices 127, sites 128, users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 described herein. Also included.

Disclosure module 314 may be configured to publish environmental credit scores of users 102, partners 104, and distributors 106 and notify users 102, partners 104, and distributors 106. can

In embodiments where blockchain may be utilized, processing module 310 is configured to generate new blocks, data values, and block headers to be verified by other nodes in the blockchain network and added to the associated blockchain.

Disclosure module 314 publishes environmental credit score data of users 102, partners 104, and/or distributors 106 under their respective environmental activity records. Users 102, partners 104, and/or distributors 106.

In some embodiments, the publishing module 314 may be configured to transmit or enable or allow one or more advertising service providers 126 to transmit or transmit at least one advertising service data record to one or more users 102 . Data for each advertising service may include user 102, partner 104, distributor 106, verifier 108 and/or advertising service provider 126 identification data (e.g., unique user identifier, account identifier, biometric data), but is not limited to this. data, blockchain identifiers, public keys) and information about advertising activity data (e.g. information about requests or orders for advertising services, time, type, number, cost and/or information about the content history of advertising). In some embodiments, user 102 may use credits, currency,

In some embodiments, disclosure module 314 may be configured to enable or allow one or more program operators to track and monitor verification activities of environmental product declarations performed by verifiers of verifier 108 . In some embodiments, the publishing module 314 may be as follows. Validator 108 configured by one or more Program Operators to allow or prevent publication of verified environmental product declarations (public disclosure on a blockchain network) and to track and monitor verification activities of environmental product declarations performed by verifiers.

In embodiments where server computer system 124 may be a computing node of a blockchain network, processing module 310 is configured to generate new blocks, data values, and block headers to be added and verified by other nodes in the blockchain network. It can be. on the connected blockchain

In some embodiments, processing module 310 may be configured to identify one or more sites, partners, and verifiers associated with site activity data or data records; extract data representative of real-time data related to environmental product declarations of at least one of the plurality of partners for each site device; generate a display of a sensor list for each site device, where each sensor is listed with associated real-time data associated with an environmental product declaration, and the generated display further includes site identification information and partner identification information for each . sensors of each site device, the generated display further including historical data for a period of time, and the generated display including graphic data; define one or more alert levels based on collected real-time data related to environmental product declarations of environmental activities provided by at least one of the plurality of partners, the processing module having one or more verifiers determine the collected real-time data related to one or environmental product declarations; more alert levels based on data; determining whether data collected by the ore or more sensors of one or more site devices includes real-time data that meets any of the defined alarm levels, wherein at least one of the defined alarm levels is met, generating; contains more Alert notifications and notifications to one or more partners and one or more validators. In some embodiments, processing module 310 may be configured to assign one or more verifiers to revalidate the environmental product declaration when at least one of the defined alert levels is met. In some embodiments, processing module 310 determines that an environmental activity provided by a partner of partner 104 meets a defined alert level.

Database 312 may be configured to store personal information and environmental activity information of registered users 102 , registered partners 104 , and registered distributors 106 . In some embodiments, database 312 may be further configured to store a record of at least one environmental activity of a partner. 104, user 102, and distributor 106, listing data in environmental activity records of distributors, partners, and users according to the category of each environmental activity. Database 312 also relates to identification data (eg, request identifiers, GPS/AGPS coordinates, unique device identifiers, unique user identifiers, biometric information, entitlement information, geolocation data, device PUFs, device identification information). Multiple environmental activity records may be maintained. information, blockchain identifiers, public keys, names, addresses and/or other identifying data of multiple users 102, partners 104 and distributors 106). Each of the plurality of environmental activity records includes, but is not limited to, information about the environmental activity. and environmental law violations. Each of the registered distributors 106 may monitor and track environmental activities, including products and/or services distributed to partners 104 and stored in the distributor's environmental activity records. Each of the partners 104 may monitor and track environmental activity, including products and/or services provided and/or reported by the partner and stored in the partner's environmental activity record.

