JP2023513918A - Secure methods and systems for environmental credit scoring - Google Patents

Abstract

A method and system are provided for environmental credit scoring of multiple users, partners, and distributors. registering multiple users, partners, distributors and verifiers; receiving information from registered users; receiving environmental activity records from partners and distributors; assigning identification numbers to each activity; Verification, calculating a score for each environmental activity, calculating environmental credit scores for partners and distributors, receiving data from POS systems, identifying environmental activity records for users, partners and distributors, and crediting their respective environmental activity records. , calculation of a user's environmental credit score based on environmental activity data credited based on the user's environmental activity record, analysis of the user's, partner's and distributor's environmental credit score, and publication of the environmental credit score. [Selection drawing] Fig. 1

Description

Inventor: Maher Abdelsamy (Related application)
This application claims priority from the United States. No. 16/043,453, "METHODS AND SYSTEMS FOR ENVIRONMENTAL CREDIT SCORING," filed July 24, 2018; U.S. patent application Ser. No. 16/391,228, entitled "METHODS AND SYSTEMS FOR ENVIRONMENTAL CREDIT SCORING," filed April 22, 2019; U.S. Provisional Patent Application No. 62/976,571, entitled "SECURE METHODS AND SYSTEMS FOR ENVIRONMENTAL CREDIT SCORING," filed February 14, 2020; U.S. Provisional Patent Application No. 63/066,132, "SECURE METHODS AND SYSTEMS FOR ENVIRONMENTAL CREDIT SCORING," filed Aug. 14, 2020. U.S. Provisional Patent Application No. 63/145,032, "SECURE METHODS AND SYSTEMS FOR ENVIRONMENTAL CREDIT SCORING," filed February 3, 2021; Each of the above applications is incorporated herein by reference in its entirety.

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

With the spread of the Internet and the development of computing systems, one area that has not undergone much progress is environmental rating techniques and systems. These technologies and systems have not allowed individuals, businesses, non-profit organizations, and government agencies to work together to effectively address today's environmental challenges.

Currently, the earth is facing climate change, air pollution, ozone depletion, water pollution, deforestation, desertification, habitat destruction, hazardous chemicals, natural resource extraction, light and noise pollution, acid rain, medical waste, littering and landfill. We are facing many environmental problems such as Climate change and global warming are among the top serious environmental problems.

With growing concern about environmental issues such as global warming and resource depletion, an increasing number and variety of certifications and green product standards have been developed for homes, schools, manufacturers, restaurants, hotels, cleaning companies and others. Many green certifications have been extended to include broader environmental issues to determine the environmental impact of manufacturing, using and reusing products. Green certification confirms 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 declarations: Type I environmental label under ISO 14024, Type II self-declared environmental claim under ISO 14021, and Type III environmental product declaration under ISO 14025. declaration. The Type III Environmental Product Declaration is a standardized (ISO 14025), Life Cycle Assessment based tool. Publishing a Type III environmental declaration requires an independent body, called a program operator, to oversee the entire environmental product declaration development process. An environmental product declaration is a report that focuses on the environmental impact of a product or service throughout its life cycle. This declaration is an internationally recognized, independently verified, registered and published document.

Currently, there are hundreds of international green product certifications, including about 100 certifications in the United States, but individuals, companies, NPOs, and government agencies are not working together to effectively address current environmental issues. . In addition, the effect of greatly improving individual participation in environmental activities is limited. As consumer needs for environmentally friendly products and services increase, the motivation for product and service providers to enter the market also increases. Therefore, by establishing an environmental credit scoring system that rewards individuals according to their environmental activities and using the environmental credit score in decision-making (university admission decisions, employment decisions, etc.) Demand is expected to rise globally.

Verification of the environmental activities of individuals and product/service providers plays an important role in judging the reliability of the environmental impact of their environmental activities. Product and service providers can prepare environmental product declarations for their products and services and conduct Life Cycle Assessment (LCA) studies in-house (with in-house LCA experts) so that environmental product Verification of claims is the most important step in determining the credibility of a Life Cycle Assessment (LCA). Approval of environmental product declarations for products and services based on inaccurate or misleading LCA results may increase demand for products and services with potentially negative environmental impacts. In addition, verifiers may seek to arrange appointments and contracts with product and service providers to verify the environmental product declarations of the product and service providers, without involvement of the program operator. Therefore, it is difficult to ensure that verifiers or verification firm employees remain independent. Therefore, it is necessary to overcome the above problems.
Accordingly, what is desired is a method and system for scoring environmental credits based on verified activity of participants.

Various embodiments of the present invention are provided in the following detailed description and accompanying drawings. Various details of the invention are capable of modification and various embodiments without departing from the invention. Accordingly, the description of the invention and the accompanying drawings are provided by way of illustration only and do not limit or define the scope of the invention, which is defined by the appended claims.

According to one or more embodiments, a method is provided for environmental credit scoring of multiple users and partners. The method first includes registering multiple sites, users, partners, and verifiers by assigning unique user identifiers. The method also includes creating multiple request identifiers for multiple combinations, multiple user devices, partner devices, verifier devices, and one or more site devices and POS systems, respectively. receiving a plurality of request identifiers from, matching each of the plurality of stored request identifiers with the received plurality of request identifiers to verify the plurality of request identifiers, generating 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; including biometric data for each of the plurality of users, partners and verifiers; receiving one or more data records; receiving one or more data records containing site images, video and/or live video for each of the sites; receiving multiple data records for each of the multiple sites; Receiving one or more data records containing geographic location data of each of the site device, the POS system, the user device, the partner device and the verifier device, each of the plurality of users, partners and verifiers extracting one or more features and biometric features from one or more data records of, biometric features of each of users, partners, and verifiers, site images, videos that feature each site; or live video, said site device, POS system, user device, partner device, and verifier device, and geographical location data of each of said site device, POS system, user device, partner device, and verifier device, in a plurality of merging based on combinations, storing templates resulting from said merging in a database of said server computer system, and then authenticating multiple sites, users, partners and verifiers, which further: receiving one or more request identifiers from each of a site device, a POS system, a user device, a partner device, and a verifier device; verifying the received one or more request identifiers; generating multiple challenges; sending one or more challenges in real-time to one or more Site Devices, User Devices, Partner Devices, and Verifier Devices; one or more unique device identifiers; receive biometric data of one or more users, partners and verifiers, real-time location data of one or more devices, and site images, video and/or live video of one or more sites; extracting one or more biometric features from received biometric data of said one or more users, partners, and verifiers according to a model stored in a database of said server computer system; extracting one or more site images, videos, and/or live videos that are characteristic of one or more sites according to a model stored in a database of one or more biometric information characteristics; create templates for comparison, including image, video and/or live image characteristics, one or more unique device identifiers, and real-time geolocation data of the Sites, multiple Sites, users and partners; , and retrieving one or more initial templates created during enrollment of the verifier and stored in a database on the server computer system; sharing one or more templates created during authentication with multiple sites, users , partners, and verifiers during registration with one or more initial templates created and stored in a database on a server computer system; Receiving information consisting of information relating to one or more environmental activities undertaken prior to becoming a Registered User, an environmental product declaration previously verified by one of the Verifiers and associated with one of the Partners; determining the environmental impact of each of the environmental activities completed by the User prior to becoming a Registered User, based on the verified environmental product declaration of the same environmental activity; receiving at least one environmental activity record from a device in real time; receiving at least one site activity record in real time from one or more devices at at least one of the plurality of sites; Receiving at least one verification activity record from one or more devices of at least one verifier of the plurality in real time; receiving at least one environmental activity record from a POS system with at least one partner of the plurality in real time by at least one partner among the plurality and/or one or more unregistered external systems by communicating with one or more devices of the partners and/or one or more unregistered external systems; Verification of one or more partners, distributors and users for non-compliance with one or more environmental laws, environmental impact information contained in verified environmental product declarations for products and/or services provided by each of the multiple partners; , calculating a score for each environmental activity provided by each of the multiple partners based on the information contained in the verified environmental product declarations of the products and services provided by the other partners; calculating a score for each environmental law violation reported by the partner based on the impact information; calculating an environmental credit score for the partner based on the calculated score; and environmental activities of at least one user and partner among the plurality. Matching the records to the unique user identifier to identify at least one user and partner environmental activity record among the plurality associated with the unique user identifier for each environmental activity completed by the user; crediting each environmental activity record based on completed environmental activities; calculating an environmental credit score of at least one of the users; analyzing the user's environmental credit score to determine one or more users with high environmental credit scores; Publishing and notifying said users and partners; identifying one or more sites, partners, and verifiers associated with site activity records collected by one or more components of a site device; extracting data indicative of real-time data associated with environmental product declarations for at least one of the partners; generating a display of the sensor list for each site device; provided by the at least one partner of the plurality of Defining one or more alarm levels based on collected real-time data related to environmental product declarations for environmental activities; to determine whether it contains real-time data that satisfies

One or more embodiments provide a system for environmental credit scoring of multiple users and partners. The system comprises a plurality of devices associated with a plurality of sites, users, partners and verifiers, the plurality of devices communicatively coupled with a server computer system.

The server computer system comprises a processor configured to:
register multiple sites, users, partners; and verifiers by assigning unique user identifiers;
create 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;
receiving multiple request identifiers from each of multiple user devices, partner devices, verifier devices, and one or more site devices and POS systems;
matching each of the plurality of stored request identifiers with the plurality of received request identifiers to verify the plurality of request identifiers;
generate one or more challenges;
sending one or more challenges to each of the multiple devices;
receiving multiple unique device identifiers for each of the multiple devices;
receive one or more data records comprising biometric data of each of a plurality of users, partners and verifiers;
receive one or more data records containing site images, video, and/or live video of each of the sites;
receive one or more data records containing geolocation data for each Site Device, POS System, User Device, Partner Device, and Verifier Device;
extract one or more features and biometric features from one or more data records of each of multiple sites, users, partners; and verifiers;
biometric characteristics of each of said users, partners and verifiers; image, video or live video characteristic of each of said sites, said site devices, POS systems, user devices, partner devices and verifier devices integrating each unique device identifier and geographic location data for each of the site device, POS system, user device, partner device, and verifier device based on multiple combinations;
storing the resulting template in a database on a server computer system;
authenticate multiple sites, users, partners and verifiers,
receiving one or more claim identifiers from each of the site device, POS system, user device, partner device, and verifier device;
verifying one or more received request identifiers;
one or more unique device identifiers, biometric data of one or more users, partners and verifiers, real-time location data of one or more devices, and image, video and/or live of one or more sites; receive video,
extracting one or more biometric features from the received biometric data of one or more users, partners, and verifiers according to a model stored in a database on a server computer system;
extracting features of images, videos and/or live videos of one or more sites according to models stored in a database on a server computer system;
for comparison consisting of said one or more biometric characteristics, said one or more site image, video and/or live video characteristics, said one or more unique device identifiers, and said real-time geolocation data; create a template for
retrieving one or more initial templates created and stored in a database on a server computer system upon registration of multiple Sites, Users, Partners and Verifiers;
receive from said Registered User information consisting of personal information and information relating to one or more environmental activities undertaken by the Registered User prior to becoming a Registered User;
If the Environmental Product Declaration was previously verified by one of the Verifiers and associated with one of the Partners, the User completes it before becoming a Registered User based on the verified Environmental Product Declaration of the same environmental activity. determine the environmental impact of each of the environmental activities carried out;
receiving at least one environmental activity record in real time from one or more devices of at least one of the plurality of partners;
receiving at least one site activity record in real time from one or more devices of at least one site of the plurality of sites;
receiving in real-time at least one verification activity record from one or more devices of at least one verifier of the plurality of verifiers;
receiving at least one environmental activity record in real time from a POS system of at least one of the plurality of partners;
by communicating with one or more devices of the partners and/or one or more external systems of the unregistered operators, one or more partners, distributors, and at least one of the partners and/or non-registered operators; verify violations of one or more environmental laws by users of one or more of the Registrar's external systems;
Based on the environmental impact information contained in the validated environmental product declarations for the products and/or services provided by each of the partners and the information contained in the validated environmental product declarations for the products and services provided by the other partners. , calculate a score for each environmental activity provided by each of the multiple partners,
calculate the partner's environmental credit score based on the calculated score;
associate an environmental activity record of at least one of the plurality of users and partners with a unique user identifier, and for each environmental activity completed by the user, associate the at least one of the plurality of users and partners with the unique user identifier; Identify an environmental activity record for one person, and give credit to each environmental activity record based on 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 credited under the environmental activity record of at least one of the plurality of users;
analyzing the environmental credit scores of said users to determine one or more users with high environmental credit scores;
Publish and notify Users; and Partners of User and Partner environmental credit scores;
identify one or more sites, partners, and verifiers associated with Site activity records collected by one or more components of the Site device;
extracting data indicative of real-time data relating to environmental product declarations of at least one of a plurality of partners for each site device;
generate a view of the sensor list for each site device,
defining one or more alarm levels based on collected real-time data related to environmental product declarations for environmental activities provided by at least one of the plurality of partners; Determines whether the data collected by the sensor contains real-time data that meets any of the defined alarm levels.

Various embodiments of the present invention are provided in the following detailed description and accompanying drawings. Various details of the invention are capable of modification and various embodiments without departing from the invention. Accordingly, the description of the invention and the accompanying drawings are provided by way of illustration only and do not limit or define the scope of the invention, which is defined by the appended claims.

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

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

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

FIGS. 2A, 2B, and 2C are simplified flowcharts illustrating methods of environmental credit scoring in accordance with one or more embodiments.

FIG. 3 is a block diagram illustrating system elements of an exemplary server computer system, according to some embodiments.

FIG. 4 is a diagram of exemplary components of one or more of the devices of FIG.

Headings used herein are not meant to be used to limit the scope of the claims or the specification. The headings used herein are for organizational purposes only. Wherever possible, like reference numerals are used for elements that are common in the figures to facilitate understanding.