In some embodiments, database 312 may be associated with points, credits, currencies and/or cryptocurrencies of users 102, partners 104, distributors 106, validators 108, and/or advertising services. It may be further configured to store a plurality of transaction data records. Provider 126 lists transactional data records under respective account profiles of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, and databases 312 may maintain a plurality of transaction data records associated with identification data. (e.g. Request Identifier, GPS/AGPS Coordinates, Unique Device Identifier, Biometric Information, Credential Information, Geolocation Data, Device PUF, Device Identification Information, Unique User Identifier, Biometric Data, Blockchain Identifier, Public Key, Multiple names, addresses and/or other identifying data of users 102, partners 104, distributors 106, validators 108 and/or advertising service providers 126). and/or exchange of credits, points, cryptocurrencies and/or currencies in connection with users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. User 102, Partner 104, Distributor 106, Validator 108 respectively. and/or advertising service provider 126 may monitor and track transactional data records. Each transactional data record includes a user 102, partner 104, distributor 106, validator 108, and/or It may include, but is not limited to, data relating to the transfer and/or exchange of credits, points, cryptocurrencies and/or currencies related to advertising service providers. 126. Users 102, partners 104, distributors 106, validators 108, and/or advertising service providers 126 may each monitor and track transaction data records. Each transaction data record includes Include data relating to the transfer and/or exchange of credits, points, cryptocurrencies and/or currencies relating to users 102, partners 104, distributors 106, validators 108 and/or advertising service providers. can, but is not limited to 126. Users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 may each monitor and track transactional data records.

Database 312 may be configured to store personal information, verification activity records, and other activity information of each registered verifier 108 . The verifier 108 lists data in the verifier's activity record based on each activity's category. Database 312 also includes a plurality of data related to identification data (eg, request identifier, GPS/AGPS coordinates, unique device identifier, biometric information, entitlement information, geolocation data, device PUF, device identification information, unique user). You can keep records of your activities. identifiers, biometric data, blockchain identifiers, public keys, names, addresses, and/or other identifying data) of the plurality of verifiers 108, records of each verification activity include one or more verification activities (e.g., verification of environmental product declarations and /or creation, environmental impact of environmental activities, and/or environmental impact of violations of environmental laws) performed by one or more registered verifiers 108, and/or other information. Each of the verifiers 108 may monitor and track the verifier's activity stored in the verifier's activity record. Determination of environmental impacts of environmental activities and/or environmental impacts of violations of environmental laws) verifiers and/or other information performed by one or more registered verifiers (108). Each of the verifiers 108 may monitor and track the verifier's activity stored in the verifier's activity record. Determination of environmental impacts of environmental activities and/or environmental impacts of violations of environmental laws) verifiers and/or other information performed by one or more registered verifiers (108). Each of the verifiers 108 may monitor and track the verifier's activity stored in the verifier's activity record.

Database 312 may be configured to store personal information, advertising service data records, and other activity information of each registered advertising service provider 126 . In some embodiments, database 312 may be further configured to store at least one advertising service data record. List the data in records of one or more advertising service providers 126 based on the category of each data record. Database 312 also includes identification data (e.g., request identifier, GPS/AGPS coordinates, unique device identifier, biometric information, entitlement information, geolocation data, device PUF, device identification information, unique user identifier, biometric data, Blockchain identifier, public key, name, address,

Database 312 may include identification data (e.g., request identifier, geolocation data (eg, GPS/AGPS coordinates), unique device identifier, biometric information, entitlement information, geolocation data, device PUF, device identification information, site images, videos, and/or live video, blockchain identifiers, public keys), site activity data records, and other activity information for each of the sites 128. In some embodiments, database 312 may be further configured to store at least one site. Record activity data records for each site 128, and list the data in the site's activity records based on the category of each activity. Database 312 may also store identification data (e.g., request identifiers, geolocation data (e.g., and/or live video of a site of site 128, blockchain identifier, public key, data (e.g., lifespan)). periodic inventory data) (including but not limited to site operating data, site material consumption data, site emissions data, site energy consumption) data, and/or one or more sensors and/or devices of a site device of site device 129. site waste data of one or more products and/or services of the partner's 104 obtained by the partner's 104; geolocation data (e.g., GPS/AGPS coordinates of the site's site 128's site device's 129's GPS/AGPS coordinates) , and/or other data Each of the verifiers 108 may monitor and track the activity of each of the sites 128 stored in the site's activity record (life cycle inventory data) field operation data, field material consumption data, field one or more sensors and/or devices of a site device of 104 site device 129, including but not limited to emissions data, on-site energy consumption data, and/or on-site waste data for one or more products and/or services of a partner partner; geographic location data (eg, GPS/AGPS coordinates) of the site of the site device 128 of the site device 129, and/or other data Each of the verifiers 108 stores in the activity record of the site 128 It is possible to monitor and track the activities of each (life cycle inventory data) site operation data, site material consumption data, site emissions data, site energy consumption data, and/or partner site waste for one or more products and/or services of the partner. data, including but not limited to, 104 one or more sensors and/or devices of the site device of the site device 129, geolocation data of the site of the site device 128 of the site device 129, such as GPS/AGPS coordinates; ), and/or other data. Each of the verifiers 108 may monitor and track the activity of each of the sites 128 stored in the site's activity record. and/or site waste data of one or more products and/or services of partner 104 of partner 104 obtained by one or more sensors and/or devices of site device of site device 129, geolocation data (e.g., GPS/ AGPS coordinates of the site of the site device's site 128 of the site device 129), and/or other data. Each of the verifiers 108 may monitor and track the activity of each of the sites 128 stored in the site's activity record. and/or site waste data of one or more products and/or services of partner 104 of partner 104 obtained by one or more sensors and/or devices of site device of site device 129, geolocation data (e.g., GPS/ AGPS coordinates of the site of the site device's site 128 of the site device 129), and/or other data. Each of the verifiers 108 may monitor and track the activity of each of the sites 128 stored in the site's activity record.

A database in embodiments where blockchain may be used to store activity records of sites, records of users' environmental activities, records of partners' verification activities, records of distributor activities, data records of advertising service providers, records of transaction data, and other information. (312) It may be a blockchain in which data items of environmental activity records, verification activity records, transaction data records, advertising service data records and other information may be included as data values stored in blocks included in the blockchain.

User 102's environmental credit score may be used by entities including, but not limited to, private sector organizations, public sector organizations, the voluntary sector, and/or other entities in areas including, but not limited to, employment decisions, college admissions, and college admissions. have. Decisions, Landlord-Tenant Decisions, Government Decisions for Individuals, Companies and Other Entities. In addition, user 102's environmental credit score may be used in other areas that may affect a consumer's life, such as determining whether a service, award, credit, or scholarship should be provided or bestowed on user 102. .

server computer system 124 , user device 110 , partner device 112 , distributor device 114 , verifier device 116 , point of service system 118 , computing node 122 , advertising service provider device 127 ), and/or the process described above running on the site device 129, firmware, hardware, software, or a combination thereof. A processor may include storage media readable by the processor (including, for example, volatile and non-volatile memory and/or storage elements), input and output devices, and a processor. Each computer program can be a set of instructions (program code) in a code module that resides in the computer's random access memory. until the computer asks for it,

Server computer system 124 may include a physical machine or multiple physical machines, or a virtual machine running on a physical machine or multiple physical machines. Server computer system 124 may also include a cluster of computers or multiple distributed computers connected by network 120 or the Internet.

Further, the methods and functions described herein are not limited to any particular sequence, and operations or blocks related thereto may be performed in other sequences as appropriate. For example, described acts or blocks may be performed in an order different from that specifically disclosed, or multiple acts or blocks may be combined into a single act or block.