Detailed description of the invention

The presently disclosed subject matter has been specifically written to meet statutory requirements. However, this description itself is not intended to limit the scope of this patent. Furthermore, although the term "step" may be used herein to refer to different aspects of the method employed, the term is used without explicit description of the order of the individual steps. It should not be construed to imply a particular order between or among the various steps disclosed herein, except where indicated.

References to "one embodiment" or "an embodiment" throughout this specification mean that the particular feature, structure, or characteristic described in connection with that embodiment is one or more implementations of the disclosed subject matter. It is meant to be included in the example. Thus, appearances of the phrases "in one embodiment" or "in an embodiment" in various places in 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" refer to plural rather than singular references, unless the content clearly dictates otherwise. Contain or otherwise refer to a shape. 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 relates generally to methods and systems, including methods and systems for environmental credit scoring based on verified activity of sites, users, partners, distributors, verifiers, and advertising service providers.

A blockchain is a distributed public ledger that maintains an ever-increasing number of tamper-resistant and modification-resistant data records 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 may be configured to process and maintain records of transactions as part of blocks within the blockchain network. When a transaction is completed, a block is added to the blockchain network and the record of the transaction is updated. Blockchain transactions may be created and stored chronologically or in any other order suitable for use by the blockchain network. In some configurations, transactions recorded on the blockchain can include information such as currency amounts and destination addresses. These pieces of information record the amount of currency attributed to a particular address. In some cases, blockchain transactions may include additional or other information such as timestamps, originating addresses, etc. A blockchain can contain a secure transaction ledger database, where transactions can be financial or non-financial. A secure transaction ledger database may be shared by parties participating in an established distributed network of computing devices. In some embodiments, a blockchain may record any type of data as a form of transaction (e.g., transfer or exchange of information) that occurs on the network, even by participating parties or operators sharing a database. Record any type of data in a distributed database that is hardened against tampering and revision and maintains a continuously growing list of records, thereby providing a trusted and/or centralized third party can reduce or eliminate the need for Blockchain transactions may be confirmed and verified by the blockchain network through verification techniques (consensus mechanisms) such as proof of work, proof of stake, and/or any other suitable consensus mechanism.

As used herein, the term "environmental activities" may refer to activities, products, services, expenditures, and/or transactions whose primary purpose is to protect the environment. In addition, environmental activities refer to all activities aimed at environmental conservation, such as recycling, purchasing environmentally friendly products and services, and using environmentally friendly products and services such as renewable energy and electric vehicles. It also refers to all activities classified under the Environmental Activities Classification and the Environmental Conservation Activities Classification (CEPA). In addition, the term "environmental activities" refers to all activities that are classified into environmental activity categories consisting of (a) environmental conservation activities/expenditures, (b) resource management activities/expenditures, and (c) resource utilization activities/expenditures. .

As used herein, the term "module" refers to hardware or software that is programmed to perform one or more processes and that uses received input to provide output. Based on this disclosure, the processing, outputs, and inputs performed by different modules will be apparent to one of ordinary skill in the art.

As used herein, the terms "biometrics" and "biometric information" refer to user with user 102, partner with partner 104, distributor with distributor 106, verifier with verifier 108, and/or measurable biometric characteristics of advertising service provider 126, such as facial features, voice features, fingerprint features, eye features, and the like. 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 .

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

FIG. 1 is a schematic block diagram illustrating an overall system in accordance with one or more embodiments, which system is responsible for the activities of multiple users 102, partners 104, distributors 106, verifiers 108, sites 128, and advertising service providers 126. for environmental credit scoring. FIG. 1 diagrammatically illustrates a system 100 for environmental credit scoring.

System 100 includes a server computer system 124 that includes a plurality of users 102, partners 104, distributors 106, verifiers 108, sites 128, and/or advertising service providers 126, user devices 110, partner devices 112, distributors. Device 114 1 , verifier device 116 2 , site device 129 , and/or advertising service provider device 127 may each communicate over network 120 . Server computer system 124 may also communicate with POS system 118 and computing nodes 122 via network 120 .

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

A user among users 102 may be an individual. A partner from partners 104 may be a corporation, a non-profit organization, a government agency, and/or any other organization. A distributor in distributors 106 may be any entity including, but not limited to, a corporation, non-profit organization, government agency, and/or product manufacturer, intermediary agent, or any organization that distributes services and/or products. It can be another organization.

System 100 allows a partner in partners 104 to provide one or more environmental activities, including products and/or services, to user 102 (eg, environmentally friendly products and/or services). Distributor 106 may distribute one or more environmental activities, including products and/or services provided by a partner of partner 104 , to one or more partners 104 . A user 102 may complete or perform one or more environmental activities provided by a partner 104 (e.g., purchase environmentally friendly products and/or services, use renewable energy, use electric vehicles that use renewable energy ). A partner of partners 104 may transmit data regarding environmental activities performed (eg, purchased, used, completed) by one or more users 102 to server computer system 124 . A partner of partner 104 may be an organization (eg, a government agency) that reports user, partner, and distributor environmental law violations and/or other information to server computer system 124 . Certain ad service providers in ad service providers 126 may be users 102, partners 104, distributors 106, verifiers 108, and/or unregistered third party organizations (e.g., individuals, universities, companies, organizations, government agencies, etc.). ) may provide advertising services.

Network 120 may include one or more wireless and/or wired networks. For example, network 120 can include any network capable of communicating data between devices, including public land mobile networks (PLMN), private networks, the Internet, ad-hoc networks, Local Area Networks (LANs), Cloud Computing Networks, Wide Area Networks (WANs), Metropolitan Area Networks (MANs), Cellular Networks, Intranets, Telephone Networks, Fiber Optic Based Networks, etc., and/or any combination thereof or others. There can be networks of the type In some embodiments, network 120 includes a short-range wireless network, which can be one of Bluetooth wireless, Bluetooth Low Energy, and/or Near Field Communication (“NFC”) networks.

The term “site” as used herein can refer to a spatial location where data can be collected by one or more site devices 129 . A site device among site devices 129 may be a combination of software and hardware for performing one or more of the site device 129 functions described herein. As a non-limiting example, POS system 118 of partner 104 may be different from those shown in FIG. Device 400 may have different components, differently configured components, fewer components, additional components, etc., where processor 406 is one of the POS systems 118 described herein. It can be configured by software to perform the above functions.

According to various embodiments, a site device in site devices 129 may be configured to do the following. (a) collect various data using one or more sensors and/or devices of the input component 414 of the site device 129 and transmit the data to the server computer system 124, the data including: geographic location data (e.g. GPS/AGPS coordinates), identification data (e.g. site image, video and/or live video information, device PUF, device identification, account identifier, blockchain identifier, site public key for site 128 ), one of the partners 104, and/or one or more verifiers 108, life cycle inventory data (e.g., onsite operational data, onsite material consumption data, onsite emissions data, onsite energy consumption) partners 104 data of one or more of our partners' products or services, and on-site waste data), and/or other data that may be collected by one or more site devices 129. (b) read one or more partner and/or verifier identification cards, QR codes, and/or device information; It uses one or more of the devices in input element 414 of site device 129 , such as imaging devices, barcode scanners, RFID and electronic tag readers, and/or other devices read by site device 129 . (c) communicate with server computer system 124 to authenticate one or more sites 128, partners 104, and/or verifiers 108; (d) provide processing power for updating and validating a distributed ledger that can be shared among groups such as (e.g., as in embodiments where blockchain is utilized): Site Device 129; POS system 118 , computing node 122 , site device 129 , user device 110 , partner device 112 , distributor device 114 , verifier device 116 , and/or advertising service provider device 127 . and/or (e) may perform the functions of the site device 129 described herein.

As used herein, the term "POS system" (POS system) refers to a computing system or device configured to perform the functions of the POS system 118 described herein. A POS system in POS system 118 may be a physical device (eg, a reverse vending machine, tablet computer, desktop computer, kiosk, smart phone, electric vehicle charging station, etc.). POS system 118 may be a combination of software and hardware for performing the functions of POS system 118 described herein.

In blockchain-enabled embodiments, the POS system 118, the site device 129, the user device 110, the partner device 112, the distributor device 114, and/or the verifier device 116 process to update and verify their distributed ledger. The distributed ledger can provide the ability to distribute between groups of POS systems 118, site devices 129, computing nodes 122, user devices 110, partner devices 112, distributor devices 114, and/or verifier devices 116. shared with. The distributed ledger is used to track transactions conducted between server computer system 124, computing node 122, POS system 118, site device 129, user device 110, partner device 112, distributor device 114, and/or verifier device 116. can be collectively updated and verified based on

POS system 118 can take a variety of forms based on the type of environmental activity collected from user 102 . POS system 118 may be a reverse vending machine, website, mobile application, or the like. As a non-limiting example, POS system 118 of partner 104 includes processor 406 and those shown in FIG. 408 ) having differently configured components, fewer components, or additional components, in which the processor 406 controls one or more of the POS systems 118 described herein. It can be configured by software to perform functions. As a non-limiting example, POS system 118 includes processor 406 and those shown in FIG. It may be a reverse vending machine with differently arranged components, fewer components, or additional components, and the processor 406 performs one or more functions of the POS system 118 described herein. can be set by software to As a non-limiting example, partner's 104 POS system 118 can be a website or mobile application hosted by or associated with server computer system 124, which is integrated into one processor 406 and FIG. Processor 406 may have different, fewer, or additional elements than those shown (eg, communication infrastructure 410, memory 404, input components 414, output components 412, storage components 402, etc.). may be configured by software to perform one or more functions of the POS system 118 described in . As a non-limiting example, partner's 104 POS system 118 can be located in virtually any location, including a public place, with processor 406 and those shown in FIG. , input component 414 , output component 412 , storage component 402 , communication interface 408 ), may have differently configured components, fewer components, or additional components, in which processor 406 may be configured by software to perform one or more functions of the POS system 118 described herein. As a non-limiting example, partner's 104 point-of-service system 118 can be a portable device that includes processor 406 and those shown in FIG. 414 , output component 412 , storage component 402 , communication interface 408 ), may be a device having different, fewer, or additional components in which processor 406 operates in the POS system described herein. It is configured by software to perform one or more functions of 118. As a non-limiting example, partner 104 POS system 118 can be a POS used by one of the partners 104 to perform (e.g., purchase, use, complete) environmental activities (e.g., used to verify purchases of environmentally friendly products and/or services offered by partners). The POS system 118 hardware may include any point-of-sale (POS) hardware having a processor 406 configured by software to perform one or more functions of the POS system 118 described herein. . By way of non-limiting example, POS system 118 hardware is available from Fujitsu, Ingenico, Datalogic, Honeywell Scanning and Mobility, Vitel, Keycorp, Fast Data, Wirecard, ATOS Worldline, Equinox, Technology Spire. • May include POS hardware manufactured and/or sold by companies including, but not limited to, Payments, Toast POS, and Square. It has a processor 406 configured by software to perform one or more functions of the POS system 118 described herein. In some embodiments, POS system 118 may be located at locations where environmental activities are identified.

In some examples, a partner's (eg, transportation company) POS system 118 in partners 104 may be installed in one or more of the partner's vehicles (eg, electric vehicles). Transportation companies include, but are not limited to, car rental companies, ride-hailing companies such as Uber and Lyft, and other ride-hailing and transportation network company platforms.

According to various embodiments, POS system 118 can be configured to:
(a) identification data (e.g., account identifiers, biometrics) from one or more users 102 by one or more sensors and/or devices (e.g., barcode scanners, RFID, electronic tag readers, biometric devices); information, credit information, geolocation data, device PUF, device identification information, blockchain identifiers, public keys);
(b) sending the data to the server computer system 124; The data may include environmental activities (e.g., products and/or or services), and information about services or products performed (purchased, used, or completed) and provided by one or more users 102 (e.g., renewable energy use (service units) ), pick-up point, distance and/or drop-off point), user and/or partner identification data (e.g. account identifiers, biometric credentials, credentials, geographic location data, device PUF, device identification, blockchain identifier, public key), information related to environmental product declarations of products and/or services performed by one or more users 102 (e.g., environmental product declaration identification data), geographic location data or geographic POS system 118 information. Location data (eg, GPS/AGPS coordinates), and/or payment information.
(c) processing power to update and validate distributed ledgers among POS systems 118 , computing nodes 122 , site devices 129 , user devices 110 , partner devices 112 , distributor devices 114 and/or verifier devices 116; I will provide a,
(d) enable offline transactions that allow the POS system 118 to propagate those transactions when the POS system 118 reconnects to the network 120;
(e) scanning a QR code from one or more devices (eg, user device 110, partner device 112); Here, the QR code may be identification information related to environmental activities (eg, product or service identification number, environmental product declaration registration number). (e.g. products and/or services) and/or relevant identification data of users and/or partners in the form of QR codes (e.g. account identifiers, biometric authentication data, blockchain identifiers, public keys);
(f) the products and/or services provided by partner 104 (e.g., renewable power from electric vehicle charging stations, renewable power from renewable energy providers, and/or the like) to one or more to users 102, where computer system 124 can authenticate one or more users 102 before providing products and/or services to one or more users;
(g) access records of environmental activities of one or more of users 102, partners 104, and distributors 106 by communicating with server computer system 124;
(h) review the environmental activities of one or more users 102, print reports, and/or (i) perform the functions of the POS system 118 described herein.

In some embodiments, server computer system 124 uses one or more algorithms to control server computer system 124 1 , POS system 118 2 , computing node 122 2 , site device 129 , user device 110 2 , partner device 112 3 , distribution A distance between merchant device 114, verifier device 116, and/or advertising service provider device 127 may be determined. For example, server computer system 124 may, using one or more algorithms, perform a , the distance between two points associated with one or more environmental activities (eg, transportation services) of one or more users 102 can be determined.