Although the present invention has been described in connection with what is presently considered the most practical and versatile embodiment, it should be understood that the present invention is not limited to the disclosed embodiments. However, to the contrary, it is intended to cover various modifications and equivalent arrangements.

Claims (2)

A method for scoring environmental credit of a plurality of users and partners, comprising:
Registering multiple sites, users, partners, and validators by assigning unique user identifiers, comprising registering multiple sites, users, partners, and validators, wherein the registration comprises:
generating a plurality of request identifiers for a plurality of combinations of each site, user, partner, and verifier and their associated site devices, user devices, partner devices, and verifier devices, wherein the plurality of partners comprise a service system;
receiving a plurality of request identifiers from each of the plurality of user devices, partner devices, verification devices, and one or more site devices and point-of-service systems;
verifying the plurality of request identifiers by matching each of the plurality of stored request identifiers with the received plurality of request identifiers;
create one or more challenges;
Sending one or more challenges to each of the plurality of devices, wherein the one or more challenges are for physically non-replicable features of the service system, physically non-replicable features of the site device, physically non-replicable features of the user device, and physically non-replicable features of the partner device. Applied, the verification device uses a physically non-clonable function to generate its unique device identifier.
receiving a plurality of unique device identifiers for each of the plurality of devices;
receiving one or more data records comprising biometric data of each of a plurality of users, partners and verifiers;
receiving one or more data records containing site images, videos and/or live video of each site;
receiving one or more data records comprising geolocation data for each site device, point of service system, user device, partner device, and validation device;
extracting one or more features and biometric features from one or more data records of each of a plurality of sites, users, partners, and verifiers;
biometric capabilities of each user, partner, and verifier, site images, video or live video capabilities of each site, unique device identifiers of each site device, point-of-service systems, user device integration, partner devices and verifier devices, and combinations of the plurality; geolocation data for each site device, point of service system, user device, partner device, and verifier device based on; and
storing the template created as a result of integration in a database of a server computer system;
The steps to authenticate multiple sites, users, partners and validators are:
receiving one or more request identifiers from each of the site device, point of service system, user device, partner device, and verification device;
verifying the received one or more request identifiers, and comparing the received one or more request identifiers with a plurality of stored request identifiers to verify the one or more request identifiers;
create one or more challenges;
sending one or more challenges in real time to one or more site devices, user devices, partner devices and verification devices;
receiving one or more unique device identifiers, one or more user, partner, and verifier biometric data, real-time location data of one or more devices, and images, videos, and/or live video from one or more sites;
extracting one or more biometric characteristics from the received biometric data of the one or more users, partners, and verifiers according to a model stored in a database of the server computer system;
extracting features of images, videos of one or more sites and/or live video of one or more sites according to models stored in a database of a server computer system;
generating a template for comparison comprising one or more biometric features, image, video, and/or live video features of one or more sites, one or more unique device identifiers, and real-time geolocation data;
Retrieving one or more initial templates created and stored in a database of a server computer system during registration of multiple sites, users, partners, and validators, wherein the one or more request identifiers received from each device are used to: retrieve one or more initial templates stored in the database;
comparing the one or more templates created during authentication with one or more initial templates generated and stored in a database of the server computer system during registration of the plurality of sites, users, partners, and validators, wherein the plurality of authentication sites, users, partners, and validators Data churn is defined as the data churn between the template created during authentication and the initial template created and saved during enrollment is within a predefined threshold, where the predefined threshold is one or more site devices, point of service systems, user devices, partner devices and Data transformation of verified geolocation data of a verifier device may be tailored to limit access by one or more users, partners, verifiers, sites, and/or to specific geographic locations, specific regions, specific cities, and/or specific countries. their related devices for server computer systems of;
Receive 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 on household energy, transportation, waste, food, and shopping. and verifying the received information 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, where one or more unique A user identifier, biometric data, blockchain identifier, public key, name, address, and/or other identifying data are used in communications exchanged for the verification process.
The environmental product declaration is pre-confirmed by the verifier's verifier and the partner's partner;
receive at least one environmental activity record from one or more devices of at least one of the plurality of partners in real time, wherein the at least one environmental activity record includes data relating to a plurality of proposed or reported environmental activities and environmental law violations; The data relating to the plurality of environmental activities provided by the partner, by the plurality of partners, includes information related to one or more environmental product declarations or a request to create an environmental product declaration;
receive in real time at least one site activity record from one or more devices of at least one of the plurality of sites, the site data record for each site activity including identification data, the identification data including biometric data of the partner; Site identification data of a partner and/or one or more validators, a site, where identification data includes site images, videos, and/or live video, lifecycle inventory data includes field operations data, field material consumption data, and Emissions data, on-site energy consumption data and/or on-site waste data for one or more products and/or services of a partner collected by on-site devices, and geolocation data on on-site devices collected by GPS/AGPS sensors on-site devices, among verifiers at least one utilizes at least one of the site activity records to verify or create an environmental product declaration of 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 a plurality of verifiers, wherein the at least one verification activity record includes data relating to a plurality of verification activities, wherein the plurality of verification activities are configured in an environment; It includes data related to the verification of product declarations, the creation of environmental product declarations, the determination of the environmental impact of environmental activities and the determination of the environmental impact of violations of environmental laws.
Receive at least one environmental activity record in real time from at least one point of service system of the plurality of partners, the at least one environmental activity record including data relating to the plurality of environmental activities completed by at least one of the plurality of user;
assigning an identification number to each of the site activity data record, user environment activity record, partner environment activity record, and verification activity record;
one or more devices of the partner and/or more external systems not registered;