In some embodiments, server computer system 124 may transfer one or more users 102 and/or a partner (e.g., an employee of a partner) among partners 104 to transaction data (e.g., offline transaction data) to the server computer. Authentication prior to storage in storage component 402 and/or memory 404 of system 124 may be performed according to one-factor, two-factor, three-factor, or four-factor authentication methods.

In an embodiment where the partner's (eg, transportation company) POS system 118 may be installed in one or more of the partner's vehicles (eg, electric vehicles), the user 102 may be Server computer system 124 while performing provided environmental activities (e.g., transportation services) based on one or more user devices 110 and POS system 118 global location data or geographic data (e.g., GPS/AGPS coordinates); uses one or more algorithms, machine learning and/or deep learning trained neural networks to verify the geographic location of both its users and the POS system 118, if one or more If the user device 110 is not located at or within a predetermined distance of the POS system 118, the server computer system 124 may add environmental activity, credit, points, currency, cryptocurrency, and credits to the one or more user 102 accounts. / Or may not award any rewards.

In embodiments where POS system 118 may be connected to network 120, data may be transmitted from POS system 118 to server computer system 124 in real time. In embodiments where POS system 118 may not be connected to network 120, POS system 118 may be configured to allow offline transactions, and those transactions may be performed once POS system 118 is reconnected to network 120. can be propagated. In some embodiments, server computer system 124, POS system 118, computing node 122, site device 129, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 can communicate over network 120 and can be configured to allow offline transactions and propagate transactions once reconnected to the network, where network 120 is a wireless mesh network (WMN). can contain.

Users 102, Partners 104, Distributors 106, Verifiers 108, Sites 128, and Ad Service Providers 126 are connected to User Devices 110, Partner Devices 112, Distributor Devices 114, Verifier Devices 116, Site Devices 129, and Advertisements, respectively. A service provider device 127 may be used to communicate with the server computer system 124 . Device 400 corresponds to user device 110 , partner device 112 , distributor device 114 , and verifier device 116 , server computer system 124 , site device 129 , computing node 122 , and/or some device from POS system 118 . obtain. In some examples, devices from user device 110, partner device 112, distributor device 114, and verifier device 116, server computer system 124, computing node 122, site device 129, and/or POS system 118 are , one or more devices 400 and/or one or more components of devices 400 (eg, 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 , verifier device 116 , server computer system 124 , computing node 122 , site device 129 , and/or some device from POS system 118 may be used for computing and/or communication. devices (e.g., mobile phones, workstations, mobile phones, personal computers, gaming devices, smart phones, tablet computers, laptop computers, smart watches, server computers, or any other type of computing capable of communicating with server computer system 124) device). Partner 104 can communicate with server computer system 124 using POS system 118 .

User 102, Partner 104, Distributor 106, Verifier 108 and/or Ad Service Provider 126 are users using User Device 110, Partner Device 112, Distributor Device 114, Verifier Device 116 and Ad Service Provider Device 127. It can communicate with server computer system 124 via an interface. In some embodiments, server computer system 124 is a single entity accessible to distributors 106, partners 104, users 102, verifiers 108, and advertising service providers 126 via network 120 (e.g., the Internet). It may include a web server that hosts the above websites. .

The server computer system 124 includes a processor 406 and a different configuration of components, additional components, than those shown in FIG. , different components, or fewer components, where a computer program or multiple computer programs may be stored in memory 404 and/or storage component 402 . It may have executable instructions for carrying out the functions of the 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 comprises computing nodes 122, site devices 129, advertising service provider devices 127, POS systems 118, user devices 110, partner devices 112, distributor devices 114, and/or may be operated by multiple verifier devices 116 to constitute one blockchain network. In some embodiments, computing node 122 1 may include systems associated with user 102 , partner 104 , distributor 106 , and/or verifier 108 . A blockchain is made up of blocks, and each block in the blockchain can contain one or more data values and a block header. Blockchain blocks are protected from tampering and revision. A block header for each block in a blockchain can include at least a block reference value, a timestamp, and a data reference value. A block reference value is a reference to a previous block added to the blockchain, and a data reference value is a reference to one or more data values contained in the respective block. Exemplary embodiments apply one or more hash algorithms (eg, cryptographic hash algorithms, cryptographic hash functions) to the block reference value and the data reference value. Applying one or more hashing algorithms to block reference values and data reference values may generate hash values such that the reference values need to be regenerated if the corresponding data is changed. This can make the blockchain immutable, as it requires propagating changes through the rest of the blocks in the blockchain. Each node in the blockchain network can store a copy of the entire blockchain or part of it. As such, tampering with the blockchain can be nearly impossible, as changes must be made to the blockchain at every node in the blockchain network before a new block can be added to the blockchain. As such, blockchain blocks can be protected from tampering and revision.

The data values contained in each block of the blockchain were stored for use by the server computer system 124, the plurality of computing nodes 122, the plurality of user devices 110, the plurality of partner devices 112, and the plurality of distributor-devices 114. It may include data that is stored for use by verifier devices 116, site devices 129, advertising service provider devices 127, and/or other entities or systems. For example, in some cases, blockchain is used to generate activity data (e.g., environmental activities performed by users of user 102, environmental activities reported or confirmed by certain partners in partners 104, environmental activities distributed by distributors; verification activities performed by certain verifiers in verifier 108; advertising activities performed by certain advertising service providers in advertising service providers 126; reported site activities), each activity involving the transfer or exchange of information. In such cases, each data value may represent identification data (e.g., account identifiers, biometric data) of one or more of users 102, partners 104, distributors 106, verifiers 108, sites 128, and/or advertising service providers 126. , blockchain identifiers, public keys, data obtained by image processing devices, including images, videos, and/or live video for identification purposes), and activity data associated with them for activity, server computer systems 124 , users 102 , partners 104 , distributors 106 , verifiers 108 , sites 128 , advertising service providers 126 , and/or other entities or systems. Including, but not limited to, activity data related to activities involving exchanges. In them, a single blockchain for all activities of users 102 , partners 104 , distributors 106 , verifiers 108 , sites 128 , and/or advertising service providers 126, or users 102 , partners 104 , distributors There may be separate blockchains for each account of 106 , verifier 108 , site 128 , and/or ad service provider 126 .

In embodiments where a blockchain is a permissioned blockchain (access controlled), processor 406 of server computer system 124, computing nodes 122, user devices 110, partner devices 112, Distributor device 114 , verifier devices 116 , site devices 129 , and/or advertising service provider devices 127 may operate in a trusted execution environment (processor secure area) in storage element 402 and/or memory 404 . can be configured to execute one or more sets of computer readable instructions (software instructions) stored in the .

In embodiments where a blockchain is utilized, the blockchain can be a permissioned blockchain, a public blockchain, or a private blockchain. In embodiments where the blockchain is a permissioned blockchain, the blockchain can only be accessed by participants authorized to access the blockchain, and access is controlled (e.g., verifying or validating transactions, blocking Viewing data on chain networks may require permission).

In some cases, blockchain is used to store verifier 108 activity data related to verification activities of one or more environmental product declarations of one or more products and/or services of one or more partners 104. can do. In such cases, each data value included in each block of the blockchain includes identification data (e.g., account identifier, biometric authentication data, blockchain identifiers, public keys, data obtained by imaging devices (including images, video, and/or live video captured for identification purposes), verified by a verifier 108, one or more For an environmental product declaration, the activity data associated therewith, where new blocks may be added as the environmental product declaration is updated, added, and/or verified. Furthermore there is also a single blockchain for all environmental product declarations verified by all verifiers, there is also a separate blockchain for environmental product declarations verified by each verifier, or There may also be a separate blockchain for environmental product declarations associated with each verifier account and/or partner account.

In some cases, a blockchain can be used to store environmental credit scores for users 102, partners 104, and/or distributors 106, where each data value contained in each block of the blockchain is associated with the user 102 , Partner 104, and/or Distributor 106 identification data (e.g., account identifiers, biometric data, blockchain identifiers, public keys, images, videos, and/or live video for identification purposes obtained by imaging devices) data), and associated environmental credit scores. In that case, new blocks may be added as the environmental credit score is updated. Also in that case, there may be a single blockchain for all environmental activities confirmed and/or reported by all partners 104, for environmental activities confirmed and/or reported by each partner 104. There may also be separate blockchains for environmental activities associated with each user account, partner account or distributor account. The use of blockchain allows environmental activity data and/or environmental credit score to As a computing node 122, it can be assured that it has not been tampered with or misrepresented. A computing node 122 in the environmental credit scoring system 100 as shown in FIG. 1 may be able to validate each block in the blockchain and see environmental activity data and environmental credit scores.

In some embodiments, server computer system 124 is a node in the blockchain network that can be configured to generate new blocks that are validated by other nodes and added to the blockchain (e.g., update environmental credit scores obtained, new data received from site devices 129, from POS systems 118 of one or more partners 104 or other systems associated with users 102, partners 104, distributors 106, and/or verifiers 108; New data received, partner devices, distributor devices, and new data received from advertising service provider devices 127), which are validated and added to the blockchain by other nodes. In some embodiments, POS system 118 may be a node within a blockchain network and may be configured to generate new blocks that are validated by other nodes and added to the blockchain. In other embodiments, server computer system 124, site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, and/or other entity or The system sends and adds data to be stored on the blockchain to nodes in the blockchain network.

FIG. 4 is a diagram of exemplary components of device 400 . Devices 400 may correspond to devices from user device 110 1 , partner device 112 2 , distributor device 114 2 , verifier device 116 2 , site device 129 , computing node 122 2 , and/or POS system 118 . In some examples, user device 110 , partner device 112 , distributor device 114 , verifier device 116 , site device 129 , computing node 122 , and/or a device from POS system 118 may be one of devices 400 . One or more components and/or one or more devices 400 may be included. . Device 400 may include communication interface 408 , memory 404 , processor 406 , storage component 402 , input component 414 , output component 412 , and communication infrastructure 410 .

Communication infrastructure 408 may include components that enable communication between components of device 400, such as buses, networks, multi-core message-passing schemes, message queues, and the like.

Processor 406 can be implemented in firmware, hardware, or a combination of software and hardware. Processor 406 may be connected to communication infrastructure 410 . The processor 406 can be an application specific integrated circuit (ASIC), an accelerated processing device (APU), a microprocessor, a field programmable gate array (FPGA), a central processing device (CPU), a microcontroller, a graphics processing device (GPU), a digital It may be a signal processor (DSP), a general-purpose or special-purpose processing device specially configured to perform the functions of processor 406 described herein, or another type of processing component. 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 executing software instructions stored in storage component 402 and/or memory 404 is described with reference to FIGS. 2A, 2B, 2C and 3 herein. It can be configured to perform one or more steps. 2A, FIG. 2B, FIG. 2C, and FIG. 3 herein. In some examples, computer readable media can include non-volatile and/or volatile memory and when executed by processor 406 , may store a set of software instructions that cause processor 406 to perform one or more processes described herein. .

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 relevant arts. In some embodiments, processor 406 includes one or more modules specifically configured to perform one or more functions of processor 406, such as registration module 304, transmit/receive module 306, verification module 308, and processing module 310. may be provided. As used herein, the term "module" refers to hardware or software that is programmed to perform one or more processes and that uses received input to provide output. Based on this disclosure, the processing, outputs, and inputs performed by different modules will be apparent to one of ordinary skill in the art.

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

Memory 404 stores information and/or instructions for use by processor 406 and may include static or static memory such as read only memory (ROM), random access memory (RAM), static memory (SRAM), or the like. dynamic storage devices, magnetic memory, optical memory and/or flash memory. Memory 404 stores algorithms, communication protocols and standards, other algorithms, cryptographic keys, modules of server computer system 124 used by registration module 304 , send/receive module 306 , verification module 308 , processing module 310 , and/or publishing module 314 . program code and application programs for blockchain data, blockchain computing nodes 122, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, POS systems 118, advertising service provider devices 127, and/or or site device 129 communication data, data format standards and protocols, and/or other suitable for use by server computer system 124 in performing the functions disclosed herein, as will be apparent to those skilled in the relevant arts. data. Memory 404 also stores algorithms used by registration module 304 , send/receive module 306 , verification module 308 , processing module 310 , and/or publishing module 314 , blockchain data, communication data for blockchain computing node 122 , user 102, partners 104, distributors 106, verifiers 108, sites 128, and/or advertising service providers 126 identification data (e.g., account identifiers, biometric data, blockchain identifiers, public keys, images for identification, video and/or data obtained from imaging devices (including live video), hashing algorithms for verifying and/or generating blocks of the blockchain, etc.

Storage component 402 may store software and/or information relating to the use and operation of device 400 . For example, storage component 402 may include a hard disk. A hard disk may be a solid state disk, a magnetic disk, a magneto-optical disk, and/or an optical disk. Storage component 402 may also include flash memory, magnetic tape, digital versatile disc (DVD), cartridge, compact disc (CD), and/or floppy disk. Storage Component 40200 can also include other types of non-transitory computer-readable media along with corresponding drives. 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 may 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 components 414 may also include radio frequency identification (RFID) readers, card readers, scales, barcode scanners, and the like. Input components 414 may also include sensors for sensing information such as accelerometers, gyroscopes, actuators, global positioning system (GPS) components, auxiliary global positioning system (AGPS) components, and the like. Input component 414 can also include one or more biometric devices. Biometrics devices or biometric sensors include fingerprint readers, vein readers, facial recognition devices, hand geometry devices, iris recognition, retina and odor/fragrance recognition devices, voice recognition biometric data devices, one or more imaging devices ( For example, an infrared imaging device, any other imaging device), one or more of which may include complementary metal-oxide-semiconductor (CMOS) sensors and/or charge-coupled device (CCD) sensors, and the like.