A score for each environmental activity provided by each of multiple partners is calculated based on the environmental impact information contained in the verified environmental product declaration of the product and/or service and the information contained in the verified environment. Product declarations of products and services provided by other partners, where environmental product declarations are verified by one or more registered verifiers selected by the server computer system.
calculating a score for each environmental law violation reported by the partner based on the environmental impact information of each environmental law violation, wherein the estimated environmental impact of each environmental law violation is determined by one or more verifiers selected by the server computer system;
Calculating the partner's environmental credit score based on the calculated score;
The environmental activity record of at least one of the plurality of users and partners is matched with the unique user identifier to identify the environmental activity record of at least one of the plurality of users and partners associated with the unique user identifier for each environment. Credit is given to each environmental activity record based on the activity completed by the user and the environmental activity completed by the user.
Calculating an environmental credit score for at least one of the plurality of users based on environmental activity data accumulated according to an environmental activity record of at least one of the plurality of users, the user taking into account the following factors. Calculation of points related to environmental activities recommended for each user and completed by the user, and (c) the total score of each user's environmental law violations score.
analyzing environmental credit scores of users to determine one or more users with high environmental credit scores;
Publish environmental credit scores for users and partners and notify users and partners
Identifies one or more sites, partners, and verifiers associated with records of site activity collected by one or more components of the site device.
Extracting data representing real-time data related to the declaration of at least one environmental product among a plurality of partners for each field device;
create a display of a sensor listing for each site device, where each sensor is listed with associated real-time data associated with an environmental product declaration, the generated display further including site identification information and partner identification information for each; sensors of each site device, the generated display further including historical data for a period of time, and the generated display including graphic data;
Defining one or more alert levels based on collected real-time data relating to environmental product declarations of environmental activities 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 environmental product for real-time data collected in connection with the declaration; and
determining whether data collected by one or more sensors of one or more site devices includes real-time data that meets any of the defined alarm levels, where at least one of the defined alarm levels is met, and generates an alarm. Include more steps. One or more partners and one or more verifiers are notified and notified, wherein one or more verifiers are assigned to revalidate the environmental product declaration when at least one of the defined alert levels is met, and the environmental activity provided by the partner of the environmental activity. If one or more of the defined alert levels are met, one or more users will be unable to complete the partner. An environmental credit scoring system of multiple users and partners for efficiently monitoring and collecting real-time data on environmental activity and ensuring data security, reliability and traceability includes multiple devices related to: A plurality of sites, users, partners and verifiers - a plurality of devices communicatively coupled with the server computer system;
Server computer system including a processor configured to
Registering a plurality of sites, users, partners and verifiers by assigning unique user identifiers, the server computer system is configured to:
generate multiple request identifiers for multiple combinations of sites, users, partners, and verifiers and their associated site devices, user devices, partner devices, and verifier devices, respectively, wherein the multiple partners comprise a service system;
receive a plurality of request identifiers from each of the plurality of user devices, partner devices, verification devices, and one or more site devices and point-of-service systems;
verifying the plurality of request identifiers by matching each of the plurality of stored request identifiers with the plurality of received request identifiers;
create one or more challenges;
send one or more challenges to each of the plurality of devices, where the one or more challenges apply to point-of-service system unclonability, site unclonability of site devices, physical unclonability of user devices, and physical unclonability of partner devices; do. The verification device uses a physically non-clonable function to generate its unique device identifier.
receive a plurality of unique device identifiers for each of the plurality of devices;
receive one or more data records comprising biometric data of each of the plurality of users, partners, and verifiers;
Receive one or more data records containing site images, videos and/or live video from each site;
receive one or more data records containing geolocation data of each site device, point of service system, user device, partner device, and validation device;
extract one or more features and biometric features from one or more data records of each of a plurality of sites, users, partners, and verifiers;
biometric capabilities of each user, partner, and verifier, site images, video or live video capabilities of each site, unique device identifiers of each site device, point-of-service systems, user device integration, partner devices and verifier devices, and combinations of the plurality; geolocation data for each site device, point of service system, user device, partner device, and verifier device based on; and
The template created as a result of integration is stored in the database of the server computer system.
It verifies multiple sites, users, and partners, and verifiers include:
receiving one or more request identifiers from each of the site device, point of service system, user device, partner device, and verification device;
verifying the received one or more request identifiers, and comparing the received one or more request identifiers with a plurality of stored request identifiers to verify the one or more request identifiers;
create one or more challenges;
Send one or more challenges in real time to one or more site devices, user devices, partner devices, and verification devices.
one or more unique device identifiers, one or more user, partner, and verifier biometric data, one or more device real-time location data, one or more device site images, video and/or live video receiving sites;
extracting one or more biometric features from the received biometric data of one or more users, partners, and verifiers according to models stored in a database on the server computer system;
Extract images, videos and/or live video features of one or more sites according to models stored in a database on the server computer system;
create a template for comparison comprising one or more biometric features, one or more site images, video and/or live video features, one or more unique device identifiers, and real-time geolocation data;
Retrieve one or more initial templates created and stored in a database on a server computer system during registration of multiple sites, users, partners, and verifiers, where one or more request identifiers received from each device are used to: retrieve one or more initial templates stored in the database;
comparing one or more templates generated during authentication with one or more initial templates generated and stored in a database on a server computer system during registration of multiple sites, users, partners and validators, where data of multiple authentication sites, users, partners and validators; Variance is when the data variance between the template created during authentication and the initial template created and saved during enrollment is within a predefined threshold, where the predefined threshold is one or more site devices, point of service systems, user devices, partner devices, and validators. Data transformation of the verified geolocation data of the device may be tailored to limit access by one or more users, partners, verifiers, sites, and/or to specific geographic locations, specific regions, specific cities, and/or specific countries. their related devices for server computer systems;
Receive 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 on household energy, transportation, waste, food, and shopping. where the information received is verified 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, wherein one or more unique User identifiers, biometric data, blockchain identifiers, public keys, names, addresses, and/or other identifying data are used in communications exchanged for verification processes.
The environmental product declaration is pre-confirmed by the verifier's verifier and the partner's partner;
Receive at least one environmental activity record from one or more devices of at least one of the plurality of partners in real time, wherein the at least one environmental activity record includes data relating to a number of proposed or reported environmental activities and environmental law violations. By the plurality of partners, the data relating to the plurality of environmental activities provided by the plurality of partners includes information related to one or more environmental product declarations or a request to create an environmental product declaration;
Receive real-time records of at least one site activity from one or more devices of at least one of the plurality of sites, the site data record for each site activity including identification data, the identification data including biometric data of the partner. Site identification data of a partner and/or one or more validators, a site, where identification data includes site images, videos, and/or live video, lifecycle inventory data includes field operations data, field material consumption data, and Emissions data, on-site energy consumption data and/or on-site waste data for one or more products and/or services of a partner collected by on-site devices, and geolocation data on on-site devices collected by GPS/AGPS sensors on-site devices, among verifiers at least one utilizes at least one of the site activity records to verify or create an environmental product declaration of a product or service provided by at least one of the plurality of partners;