In some examples, the input component 414 is one or more sensors or devices for first obtaining data, such as lifecycle inventory data (e.g., onsite operational data, onsite material consumption data, onsite onsite emissions data, onsite energy consumption data, and onsite waste data) and/or other data that may be required by one or more sensors provided to one or more verifiers. for verifying the environmental product claims of a partner's products and/or services among the partners 104 and/or for determining the environmental impact of a partner's products and/or services among the partners; can be Sensors or devices required to perform one or more functions of the device 400 described herein include one or more sensors or devices for sensing information such as but not limited to temperature measuring devices, emission sensors, energy measuring devices, velocity measuring devices (e.g. RADAR, LIDAR), other RADAR sensors, thermometers, nanoplasmonic sensors, chemical sensors, proximity sensors, IR sensors (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 sensor, oxygen sensor, touch sensor, Color sensors, nitrogen sensors, Geiger counters, tilt sensors, flow rates, RF radiation detectors, level sensors, or combinations thereof, and/or other sensors.

In some examples, input components 414 (e.g., accelerometers, gyroscopes, actuators, global positioning system (GPS) components, assisted global positioning system (AGPS) components, temperature measurement devices, velocity measurement devices, etc.) , may have tamper-proof or tamper-resistant capabilities. In some examples, input components 414 (e.g., accelerometers, gyroscopes, actuators, global positioning system (GPS) components, assisted global positioning system (AGPS) components, temperature measurement devices, velocity measurement devices, etc.) sensor) obtains data (e.g., sensor data) from input component 414 (e.g., sensor) and encrypts the data before transmission to be stored in database 312 of server computer system 124. may have a module node that

In some examples, input component 414 can be a separate component from device 400 and can be operably and/or communicatively coupled to device 400 . In some examples, input component 414 may be physically attached to (or manufactured in) 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 examples, output component 412 may be a separate component from device 400 and may be operatively and/or communicatively coupled to device 400 .

Communication interface 408 includes components that allow device 400 to communicate with other devices, such as over wireless connections, wired connections, or a combination of wireless and wired connections. The component can be a separate receiver and transmitter or a transceiver-like component including, but not limited to, a transceiver. The communication interface allows or may be configured to allow data and software to be transferred between device 400 and external devices. For example, communication interface 408 may include network interfaces (eg, Ethernet cards), cellular network interfaces, optical interfaces, communication ports, coaxial interfaces, infrared interfaces, radio frequency (RF) interfaces, WiFi interfaces, PCMCIA slots and cards, universal serial buses. (USB) interface or the like. Communication interface 408 is capable of transferring data and software in the form of signals that are optical, electromagnetic, electronic, or other signals, as will be apparent to those skilled in the art.

In some examples, communication interface 408 may comprise one or more of a mobile data network transceiver, a Wi-Fi transceiver, an NFC transceiver, a Bluetooth transceiver, a network adapter, and/or the like. In some embodiments, the communication interface 408 communicates the processor 406 with one or more of the POS system 118 , the computing node 122 , the user device 110 , the partner device 112 , the distributor device 114 , the site device 129 , the advertising service provider device 127 . , and/or with verifier device 116 via network 120 .

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

In blockchain-enabled embodiments, the communication interface 408 allows the device 400 to communicate with other devices, system servers computer systems 124 1 , computing nodes 122 2 , POS systems 118 2 , user devices 110 2 , partners in a blockchain network. It is configured to receive data signals electronically transmitted by device 112 , distributor device 114 , site device 129 , advertising service provider device 127 , and/or verifier device 116 . In blockchain-enabled embodiments, communication interface 408 allows device 400 to communicate with other devices and transmit data signals to server computer system 124, computing nodes 122, POS system 118, user device 110, and others within the blockchain network. It may be configured to allow transmission to partner devices 112 , distributor devices 114 , site devices 129 , advertising service provider devices 127 , and/or verifier devices 116 .

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

One or more processes described herein may be performed by device 400 . The process may be performed by device 400 based on processor 406 executing software instructions, which may be stored by non-transitory computer-readable media such as storage component 402 and/or memory 404 . As defined herein, a computer-readable medium is a non-transitory memory device, where a memory device includes memory space that spans multiple physical storage devices or memory space within a single physical storage device. One or more of the 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 can be implemented by software instructions in combination with hardwired circuitry. One or more of the processes described herein can also be performed by hardwired circuitry in place of software instructions. Thus, embodiments and/or implementations described herein are not limited to any specific combination of software and hardware circuitry.

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

2A, 2B and 2C illustrate environmental credit based on 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. 2 shows a flow chart 200 illustrating the method of scoring. As discussed with reference to FIG. 1, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 may interact with server computer system 124 via network 120.

At step 202 , server computer system 124 registers one or more sites 128 , users 102 , partners 104 , distributors 106 , verifiers 108 , and/or advertising service providers 126 with the server computer system 124 . More requests may be received.

At step 204, server computer system 124 creates registration templates for registering one or more of sites 128, users 102, partners 104, distributors 106, verifiers 108, and advertising service providers 126 with server computer system 124 by: Generate or retrieve from storage component 402 and/or memory 404 of server computer system 124 . The registration template includes multiple registration steps, each step collecting information from one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and/or devices associated therewith. may need to be collected.

At step 206, server computer system 124 displays the registration template on site device 129, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127. It may be transmitted over network 120 or otherwise provided access to the enrollment template.

A new partner of partner 104 (eg, university, company, organization, government agency, etc.); Some verifiers (eg, individuals, companies, organizations, etc.), certain users (eg, individuals) among users 102, and/or certain advertising service providers (eg, individuals, companies, organizations, etc.) among advertising service providers 126 ) interacts through an interface (e.g., an application interface, a web interface, an application interface or web interface including registration templates, etc.), preferably through a website hosted or associated with server computer system 124, or through a mobile application. , can be registered with the server computer system 124 . For example, employees of partners 104 and distributors 106 may use devices associated with multiple partners 104 and distributors 106 (denoted as partner device 4112 and distributor device 114) to allow partners and distributors to operate on server computers. have access to an interface that allows them to register with System 124 , users 102 may use devices associated with multiple users 102 (shown as user devices 110 ) to access an interface that allows users to register with server computer system 124 . . Verifiers 108 may use a device associated with multiple verifiers 108 (shown as verifier device 116 ) to access an interface that allows verifiers 108 to register with server computer system 124 . can. Advertising service provider 126 uses devices associated with a plurality of advertising service providers 126 (shown as advertising service provider devices 127) to allow advertising service provider devices 127 to register with server computer system 124. have access to the interface.

Registration of the above 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 entails collecting data or one or more information and transmitting the data or one or more information to server computer system 124 . Registration includes:
(a) from one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 to server computer system 124 by one or more users 102, partners 104, distributors; Submitting merchant 106, verifier 108, and/or advertising service provider 126 credential information (eg, username, unique user identifier, password, personal identification number (PIN), key, etc.); In some embodiments, server computer system 124 may generate credential information (eg, public key, private key, unique user identifier, username, password, personal identification number (PIN)). Credentials may be used to authenticate one or more users 102, partners 104, distributors 105, verifiers 108, and/or advertising service providers 126. The first step may also include submitting information that may be submitted in other registration steps (eg, name, address, taxpayer identification number, phone number, email address).
(b) from one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 to server computer system 124 by one or more users 102, partners 104, distribution; transmitting biometric information (e.g., facial features, voice features, fingerprint features, eye features, etc.) of Merchant 106, Verifier 108, and/or Advertising Service Provider 126;
(c) one or more site devices 129, POS system 118, user device 110, partners; (g) one or more site devices 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier; From device 116 and/or advertising service provider device 127 to one or more of site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device. Sending information related to one or more physically unclonable functions (PUFs) of 127 (eg, SRAM-PUFs, CMOS sensor PUFs) to server computer system 124 .

As one example, an employee of a partner 104 (e.g., university, company, organization, government agency, etc.) registers with server computer system 124 by interacting with a web interface displayed on a device associated with the partner, and profile can be generated. That profile may include partner name, partner address, partner type (e.g., product manufacturer, broker, university, company, organization, government agency, consumer reporting agency, operator of an environmental product declaration program), and other information. (e.g. tax identification number, phone number, email address), one or more geographic locations where the unregistered partner operates, the environmental product declaration for each product or service offered by the partner, approval by the registered partner ( For example, partner 104 registered with server computer system 124) and/or an external system that validates partner 104, an environmental product declaration registration number, information about the environmental product declaration program operator, any other information that uniquely identifies partner 104. , and/or any other information that may be required to register with server computer system 124 . One or more employees of partner 104 are enabled by server computer system 124 to select one or more external systems (e.g., external identity management systems, etc.) against which employees of partner 104 are verified prior to authorization. can be register with the server computer system 124; Here, verification by one or more external systems may occur before or after submitting the registration request, and the registration request may not be accepted by server computer system 124 . Partners 104 are not verified by one or more external systems.

As an example, an employee of a distributor 106 (e.g., product manufacturer, intermediary agency, university, company, organization, government agency, etc.) may interact with a web interface displayed on a device associated with the distributor to: You can register with the server computer system 124 and create a profile for that distributor. The profile includes, but is not limited to, distributor name, distributor address, distributor type (e.g., product manufacturer, intermediary, university, company, organization, government agency, consumer reporting agency, environmental product reporting program operator); Environmental Product Declaration of Services, approval by registered partner (e.g., partner 104 registered with server computer system 124) and/or external system verifying distributor 106, environmental product declaration registration number, information about environmental product declaration program operator , any other information that uniquely identifies distributor 106 , and/or other information required for registration with server computer system 124 . One or more employees of Distributor 106 are contacted by server computer system 124 with one or more external systems (e.g., external identity management systems) that validate Distributor 106 before being allowed to register with Distributor 106. etc.) can be selected. Here, verification by the one or more external systems may occur before or after submitting the registration request, and further wherein one or more employees of the distributor 106 verify one or more If not verified by the external system, the registration request may not be accepted by server computer system 124 .

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 user profile. The profile includes, but is not limited to, information indicating a user name, a user's address, passport number, tax ID number, phone number, email address, information about the user's environmental activities (e.g., household energy, transportation, waste, food, shopping, etc.), registration partner (e.g., partner 104 already registered with server computer system 124) and/or authorization by an external system that verifies user 102, that user 102 and/or other information that may be required to register with server computer system 124 . In some embodiments, environmental activity information provided by user 102 may be verified by registered partner 104 and/or unregistered entities. Server computer system 124 allows one or more individuals to select one or more external systems (e.g., external identity management systems, etc.) to verify user 102 before allowing registration with server computer system 124. I have something to do. It should be noted that verification by one or more external systems can occur before or after submitting the registration request, and here, if the user 102 is not verified by one or more external systems, the registration request is submitted to the server computer system. 124 may not be accepted.

As an example, an individual verifier and/or employee of verifier 108 (e.g., a university, company, organization, government agency, etc.) may use a device that has partnered with verifier 108 to create a profile for verifier 108. You can register with the server computer system 124 by interacting with the web interface displayed above. The profile may include, but is not limited to, the verifier's name, verifier's address, information indicating the type of verifier (university, company, organization, government agency, etc.), and other information such as tax identification number, phone number, email address, etc.), one or more geographic locations where the verifier is located, an environmental product declaration for each of the products or services verified by the verifier, any registered partners (e.g., server computer system 124 an external system that verifies the verifier 108, any other information that uniquely identifies the verifier 108, and/or is required to register with the server computer system 124. any other information you obtain. The one or more individual verifiers or employees of the verifier 108 verify the verifier 108 to verify the verifier 108 prior to allowing enrollment on the server computer system 124. Server computer system 124 may allow selection of systems (eg, external identity management systems, etc.). In doing so, verification by one or more external systems can occur before or after submission of the registration request, and furthermore, if the verifier 108 is not verified by one or more external systems, then the registration request is It may not be accepted by server computer system 124 .

As an example, an advertising service provider within advertising service provider 126 and/or an employee of the advertising service provider (e.g., university, company, organization, government agency, etc.) may be an advertising service affiliated with advertising service provider 126. A profile for the advertising service provider 126 may be created and registered with the server computer system 124 by interacting with a web interface displayed on the provider device 127 . The profile includes, but is not limited to, the name of the advertising service provider, the address of the advertising service provider, information indicating the type of advertising service provider (university, company, organization, government agency, etc.), and other information (such as taxpayer identification number, telephone number, email address, etc.); authorization by partners 104, and those already registered with server computer system 124), an external system that verifies that ad service provider 126, any other information that uniquely identifies that ad service provider 126, and/or Any other information required to register with server computer system 124 . One or more of the advertising service providers 126 may allow the server computer system 124 to select one or more external systems (e.g., an external identity management system, etc.) to validate the advertising service providers 126 before allowing them to register. be possible. Here, verification by one or more external systems can occur before or after submitting the registration request, and at that time, if the advertising service provider 126 has not been verified by one or more external systems: The registration request may be denied by the server computer system 124 .

Server computer system 124 provides one or more registered and authenticated verifiers 108 to interact with an interface to register one or more sites 128 or to one or more site devices 129 of one or more partners 104 . may be enabled to submit a registration request to the server computer system 124 to register or subscribe to the . As an example, one or more Registered Verifiers 108 interact with an interface displayed on a Site Device 129 to create a profile of one or more Sites 128 of one or more Partners 104; The profile can be submitted to server computer system 124 as a registration request. Server computer system 124 may authenticate one or more registered verifiers 108 before allowing one or more sites 128 and one or more site devices 129 to register. Each site's profile indicates the site name, the partner's identifying information for partner 104 (e.g., name, account identifier, blockchain identifier, public key, etc.), partner address, which can include, but is not limited to: information, type of partner (university, company, organization, government agency, etc.), identification of one or more site devices 129 (e.g., unique site device identifier (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 the server computer system 124 . In some examples, the unique site device serial number or identifier and partner account identifier, blockchain identifier or public key of one or more site devices 129 may be a quick response code (QR code), barcode, NFC can be in the form tags, RFID tags, or any electronic tag, and/or any other technology or device that can be read by the site device 129, one or more verifiers 108 use the site device 129 and its associated components. can read QR codes, barcodes, NFC tags, RFID tags, or any electronic tags during registration at one or more sites 128 and/or at partner sites 128 at one or more sites During installation of device 129 , server computer system 124 communicates with partners, verifiers, and/or site device 129 after site device 129 reads a QR code, barcode, NFC tag, RFID tag, or any electronic tag. You can enter the required information related to the registration request form in the fields.

In some embodiments, registration requests for one or more sites 128 are made by one or more verifiers 108 at one or more partner 104 locations using one or more site devices 129 . can be submitted. The data for each registration request for one or more sites 128 submitted to server computer system 124 by one or more verifiers 108 using one or more site devices 129 includes, but is not limited to: geolocation data (e.g., GPS/AGPS coordinates) of a partner in partners 104, one or more verifiers 108, and one or more site devices 129; identification data (e.g., account identifiers, biometric data, blockchain identifiers, public keys, and/or the like) of partners and/or one or more verifiers 108 and/or one or more sites 128; identification data (e.g., images, videos, and/or live video, unique site device identifiers), where during registration of that site and installation of one or more of its site devices 129, one or more sites Images, videos, and/or live video captured by one or more imaging devices of device 129 can be stored in a database of server computer system 124 and processed by one or more algorithms, machine learning, and/or deep learning. It may be used to train neural networks (eg, image or video recognition algorithms for authenticating one or more sites and site devices 128) by means of learning.

In some embodiments, server computer system 124 can authenticate one or more registered verifiers 108 and certain registered partners among partners 104 , which may serve one or more sites 128 . prior to registering with computer system 124; prior to registering one or more site devices 129 with server computer system 124; and/or prior to making one or more site devices 129 accessible to server computer system 124; can be The registration request may be rejected by the server computer system 124 if the authentication is not successful. A registration request for one or more sites 128 may also:
One or more site devices 129, registered partners of partner 104, and/or one or more registered verifiers 108 of site 128 are registered partners of partners stored in database of server computer system 124 during registration for that site. May be rejected by server computer system 124 if it is not located within a predetermined distance from the location (e.g., partner's address) or the partner's location (e.g., partner's address) stored in the database of server computer system 124 .

Server computer system 124 enables one or more registered and authenticated partners 104 to interact with an interface to register or enroll one or more POS systems 118 of one or more partners 104, These POS systems 118 may access the server computer system 124 to perform one or more functions of the POS systems 118 described herein.

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

At step 210, server computer system 124 sends user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 credentials or data (e.g., public key, private key, personal identification number (PIN), key, etc.) that can be used on the associated device (user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127). can be done via input. In some embodiments, the credential information may be generated by server computer system 124 . Server computer system 124 may also store information about one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service provider 126 profiles (e.g., name, address, type, taxpayer identification number, telephone number, email address, and other information). Information can be received in real time. Server computer system 124 may store user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 information data for user 102, partner 104, distributor 106, verifier 108, and/or advertising. It can be associated with service provider 126 credentials. The server computer system 124 stores the storage components 402 and/or memory 404 of the server computer system 124, the associated user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 credentials to the user 102, May be stored with partner 104, distributor 106, verifier 108, and/or advertising service provider 126 information data.

At step 212, server computer system 124 receives network data from one or more site devices 129, POS systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127. 120 can receive device identification information. Device identification information may be received in real time. The device identification information may be local to storage component 402 and/or memory 404 of site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127. One or more pieces of information stored in a device that uniquely identify each device. Device identification information includes, but is not limited to, operating system version, operating system manufacturer, operating system name, and one or more of site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 information such as media access control (“MAC”) addresses, international mobile device identification (“IMEI”) numbers, and/or the like. may include a hardware identifier. In some embodiments, the hardware identifier is also an international mobile subscriber paired with one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. It can have an identification name such as an ID (“IMSI”) number. This hardware identifier may also include combinations of these and other identifiers of user device 110 , partner device 112 , distributor device 114 , verifier device 116 , and/or advertising service provider device 127 . 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 examples, device identification information may be generated by one or more site devices 129 and transmitted to server computer system 124 during or after registration.

Server computer system 124 stores information data of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 on their associated devices (user devices 110, partner devices 112, distributor devices). 114, verifier device 116, and/or advertising service provider device 127). Server computer system 124 may also associate one or more sites 128 with identification information associated with one or more site devices 129 of their associated devices. Server computer system 124 may also associate one or more partners 104 with device identification information of one or more POS systems 118 of associated devices.

Server computer system 124 stores one or more associated sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers in storage components 402 and/or memory 404 of server computer system 124. 126 along with device identification data for associated devices (site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127). can remember.

At step 214, one or more of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 create one or more biometric templates (e.g., facial templates). These requests are made for display on their associated devices (user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127) during or after registration. It may be generated by server computer system 124 . Server computer system 124 may also be used for one or more sites 128 during or after registration of one or more sites 128 and/or during or after enrollment and installation of one or more site devices 129 . , for creating one or more image, video, and/or live video templates on one or more verifier devices 116 to generate one or more templates for one or more sites 128 One or more requests can be generated.

At step 216, server computer system 124 processes one or more user devices 110, partner devices 112, distributions from one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. Data or one containing biometric information (e.g., facial image data) collected by one or more sensors (e.g., CMOS and CCD sensors) of Merchant Device 114, Verifier Device 116, and/or Ad Service Provider Device 127; Receive the above data record. Server computer system 124 also stores data or one or more data records containing image, video, and/or live video information for one or more sites 128 (e.g., image, video, and/or live video data for a site). can receive Data or data records can be received in real time.

In some implementations, server computer system 124 may identify user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 based on the received biometric information (e.g., facial image data). generate a biometric template for each of the . In some examples, server computer system 124 generates image, video, and/or live video templates (e.g., site images, videos, and/or live video templates) can also be generated. Server computer system 124 stores information data of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, their biometric template data (e.g., facial template data) and/or Or it can be associated with biometric information (eg, facial image data). In some embodiments, server computer system 124 uses one or more algorithms to derive one or more biometric (eg, facial image) features from received biometric information (eg, facial image data). The extraction can generate a biometric template (eg, face template). In some embodiments, server computer system 124 extracts image, video, and/or live video features of one or more sites from the received image, video, and/or live video information to generate images, videos, and/or live video information. , video, and/or live video templates can be generated.

In some examples, server computer system 124 also converts information data of one or more sites 128 into their image, video, and/or live video template data (e.g., image, video, and/or live video template data). data), and/or image, video, and/or live video information (eg, image, video, and/or live video data). In some embodiments, server computer system 124 stores information about associated users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers in storage component 402 and/or memory 404 of server computer system 124. 126 information can be stored with their biometric template data (eg, facial template data) and/or biometric information (eg, facial image data). In some embodiments, server computer system 124 also stores information data of associated sites 128, their image, video and/or live video template data in storage component 402 and/or memory 404 of server computer system 124. (eg, image, video and/or live video template data) and/or image, video and/or live video information (eg, image, video and/or live video data).

At step 218, server computer system 124 determines the geographical location of one or more site devices 129, POS systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127. Data or one or more data records may be received that include positional data (eg, GPS/AGPS coordinates). Geographic location data (eg, GPS/AGPS coordinates) may be obtained by their GPS/AGPS components during or after registration. Server computer system 124 transfers information data of one or more site devices 129, POS systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 to their Can be associated with geographic location data (eg GPS/AGPS coordinates). Server computer system 124 stores associated site devices 129, POS systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and /or Information data including geographic location data (eg, GPS/AGPS coordinates) of the advertising service provider device 127 may be stored.

At step 220, server computer system 124 may create multiple request identifiers for multiple combinations or sets. Each request identifier can be associated with a combination or set. that each combination or set represents an authentication method that can be used to authenticate each of the site 128, user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 and their associated devices; can be done.

In some embodiments, generation of multiple request identifiers for multiple combinations or sets by server computer system 124 may be performed by one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or received from one or more site devices 129, POS systems 118, user devices 110, partner devices 112, distributor devices 114, verifier devices 116, and/or advertising service provider devices 127 during registration with the advertising service provider 126; Based on the data, it can be done.

For example, a combination of the user, the user's credentials, the device's physical uncloneable feature (PUF), device identification, and geographic location data may represent a five-factor authentication method. The first factor is the biometric characteristics of each of the users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, and the image, video, and live video characteristics of each of the sites 128. . The second factor is the credentials (e.g., public key, private key, username, password, personal identification number) of each of user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126. (PIN), key, etc.). The third element is a unique device identifier (e.g., SRAM-PUF, CMOS sensor PUF). the fourth element is stored locally in storage element 402 and/or memory 404 of user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127; and uniquely identifying each device (e.g., Media Access Control (“MAC”) address, International Mobile Device Identity (“IMEI”) number, International Mobile Subscriber Identity (“IMSI” number, and/or the like); Device identification information can be represented by one or more pieces of information.The fifth element is site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and /or may be geographic location data represented by geographic location data (eg, GPS/AGPS coordinates) for each of the advertising service provider devices 127;

The combination may include, but is not limited to: biometric characteristics of user 102 obtained by one or more sensors of user device 110; credentials of user 102; PUF of user device 110; 110 identification information and/or verified geographic location data of user device 110), (biometric characteristics of partner 104 obtained by one or more sensors of partner device 112, credit information of partner 104, partner device 112 PUF, partner device 112 identity, and/or verified geolocation data), (distributor biometric characteristics obtained by one or more sensors of partner device 112, distributor 106 credentials) information, PUF of the distributor device, identification information of the distributor device 114, and/or verified geographic location data of the distributor device 114), (verifier obtained by one or more sensors of the verifier device 116) the verifier 108 credentials; the verifier device PUF; the verifier device 116 identity; and/or the verifier device 116 verified geographic location data); biometric characteristics of the advertising service provider obtained by one or more sensors, credit information of the advertising service provider 126, PUF of the advertising service provider device, identity of the advertising service provider device 127, and/or (verified geographic location data), (partner biometric characteristics obtained by one or more sensors of POS system 118, partner 104 credentials, POS system PUF, POS system 118 identification information, and/or POS system verified geolocation data), (site 128 image, video, and/or live video features), verifier 108 credentials, site device PUF, site device 129 identity, and/or site device 129 verified geographic location data), and/or (verifier biometric features, site images, videos captured by one or more sensors of site device 129), and/or live video features , verifier 108 credentials, site device PUF, site device 129 identity, and/or site device 129 verified geographic location data).

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

In some embodiments, server computer system 124 passes each of the generated request identifiers to one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. and their associated device information data (e.g., device identification data, credit information) during registration, where the request identifier is associated with a plurality of sites 128, users 102, partners 104, distributors 106, verifiers 108 , and/or to server computer system 124 when each of advertising service providers 126 seeks permission to access server computer system 124 using their associated device.

In some embodiments, server computer system 124 may, based on the type of combination, one or more of sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, and Devices associated with them can be authenticated. The type of combination is user for single-factor authentication methods, user and device, PUF for two-factor authentication methods, user, device PUF and geolocation data for three-factor authentication methods, and user, device PUF for four-factor authentication methods. , device identification, and geographic location data, and in five-factor authentication schemes, may include user, user credentials, device PUF, device identification, and geographic location data. One-factor, two-factor, three-factor, four-factor, and five-factor authentication methods can include any of the factors. In some embodiments, elements of the authentication method include one or more site devices 129 under enrollment, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or It may be determined based on information data received by server computer system 124 from advertising service provider device 127 .

In some embodiments, server computer system 124 may allow one or more of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to authenticate with one-factor and/or two-factor authentication methods. can include either of two factors (user, user credentials) without registering the associated device at registration time, and can be registered and authenticated to the server computer system 124. After that, the server computer system 124 may be able to register the associated device. For example, one or more users 102, partners 104 can be , distributor 106 , verifier 108 , and/or advertising service provider 126 can be authenticated. After authentication, one or more of users 102 , partners 104 , distributors 106 , verifiers 108 , and/or advertising service providers 126 may then register their associated devices with server computer system 124 .

In some embodiments, to authenticate one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, the combination includes one or more types of biometric information. (eg, facial features, voice features, fingerprint features, and eye features). For example, a five-factor authentication method for authenticating one or more users 102 may include the user's facial features, voice features, fingerprint features, and/or eye features, the user's 102 credentials, the user's 102 device The PUF, device identification information for the user 102, and terrestrial or geographic location data may be included.

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

In some embodiments, any type of biometric information can be used in place of facial feature biometric information. Further, certain embodiments utilize multiple types of biometric information (e.g., facial features, voice features, fingerprint features, and eye features) to identify one or more users 102, partners 104, Distributors 106, verifiers 108, and/or advertising service providers 126 may be authenticated. .

In some examples, one or more PUFs (Physical Unclonable Functions) of user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and POS system 118 can be a silicon PUF that can be used to authenticate one or more integrated circuits of the device, associated components of the device, and/or sensors. In some embodiments, the PUF may be a memory (memory chip of the device) based PUF, where the device is flash memory, memristor, static random access memory (SRAM), magnetic RAM, or magnetoresistive random access memory. It may include 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, the PUFs of User Devices 110, Partner Devices 112, Distributor Devices 114, Verifier Devices 116, Advertisement Service Provider Devices 127, Site Devices 129, and POS System 118 are physically non-duplicatable functions. It can comprise one or more electronic circuits that produce an output that depends on the inherent physical properties of the (PUF). For example, due to manufacturing process variations, an integrated circuit (IC) may include transistors with different physical characteristics. For example, due to manufacturing process variations, the electronic properties of transistors (eg, threshold voltage, gain factor of transistors) may vary and be measurable. In some embodiments, the PUFs of user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and POS system 118 are one or more on an electronic chip. electronic circuitry, which can generate an output based on one or more inherent physical characteristics of the electronic circuitry. In some embodiments, the PUFs of user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and POS system 118 are activated in response to receiving input. configurable, where the output generated may be based on the inherent physical properties of the PUF and/or the input.