Receive 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 includes data relating to the plurality of verification activities, wherein the related data includes the plurality of verification activities. Activities include data related to the verification of environmental product declarations, the creation of environmental product declarations, the determination of the environmental impact of environmental activities and the determination of the environmental impact of violations of environmental laws.
Receive at least one environmental activity record in real time from at least one point of service system of the plurality of partners, the at least one environmental activity record including data relating to the plurality of environmental activities completed by at least one of the plurality of user;
Assign an identification number to each site activity data record, user environment activity record, partner environment activity record, and verification activity record.
one or more devices of the partner and/or more external systems not registered;
A score for each environmental activity provided by each of multiple partners is calculated based on the environmental impact information contained in the verified environmental product declaration of the product and/or service and the information contained in the verified environment. Product declarations of products and services provided by other partners, where environmental product declarations are verified by one or more registered verifiers selected by the server computer system.
Calculate a score for each environmental law violation reported by the partner based on the environmental impact information of each environmental law violation, where the estimated environmental impact of each environmental law violation is determined by one or more verifiers selected by the server computer system.
Based on the calculated score, the partner's environmental credit score is calculated.
The environmental activity record of at least one of the plurality of users and partners is matched with the unique user identifier to identify the environmental activity record of at least one of the plurality of users and partners associated with the unique user identifier for each environment. Credit is given to each environmental activity record based on the activity completed by the user and the environmental activity completed by the user.
Calculate an environmental credit score for at least one of the plurality of users based on the environmental activity data accumulated according to the environmental activity record of at least one of the plurality of users, and calculate the environmental credit score for each user by considering the following factors: is carried out Calculation of points related to environmental activities recommended for each user and completed by the user, and (c) the total score of each user's environmental law violations score.
analyze the user's environmental credit score to determine one or more users with a high environmental credit score;
Publish the environmental credit scores of users and partners and notify users and partners.
Identifies one or more sites, partners, and verifiers associated with records of site activity collected by one or more components of the site device.
extract data representative of real-time data related to environmental product declarations of at least one of the plurality of partners for each site device;
generate a display of a sensor list for each site device, where each sensor is listed with associated real-time data associated with an environmental product declaration, and the generated display further includes site identification information and partner identification information for each . sensors of each site device, the generated display further including historical data for a period of time, and the generated display including graphic data;
Define one or more alert levels based on collected real-time data relating to environmental product declarations of 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 upon which for real-time data collected in connection with environmental product declarations; and
determining whether data collected by one or more sensors of one or more site devices contains real-time data that meets any of the defined alarm levels, wherein at least one of the defined alarm levels is met, and generates an alarm. Include more steps. One or more partners and one or more verifiers are notified and notified, wherein one or more verifiers are assigned to revalidate the environmental product declaration when at least one of the defined alert levels is met, and the environmental activity provided by the partner of the environmental activity. If one or more of the defined alert levels are met, one or more users will be unable to complete the partner.

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