In some examples, the PUFs of user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and POS system 118 produce outputs without receiving inputs. can be configured to generate For example, an output (eg, a unique value) can be obtained from a PUF based on the SRAM by requesting the state of that SRAM bit at one or more addresses of the SRAM.

At step 224, server computer system 124 associates one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 with them from one or more server computer systems 124. A request identifier for accessing to enroll devices may be received, where the one or more request identifiers identify associated devices (user device 110, partner device 112, distributor device 114, verifier device 116, and /or may be sent from the advertising service provider device 127). Server computer system 124 may also receive one or more request identifiers from one or more verifiers 108 , which 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 , which request identifiers may be transmitted from each of partner's 104 service point systems 118 .

At step 226 , server computer system 124 may validate each received request identifier by comparing it to request identifiers created and stored in storage component 402 and/or memory 404 of server computer system 124 . Upon accepting each received request identifier 108, server computer system 124 generates one or more challenges and sends the one or more challenges to user device 110, partner device 112, distributor device 114, and verifier. It may be transmitted or communicated to device 116 , advertising service provider device 127 , site device 129 and/or POS system 118 . In some examples, the device sends its one or more challenges to the POS system 118, the site device 129, the user device 110, the partner device 112, the distributor device 114, the verifier device 116, and/or the advertising service provider. It may be communicated as an input to each PUF (eg, CMOS sensor-based PUF, SRAM-based PUF) of device 127 to generate a response (output) corresponding to each of its challenges. Server computer system 124 associates each request identifier during registration of user device 110 , partner device 112 , distributor device 114 , verifier device 116 , advertising service provider device 127 , site device 129 , and/or POS system 118 . One or more challenges may be generated for each combination made. Each of the one or more challenges can include a random value (eg, random string of bits).

At step 228, the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or POS system 118 process one or more algorithms (e.g., helper data fuzzy extractor, also known as algorithm, BCH fuzzy extractor, efficient fuzzy extractor using BCH, poller using HA-SCL, and/or using serially concatenated BCH and poller codes poller) and use the PUF's generated output to generate a key as a value, or a unique device identifier, where the PUF's generated output is can be constant. In some examples, user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or POS system 118 respond to respective outputs or PUFs. to a key or unique device identifier.

In some embodiments where the generated output of the PUF is a noisy output or not the exact same output that could be generated in response to receiving a fixed input twice, the user device 110, Partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or POS system 118 use the PUF's generated noisy output to generate a constant value (e.g. , keys, unique device identifiers, secrets, and/or the like) into one or more algorithms (e.g., fuzzy extractors, also known as helper data algorithms, BCH fuzzy extractors, efficiency using BCH). a polar using HA-SCL, and/or a poller using serially concatenated BCH and polar codes), in which the device During authentication of that device, the PUF, one or more algorithms, and/or one or more methods may be used to recover constant values (eg, keys) for fixed inputs. The one or more algorithms and/or one or more methods are fuzzy extractor, also known as helper data algorithm, BCH fuzzy extractor, efficient fuzzy extractor using BCH, poller using HA-SCL, and /or BCH and polar code concatenated in series, may include polar using error correction code (ECC) method.

In some examples, user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or POS system 118 may implement one or more algorithms and/or or methods (e.g., fuzzy extractor, also known as helper data algorithm, BCH fuzzy extractor, efficient fuzzy extractor using BCH, poller using HA-SCL, and/or serially concatenated BCH and poller A code, a poller using an error correction code (ECC) method, can be configured to generate helper data using the generated output of the PUF. For example, the 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. can.

In some embodiments, server computer system 124 responds to receiving one or more challenges, helper data, generated unique device identifiers or keys, and/or one or more fixed inputs (e.g., Using one or more responses (outputs) of the PUF generated (in response to receiving the same challenge twice), user device 110, partner device 112, distributor device 114, verifier device 116, Service provider device 127, site device 129, and/or POS system 118 may be authenticated. In some embodiments, one or more values of the set of one or more values may be encrypted by the device prior to transmission to server computer system 124, encryption is performed on the received values. It can be done in a way that it can be later decrypted by server computer system 124 . In some embodiments, one or more of the PUF's responses (outputs) may not be stored in storage element 402 and/or memory 404 of server computer system 124 .

In some embodiments, server computer system 124 may be connected to one or more of site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device. 127 information data can be associated with their one or more challenges, helper data, generated keys or unique device identifiers, and/or one or more responses (outputs) of the PUF. Server computer system 124 may include storage elements 402 of server computer system 124 , associated site device 129 , POS system 118 , user device 110 , partner device 112 , distributor device 114 , verifier device 116 , and/or advertising service provider device 127 . and/or memory 404 may store one or more of those challenges, helper data, generated keys or unique device identifiers, and/or one or more responses (outputs) and information data of the PUF. In some embodiments, server computer system 124 sends challenges and helper data to user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or POS. It may be sent to system 118, where one or more devices can use one or more algorithms and/or methods to decrypt the unique device identifier using one or more keys or PUFs.

At step 232 , server computer system 124 may store one or more sets of values in storage element 402 and/or memory 404 of server computer system 124 . In embodiments where server computer system 124 may not store keys or unique device identifier values, server computer system 124 may store one or more unique device identifiers or key function result values (e.g., f( key)) can be stored.

In embodiments in which server computer system 124 may store a key or a one-way function (e.g., a cryptographic hash function, etc.) for a unique device identifier, server computer system 124 sends the stored challenge and helper data to user device 110, to partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or POS system 118, where one or more of the devices may contain one or more keys or unique device identifiers and transmit them to server computer system 124 . Server computer system 124 determines whether the received one or more keys or unique device identifiers are equal to the stored one or more keys or unique device identifiers (i.e., f(received key) = f (stored key)) may authenticate user device 110, partner device 112, distributor device 114, verifier device 116, ad service provider device 127, site device 129, and/or POS system 118.

In some embodiments, server computer system 124 responds to receiving one or more challenges, helper data, generated unique device identifiers or keys, and/or one or more fixed inputs (e.g., User Device 110, Partner Device 112, Distributor Device 114, Verification Device 116, Ad Service Provider device 127, site device 129, and/or POS system 118 may be authenticated.

In some examples, server computer system 124 uses one or more algorithms (eg, a biohashing algorithm) to process one or more user device 110, partner device 112, distributor device data received during registration. 114, verifier device 116, advertising service provider device 127, site device 129, and/or constant values (e.g., keys or unique device identifiers) of the POS system 118, and one or more sites generated during registration; 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 127 templates (eg, face templates, site image, video, or live video templates) may be integrated, where One or more templates generated as a result of may be stored in storage element 402 and/or memory 404 of server computer system 124 .

In some embodiments, server computer system 124 may integrate one or more algorithms of two-factor, three-factor, four-factor, and/or five-factor authentication methods with two or more factors. , the integration is based on multiple combinations of elements of two-factor, three-factor, four-factor, and/or five-factor authentication methods, and one or more templates resulting from the integration are stored in storage on server computer system 124 . It may be stored in element 402 and/or memory 404 . For example, if a five-factor authentication method consisting of biometric information or site image, video or live video information, user credential information, device PUF, device identification information, and geographic location data is used, server computer system 124: Using one or more algorithms, fixed numbers (e.g., keys or unique device identifiers), templates (e.g., face templates, site images, videos, or live video templates), user credentials, device identification information, and Geographic location data may be aggregated, but the aggregation may be based on multiple combinations.

In some embodiments, the server computer system 124 performs bifactorial, trifactorial, stores received information relating to elements of a four-factor and/or five-factor authentication method, each combination representing a template combining two or more elements, each combination resulting in a Or multiple templates may be stored in storage element 402 and/or memory 404 of server computer system 124 .

At step 234, server computer system 124 retrieves information from one or more devices associated with one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, as described herein. receive a request identifier, which request identifier may be transmitted from each of their associated devices, to access server computer system 124 to perform one or more of those functions described in . Server computer system 124 may also receive a request identifier from each of verifiers 108 and the request identifier may be transmitted from each of site devices 129 . Server computer system 124 may also receive one or more request identifiers from one or more partners 104 , which request identifiers may be transmitted from each of partner's 104 POS systems 118 . Server computer system 124 may also receive a request identifier from each of site devices 129 .

At step 236 , server computer system 124 may validate each received request identifier by comparing it to request identifiers created and stored in storage element 402 and/or memory 404 of server computer system 124 . Upon accepting each received request identifier 108, server computer system 124 generates one or more challenges and sends the one or more challenges to user device 110, partner device 112, distributor device 114, and verifier. may be transmitted or communicated to device 116, advertising service provider device 127, site device 129, and/or point of service system 118; In some embodiments, the device communicates one or more challenges as inputs to a PUF (e.g., CMOS sensor-based PUF, SRAM-based PUF) and generates responses (outputs) corresponding to each of the challenges. can do.

In some embodiments, server computer system 124 challenges 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. values can be sent. , helper data, and/or encryption values when accepting each of the received request identifiers. Upon accepting each received request identifier 108, server computer system 124 generates one or more challenges and sends the one or more challenges to user device 110, partner device 112, distributor device 114, and verifier. Challenge values, helper data, and/or cryptographic values may be sent to device 116 , advertising service provider device 127 , site device 129 , and/or POS system 118 . Server computer system 124 may generate an encrypted value by encrypting the value with a key, where the value can be used only once. Server computer system 124 may be configured to generate a new value and encrypt the new value with a key upon accepting each received request identifier. The key may consist of a key or unique device identifier generated during registration of one or more devices with server computer system 124 . In some embodiments, server computer system 124 may be configured to generate an asymmetric cryptographic key pair (public key and private key). In such cases, server computer system 124 generates the encrypted value by encrypting the public key with a key generated during registration of one or more devices with server computer system 124 or with a unique device identifier. can be generated. In other embodiments, server computer system 124 may be configured to generate symmetric cryptographic keys. In such cases, server computer system 124 encrypts the symmetric encryption key by encrypting it with a key generated during registration of one or more devices with server computer system 124 or a unique device identifier. values can be generated.

In embodiments where the encrypted value is a public key, one or more of user device 110, partner device 112, merchant device 114, verification device 116, advertising service provider device 127, site device 129, and/or POS system. 118 can perform a cryptographic process to decrypt encrypted values (public keys) using one or more decrypted keys or unique device identifiers.

At step 238, user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or POS system 118 may use one or more algorithms (e.g., helper data algorithms fuzzy extractor, also known as BCH fuzzy extractor, efficient fuzzy extractor using BCH, poller using HA-SCL, and/or using serially concatenated BCH and poller codes poller) and can be configured to generate a key, secret or unique device identifier as a value, using the PUF's generated output, where the PUF's generated output is a fixed input is constant for In some embodiments, if the generated output of the PUF is a noisy output or the output that can be generated in response to receiving the fixed input twice is not the same, the user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or POS system 118 use the generated noisy output of PUF, challenge and helper data to perform constant It can be configured to decrypt values (eg, keys or unique device identifiers) by one or more algorithms and/or methods. The one or more algorithms and/or one or more methods are fuzzy extractor, also known as helper data algorithm, BCH fuzzy extractor, efficient fuzzy extractor using BCH, poller using HA-SCL, and /or BCH and polar code concatenated in series, may include polar using error correction code (ECC) method.

In some examples, the decrypted constant value (e.g., key, or unique device identifier) may be used to encrypt and decrypt data or one or more pieces of information, which If so, one or more of user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site device 129, and/or POS system 118 may process one or more pieces of data or information. but with a decrypted constant value (e.g., a key, or a unique device identifier) in such a way that the data or one or more pieces of the information can be decrypted by the server computer system. Can be configured to allow fragments to be encrypted.

At step 240, the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or POS system 118 access one or more decryption keys or unique A device identifier can be used to perform a cryptographic process to decrypt the encrypted value.

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 POS system 118 before transmitting to server computer system 124 : One or more information can be encrypted using the decrypted decryption value and one or more algorithms. The decrypted value decrypts, using one or more algorithms, one or more pieces of information relating to the factors of the authentication method factoring the device PUF before transmission to the server computer system 124. may be used for For example, when using a five-factor authentication scheme consisting of biometric information, user credential, device PUF, device identification information, and geographic location data, the decrypted values are used to Information and geolocation data may be used to encrypt data or one or more pieces of information before they are transmitted to server computer system 124 .

In some embodiments, the decrypted constant value (e.g., key, or unique device identifier) is one or more pieces of information associated with the authentication method elements that factor the device PUF. algorithm, before sending them to server computer system 124 . For example, when using a five-factor authentication scheme consisting of biometric information, user credentials, device PUF, device identification information, and geolocation data, using a decrypted constant value (e.g., key or unique device identifier) Using one or more algorithms, data or one or more information regarding biometric information, user credential information, device identification information and geographic location data can be encrypted before transmission to server computer system 124 .

In some embodiments, one or more of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 are first authenticated using credential information as a single factor authentication method, and then In addition, server computer system 124 can authenticate with any combination (2-factor, 3-factor, or 4-factor) of the other four factors (biometric information, device PUF, device identification information, and geolocation data). In that case, the decrypted value is used to encrypt using one or more algorithms, using one or more pieces of information about the data or elements of the authentication method (2-factor, 3-factor, 4-factor) before the server It may be transmitted to computer system 124 .

In some examples, the decrypted value can be used to encrypt and decrypt data or one or more pieces of information, which can be used by one or more user devices 110, partner devices 112, sales Store device 114, verification device 116, advertising service provider device 127, site device 129, device 112, distributor device 114, verifier device 116, advertising service provider device 127, site device 129, and/or POS system 118 may or after receiving one or more pieces of information and using the same decryption value, just as server computer system 124 can decrypt the data and one or more pieces of information using the same decryption value. A method can be configured to encrypt one or more pieces of information.

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 encrypt the data or one or more pieces of information in a manner that allows the server computer system 124 to decrypt them using the private key after receiving the one or more pieces of information. can be set as In embodiments where the decrypted value is a symmetric key, the server computer system may be configured to decrypt the encrypted data or one or more pieces of information using the decrypted value.

At step 244 , server computer system 124 receives information data from 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 . obtain.

At step 246, server computer system 124 may decrypt the encrypted data. In some embodiments, encryption received from one or more of user devices 110, partner devices 112, merchant devices 114, verification devices 116, advertising service provider devices 127, site devices 129, and/or service point systems 118. The results of decoding information by server computer system 124 can be used to verify the identity of one or more devices. In some embodiments, authentication of one or more of user device 110, partner device 112, merchant device 114, verifier device 116, advertising service provider device 127, site device 129, and/or point of service system 118 is , may be successful if the server computer system 124 successfully decrypts the encrypted information received from one or more devices. In embodiments where the device PUF is used as one factor in two-factor, three-factor, four-factor, and/or five-factor authentication methods, if the server computer system 124 successfully decrypts the encrypted information, the device PUF is successfully authenticated. to be certified. Accordingly, server computer system 124 uses one or more algorithms to pass decrypted data pertaining to other elements to other elements stored in storage component 402 and/or memory 404 of server computer system 124 . can be compared with initial data to determine whether the data match or essentially match.

For example, when using biometric information or a five-factor authentication scheme consisting of site image, video, live video information, user credential, device PUF, device identification, and geolocation data, server computer system 124 may be used to decrypt encrypted information. If successful, the authentication of the device PUF may be successful. Accordingly, server computer system 124 uses one or more algorithms to process the other four elements (biometric or site image, video or live video information, user credential information, device identification information, and geolocation data). ) (or a template generated based on the decoded data) associated with the other four elements stored in storage element 402 and/or memory 404 of server computer system 124. (or template) to determine whether the data match or substantially match.

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

At step 248, server computer system 124 generates a report for each of user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 based on the received biometric information (e.g., facial image data). A biometric template can be generated. In some examples, server computer system 124 generates image, video, and/or live video templates (e.g., site images, videos, and/or live video templates) can also be generated. In some embodiments, server computer system 124 uses one or more algorithms to derive one or more biometric (eg, facial image) features from received biometric information (eg, facial image data). The extraction can generate a biometric template (eg, face template). In some examples, server computer system 124 extracts image, video, and/or live video features of one or more sites from the received image, video, and/or live video information to generate images, videos, and/or live video information. , video, and/or live video templates can be generated.

At step 250, server computer system 124 uses one or more algorithms (eg, a biohashing algorithm) to match one or more of user device 110, partner device 112, merchant device 114, verifier device 116, advertisement Service provider device 127, site device 129, and/or POS system 118 received constant values (e.g., keys or unique device identifiers) and generated templates (e.g., face templates, site images, videos, or live video) templates) and templates used to compare one or more sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 may be created.

In some embodiments, server computer system 124 may integrate two or more factors of two-factor, three-factor, four-factor, and/or five-factor authentication methods using one or more algorithms; Integration may be based on multiple combinations of factors of two-factor, three-factor, four-factor, and/or five-factor authentication methods. For example, if a five-factor authentication method consisting of biometric information or site image, video or live video information, user credential information, device PUF, device identification information, and geographic location data is used, server computer system 124 will: Using one or more algorithms, fixed numbers (e.g., keys or unique device identifiers), templates (e.g., face templates, site images, videos, or live video templates), user credentials, device identification information, and Integrate geographic location data, which may be based on multiple combinations.

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

At step 254, server computer system 124 uses one or more algorithms to create templates created during authentication in storage element 402 and/or memory 404 of server computer system 124 during enrollment or enrollment. A template may be compared to an initial template stored with a template to determine if the template matches or substantially matches. In some examples, if the data variation (e.g., Hamming distance) between the template created during authentication and the initial template created and saved during enrollment is within a predefined threshold, Authentication can be successful.

In embodiments in which two-factor, three-factor, four-factor, and/or five-factor authentication methods may not combine two or more factors (using one or more algorithms), server computer system 124 may: , using one or more algorithms, a template for each element created during authentication, an initial A template can be compared to determine if the template matches or substantially matches. For example, if a five-factor authentication method consisting of biometrics or site image, video, or live video information, user credential, device PUF, device identification, and geolocation data is used, server computer system 124 may or using a plurality of algorithms to generate received data (or templates generated based on the received data) associated with each of the five elements stored in storage element 402 and/or memory 404 of server computer system 124; Each can be compared to its associated initial data (or template) to determine if the data match or substantially match. For example, server computer system 124 stores face templates, user credential information, PUF constant values (e.g., keys), device identification information, and geographic location data in storage element 402 and/or memory 404 of server computer system 124. Stored face templates, user credential information, PUF constant values (e.g., keys), device identification information, and geolocation data may be compared to determine if they match or substantially match . In embodiments in which server computer system 124 stores a constant value (e.g., a key) or a one-way function (e.g., a cryptographic hash function, etc.) that uniquely identifies a device, server computer system 124 stores one or more of the received keys. or checking if a function of unique device identifiers equals a function of one or more stored keys or unique device identifiers (e.g., f(received key) = f(stored key)) may authenticate one or more devices.

In some examples, authentication may be successful if the templates match or substantially match. In some embodiments, authentication is considered successful if the amount of data change between the template created during authentication and the initial template created and saved during enrollment is within a predefined threshold. can do. In some embodiments, authentication of each of site devices 129 and/or each of loyalty point service system 118 includes a site device 129 template between the template created during authentication and the initial template created and stored during enrollment. and/or the verified geographic location data variation of each of the point service systems 118 may not be within a predefined threshold.

In some examples, server computer system 124 may be connected to one or more of user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, point of service system 118, and site device. 129 geolocation data, using one or more algorithms, to one or more of user devices 110, partner devices 112, distributor devices 114, verifier devices 116, advertising service provider devices 127, POS systems 118, and real-time geographic location data obtained by GPS/AGPS associated with the site device 129, geographic location data obtained from a wireless carrier or mobile carrier, or wireless service provider, and/or determined by the server computer system 124 their current geographic location data obtained by their associated GPS/AGPS sensors determined by the wireless or mobile carrier or wireless service provider and/or server computer system 124 by comparison with the geographic location data; where the device is a wireless or cellular carrier or wireless service provider, and Bluetooth wireless, Bluetooth low energy and/or configured to communicate with each other via a short-range wireless network in any of the near field communication networks, where the device is network range of one or more registered devices with synchronized time placed within. In some embodiments, geographic location data for a registered device is successfully verified if it is geolocation data determined by server computer system 124 and/or wireless or cellular carrier or wireless service provider matches or substantially matches the real-time geolocation data of a registered device as obtained by its associated GPS/AGPS sensor; It may be the case that the distance between the target positions is within a predefined threshold. In some embodiments, the predefined threshold may be adjusted by server computer system 124, thereby allowing one or more users 102, partners 104, distributors 106, verifiers 108, sites 128, Access of the advertising service provider 126 and/or its associated devices may be restricted to specific geographic locations, specific regions, specific cities, and/or specific countries with respect to the server computer system 124 .

In some examples, the server computer system 124 may provide GPS for one or more of the user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, POS system 118 and site device 129. Real-time geolocation data obtained by /AGPS sensors may be validated prior to registering or subscribing them or authenticating them with the server computer system 124 . In some examples, authentication and enrollment of one or more devices may not succeed if the real-time geographic location data obtained by its GPS/AGPS sensor is not successfully verified.

In some examples, server computer system 124 uses one or more algorithms to process one or more devices (e.g., user device 110, partner device 112, distributor device) requesting a geographic location. 114, verification device 116, advertising service provider device 127, service system 118 and site device 129) can be determined by determining the distance between one or more devices requesting a geographic location. , and one or more static and/or dynamic registration devices with synchronized times (e.g., user device 110, partner device 112, distributor device 114, verifier device 116, advertising service provider device 127, Determining the geographic location of the POS system 118 and site devices 129) and the time it takes for each of the devices with synchronized time to receive a request from one or more registered devices requesting geographic location. may be determined by, in which geographic location data for one or more registered devices requesting geographic location may be stored in storage element 402 and/or memory 404 of server computer system 124, wherein , one or more registered devices requesting geographic location may be located within network range of one or more registered devices with synchronized time, wherein one or multiple registered devices and one or more registered devices requesting geographic location via a short-range wireless network that is one of Bluetooth Radio, Bluetooth Low Energy and/or Near Field Communication Networks , wherein one or more registered devices with synchronized time and one or more registered devices requesting a geographic location may be configured to communicate with wireless carriers or mobile communications It may be configured to communicate with an operator or wireless service provider and server computer system 124, wherein geographic location data is periodically, intermittently, or continuously obtained to server computer system 124. may be stored in the storage element 402 and/or memory 404 of the

In some embodiments, server computer system 124 is configured to provide verification services, in which services or processes to one or more partners 104 or one or more unregistered entities are enabled by server computer system 124. and require authentication and verification of the identity of one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. In some embodiments, server computer system 124 may enable services and/or processes to one or more partners 104 or one or more unregistered entities, one or more of users 102, partners 104, The right may be granted to require distributors 106, verifiers 108, and/or advertising service providers 126 to authenticate. In such cases, server computer system 124 requests authentication of one or more users 102, partners 104, merchants 106, verifiers 108, and/or advertising service providers 126 to one or more partners 104 and/or may be received from one unregistered entity, server computer system 124 authenticates one or more users 102, partners 104, merchants 106, verifiers 108 and/or advertising service providers 126 to A status or result service and/or process may be provided and communicated to one or more partners 104 and/or one unregistered entity. In some embodiments, server computer system 124 passes credentials (one-time password tokens, public keys, private keys, passwords, RSA signatures, and the like) to one or more users 102, partners 104, distributors. 106, verifier 108, and/or advertising service provider 126 upon successful authentication, in which server computer system 124 authenticates one or more users 102, partners 104, distributors 106, verifiers 108, and/or Or, after successful authentication of the advertising service provider 126, the credentials may be made available to one or more partners 104 or one unregistered entity's services or processes. In some embodiments, server computer system 124 allows one or more partners 104 and/or one unregistered entity to provide one or more users 102, partners 104, distributors 106, verifiers 108, and /or determine authentication options such as advertising service provider 126 location-based verification, device physical non-cloned feature-based verification, user certificate-based verification, device identity-based verification, and/or biometric information-based verification; may be authorized to do so. In such a case, server computer system 124 may process user 102, partner 104, distributor 106, verifier 108, and/or according to options selected by one or more partners 104 and/or one or more unregistered entities. Or the advertising service provider 126 can be authenticated.

In some examples, server computer system 124 allows one or more of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to communicate with their associated one or more devices. , where server computer system 124 asks one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to: After authenticating them, it may be possible to submit a request to modify or use one or more devices from their associated verified devices registered with the server computer system 124, whereupon the server computer System 124 may eliminate authentication of a new device or devices during registration or enrollment of the new device with server computer system 124 . In some embodiments, one or more of the User 102, Partner 104, Distributor 106, Verifier 108, and/or Advertising Service Provider 126 verified devices are lost, damaged, or otherwise unavailable to submit the request. , server computer system 124 disables or blocks lost, damaged, or unavailable devices so that one or more partners 104 can submit requests from partner devices 112 and/or partner POS systems 118 on their behalf. server computer system 124 allows one or more users 102, partners 104 to submit requests to server computer system 124 before allowing one or more partners 104 to , Distributor 106, Verifier 108, and/or Ad Service Provider 126 and preclude authentication of their associated devices, where authentication is one-factor, two-factor, three-factor, or four-factor. It may be done according to the factor authentication method, after server computer system 124 accepts the request, server computer system 124 asks user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 to: Allows for registration of one or more new devices used to communicate with server computer system 124, wherein server computer system 124 registers new devices during registration or registration of new devices with server computer system 124. Authentication of one or more devices may be precluded.

In some embodiments where user credential information is used as an element of the authentication method, one or more of site devices 128 and POS systems 118 may transmit data to server computer system 124 . In such cases, server computer system 124 receives a request from one or more partners 104 to allow one or more point-of-service systems 118 to access server computer system 124, and then one or One-time credentials (e.g., usernames, passwords, personal identification numbers (PINs), keys, etc.) may be generated and transmitted to multiple partners 104, in which case the credential information is shared with one or more partner devices. 112, and the credential information can only be used once. Server computer system 124 may, during registration, installation and/or maintenance of one or more site devices 129 or upon request from one or more verifiers 108, verify that one or more site devices 129 One or more verifiers 108 to generate one-time credential information (e.g., usernames, passwords, personal identification numbers (PINs), keys, etc.) to allow access to server computer system 124 , where this credential information may be sent to one or more verification devices 116, where the credential information can only be used once.

In some embodiments, server computer system 124 allows one or more partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to maintain one or more employee accounts with limited privileges. and an administrator account that has the same privileges as the main administrator account (the first account created upon registration of distributors 106, verifiers 108, and advertising service providers 126 with server computer system 124). may be allowed. Server computer system 124 enables partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to submit requests to deactivate one or more employee and administrator accounts. may require one or more administrative accounts (e.g., administrative account holders) to consent to requests to deactivate one or more employee accounts and/or administrative accounts. server computer system 124 may authenticate one or more administrator account holders before disabling one or more employee accounts and/or administrator accounts. It is possible.

Each of the merchants 106, partners 104, users 102, verifiers 108, sites 128, and/or advertising service providers 126 may then be assigned a unique user identifier. A unique user identifier may be, for example, a number, symbol, alphabet, or any combination of letters and numbers assigned by server computer system 124 . Distributor 106, partner 104, user 102, verifier 108, and/or advertising service provider 126 unique user identifiers may be Alternatively, it may be the distributor 106 , partner 104 , user 102 , verifier 108 and/or advertising service provider 126 phone number. In some cases, non-unique combinations of data can serve as unique user identifiers. Also, as used herein, the term "unique user identifier" may also refer to "account identifier" as used herein.

In some embodiments, server computer system 124 is a system of unregistered entities (e.g., product manufacturers, intermediaries, universities, companies, organizations, government agencies, consumer reporting agencies, environmental product declaration program operators) and/or or may be external to the system of the POS, and may communicate with the system of an unregistered entity or the POS system using communications networks and methods suitable for communication between physically separate computing systems. In this manner, the unregistered entity's system or POS system is managed by the server computer system 124 in accounts associated with one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. Information regarding identifiers and/or other information may be exchanged with server computer system 124 .

In some embodiments, server computer system 124 may be configured to allow one or more of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to verify zero-knowledge proofs or zero-knowledge protocols (e.g., uPort) and/or one or more external identity management systems and/or systems that utilize cryptographic technology, such as verification by reference to a database during or after registration with the server computer system 124. It is also possible to For example, one or more users 102 may register with server computer system 124 and select personal information they wish to provide to server computer system 124, including zero-knowledge proofs or zero-knowledge protocols (e.g., uPort, etc.). You may also choose to have the identity verified through one or more external identity management systems and/or systems that utilize cryptographic techniques, including but not limited to.

In some embodiments, server computer system 124 may also create records about sites 128, distributors 106, partners 104, users 102, verifiers 108, and/or advertising service providers 126 and their associated devices. Records often include respective identifying information (e.g., biometric information, site images, video and/or live video information, credit information, geolocation data, device PUF, device identification information, account identifiers, blockchain identifiers, public keys) and can be associated. Records may be stored in storage element 402 and/or memory 404 of server computer system 124, and one or more records may be listed under respective account profiles.

In embodiments where blockchain may be utilized, server computer system 124 allows one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to communicate with one or more external identity management systems. It may be verifiable through systems and/or systems utilizing cryptographic techniques including, but not limited to, zero-knowledge proofs or zero-knowledge protocols (e.g., uPort, etc.) and/or by reference to a database. . For example, the smart contract library may be accessed through one or more external identity management systems and/or systems utilizing cryptography, including but not limited to zero-knowledge proofs or zero-knowledge protocols (e.g., uPort, etc.), and/or database The identities of users 102, partners 104, distributors 106, verifiers 108 and/or advertising service providers 126 may be verified by reference to. As used herein, the term "smart contract library" may refer to a script, which may be one or more external identity management systems and/or zero-knowledge proofs or zero-knowledge protocols (e.g., uPort, etc.) ) and/or by reference to a database of users 102, partners 104, merchants 106, verifiers 108, and/or advertising service providers 126 on the blockchain. May verify identity.

In another embodiment where blockchain may be utilized, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 enter required information during registration and complete the verification process. , may be registered on a distributed ledger and associated with a smart contract library. In another embodiment where blockchain may be utilized, upon acceptance by server computer system 124 of a registration request submitted by one or more verifiers 108 to register one or more sites 128, one or more Sites 128 and their associated site devices 129 may be registered on a distributed ledger and associated with a smart contract library.

In other examples where 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 advertising service providers 126. Each can be assigned after joining the network to access the distributed ledger. The distributed ledger may include multiple site devices 129, POS systems 118, computing nodes 122, user devices 110, partner devices 112, distributor devices 114, verification devices 116, advertising service provider devices 127, and/or other processor-based can be stored on the device. In some embodiments, nodes of the distributed ledger may include systems associated with partners 104 , distributors 106 , verifiers 108 , users 102 , and/or advertising service providers 126 . In some embodiments, a distributed ledger may consist of one or more shared ledgers, distributed databases, hash chain databases (cryptographic hash chain databases), blockchain databases, and blockchain-based databases. In some embodiments, a distributed ledger originates in a network and includes transactions and other data related to sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. Or information may be collected in blocks, each block containing the hash (cryptographic hash) of the previous block in the chain, constituting a hash chain (cryptographic hash chain), where the blockchain is the transaction occurring in the network. Any type of data can be recorded in the form of (eg, transfer or exchange of information). Transactions and other information occurring in the network and associated with sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 are broadcast to the nodes of the distributed ledger and collectively verified. can be In some embodiments, a distributed ledger may aggregate multiple sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 and their associated devices' environmental activity information, environmental Legal information, biometric information, site images, video and/or live video information, credit information, geolocation data, device PUF, device identification information, account identifiers, blockchain identifiers, public keys, and/or other identifiers data) and other digital records.

At step 256, server computer system 124 receives or collects information regarding environmental activities (eg, products and/or services) performed (eg, purchased, used, or completed) by user 102 prior to becoming a registered user. can do. The information may be collected from the user by communicating with the user's device 110 which allows or enables the user to communicate with the server computer system 124 and provide the server computer system 124 with the necessary information. Data may be collected from the user by server computer system 124 during or after the user is registered with server computer system 124 . Information collected from users may include personal information (e.g., name, address, passport number, tax identification number, phone number, email address, password, username, and/or the like), certain Information about the partner (e.g., partner name and/or partner account identifier) and information about the user's environmental activities, such as information about energy, transportation, waste, food, and shopping in the user's home. In some embodiments, server computer system 124 may verify information provided by certain registered partners and/or unregistered entities in partners 104 or information collected from users. In some embodiments, verification of information provided by or collected from a user of user 102 may be performed by one or more POS systems 118 of a registered partner among partners 104, one of the registered partners and/or by communicating with one or more devices 400 of an unregistered entity, wherein one or more of the user 102, partner 104, distributor 106 respective account identifiers and /or other identifying data provided by or collected from the user (e.g., biometric information, credit information, geolocation data, device PUF, device identification information, account identifier, public key, unique user identifier, Blockchain identifiers, names, addresses and/or other identifying data) may be used in communications exchanged therewith for the verification process. In some embodiments, the server computer system may be one or more POS systems 118 of a registered partner among partners 104, one or more devices 400 of a registered partner, and/or an unregistered entity. information about environmental activities (e.g., products and/or services) performed by one or more users 102 prior to becoming registered users (e.g., environmental activities (e.g., products and/or services) performed (e.g., purchased, used, or completed) by one or more users 102 prior to becoming a registered user to collect receive information about the account identifiers and/or other identifying data (e.g., biometric information, credit information, geolocation data, device PUF, device identification information, account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses, and/or other identifying data) are exchanged with it for the verification process; in which the received information can be stored in a database on the server computer system.

Server computer system 124 may also use one or more algorithms to calculate an estimated environmental impact on the user's environmental activities based on the data collected from user 102 . In some embodiments, server computer system 124 may allow environmental activities performed by users prior to becoming registered users (e.g., One or more verifiers 108 may be authorized or enabled to determine the estimated environmental impact of each of the user's environmental activities (products and/or services) purchased, used, or completed). In some embodiments, server computer system 124 may determine that if an environmental product claim was previously verified by a verifier among verifiers 108 and associated with a partner among partners 104, the same environmental activity may be performed. Determining the environmental impact of each environmental activity (products and/or services) undertaken (e.g., purchased, used, or completed) by a User prior to becoming a Registered User based on a Verified Environmental Product Declaration good.

In some embodiments, server computer system 124 may allocate points, currency, cryptocurrencies, and/or credits to users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. Often, one or more of Users 102, Partners 104, Distributors 106, Verifiers 108, and/or Ad Service Providers 126 may use points, currency, cryptocurrencies (cryptocurrencies) and/or credits associated with their account. may be allowed to transfer ownership records relating to each other. In some embodiments, server computer system 124 stores accounts and identification data (e.g., biometric information, credentials, credentials) for multiple users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126. information, geolocation data, device PUF, device identification information, account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses, and/or other identifying data) and associated points, currency, cryptocurrencies ( cryptocurrency), as well as credit records and/or ownership records. In some embodiments, server computer system 124 allows user 102 to deposit and/or redeem points, currency, cryptocurrency (cryptographic currency), and/or credits (e.g., points into fiat currency). exchange for any form of currency, such as currency, electronic currency, and/or cryptocurrency). In some embodiments, server computer system 124 is used by a third party system (e.g., currency, cryptocurrency exchange platform) to deposit, transfer, and/or exchange points, currency, cryptocurrency, and/or credit. , or system).

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

In some embodiments, server computer system 124 allows one or more verifiers 108 to determine service units (usage units) for each service offered by a partner in partners 104 based on its category and/or or allow or enable decisions to be made based on information contained in the environmental product declaration for that service. For example, a transportation company as a partner 104 of the server computer system 124 may offer the use of electric vehicles (eg, which may use renewable power at charging stations) to the user 102 as a transportation service, and transportation The company's POS system 118 collects data (e.g., distance information and user 102 identification information) and transmits the data to a server computer system 124; Permits or enables determination of service units (usage units) for transportation services (e.g., per hour and/or mile of service usage); However, service units (usage units) may be credited when any service provided by one of the partners 104 in the user's 102 account is performed (eg, completed) by the user 102 . In some embodiments, server computer system 124 compares user's 102 spending behavior based on service units credited under user's 102 account using one or more algorithms and credits under that account. User 102 can be rewarded or penalized based on the number of service units served. For example, server computer system 124 may add or subtract cryptocurrency, currency, and/or points from user's 102 account based on user's 102 spending behavior.

Server computer system 124 may calculate an environmental credit score for user 102 using service units (usage units). The server computer system 124 uses service units (usage units) to determine the number of service units, points, cryptocurrency, or any other reward that can be credited under the user's account (e.g., maximum or minimum number of units). can be determined.

In some embodiments, server computer system 124 may analyze the environmental impact of a user's environmental activities (e.g., products and/or services) performed (e.g., purchased, used, or completed) before or after becoming a registered user. One or more environmental activities (eg, products and/or services) may be suggested or recommended to registered users 102 based on factors including but not limited to. The recommended or suggested environmental activities (eg, products and/or services) may be aimed at reducing the environmental impact of the user's environmental activities. The server computer system 124 awards or adds points and/or credits to the user's account after performing (e.g., purchasing, using, or completing) recommended or suggested environmental activities (e.g., products and/or services). can do. Server computer system 124 may use the points credited under user's 102 account and other factors to calculate the user's environmental credit score. Server computer system 124 determines points to be awarded for each environmental activity performed by one of users 102 based on the environmental product declaration score of the environmental activity (e.g., product and/or service). can be done.

In some embodiments, server computer system 124 employs one or more algorithms based on deep learning, machine learning, and/or trained neural networks to determine user habits and/or behavior (e.g., eco-friendly behavior). Habits) can be determined, and environmental activities (eg, products and/or services) can be recommended or suggested to the user 102 . The server computer system 124 determines the user's environmental activity performance and the user's interaction with the server computer system 124 (e.g., the type of environmental activity to perform, the time to perform the environmental activity, the geographic location of the environmental activity, and the cost of performing environmental activities), information about user activity collected from external sources (e.g., data management platforms), and other factors to determine user habits and behavior using one or more algorithms, machine learning, and/or Or you may determine using the trained neural network by deep learning.

As a non-limiting example, server computer system 124 may provide certain users 102 with renewable power usage, certain electric vehicle usage, or any other provision provided by registered partner 104 or an unregistered entity. Suggest or recommend the use of eco-friendly products and/or services. In some embodiments, server computer system 124 may determine the environmental impact of the user's environmental activities prior to becoming a registered user 102, suggested or recommended by server computer system 124, and implemented by user 102 after becoming a registered user. Based on environmental activities (eg, participating, purchasing, using, or completing), an environmental credit score for user 102 may be calculated. Server computer system 124 stores information regarding environmental activities completed by the user of user 102 prior to becoming a registered user, and information collected from the user during or after the registration process, in storage element 402 and/or memory of server computer system 124 . The information may be stored in the user's record at 404 and listed under each user's 102, partner's 104 and/or distributor's 106 account profile.

In some embodiments, server computer system 124 may determine the environmental impact of the environmental activities of a previous user who is registered user 102, suggested or recommended by server computer system 124, and implemented by user 102 after becoming a registered user (e.g., awarding points, currency, cryptocurrency and/or credits to one or more users 102 based on environmental activities (, participated in, purchased, used or completed); may be consumed by user 102 and may be replaceable or usable by user 102 . In some embodiments, user's 120 calculated points and/or credits may be used as currency (e.g., cryptocurrency) and/or any form of currency (e.g., fiat currency, electronic currency, and/or cryptocurrency).

In some embodiments, server computer system 124 uses one or more users' 102 awarded points or credits to provide one of the partners' 104 and/or unregistered entity-provided Or it may allow multiple products and/or services to be purchased. In some embodiments, user's 102 calculated points or credits and their associated transactions may be stored in a database on server computer system 124 under user's 102 and/or partner's 104 respective account profiles. may be listed in In some embodiments, user's 102 calculated points or credits may be stored in remote and/or distributed databases.

In embodiments where a blockchain may be utilized, a distributed ledger is a system in which environmental activity information, user 102 earned points and/or credits, and related transactions, and/or other information are aggregated into blocks, each block being an intra-chain It can contain a hash chain (cryptographic hash chain) containing the hash (cryptographic hash) of the previous block of . In embodiments where blockchain may be utilized, environmental activity information, user's 102 calculated points and/or credits, and their associated transactions, and/or other information are broadcast to nodes of a distributed ledger and collectively may be verified to

In some examples, server computer system 124 allows user 102 to use calculated points and/or credits associated with the user's account to purchase 1 May allow or enable one or more products and/or services to be obtained or purchased. For example, user 102 may be authenticated through systems associated with POS system 118 , partner device 112 , and/or partner 104 . POS system 118, partner device 112, and/or systems associated with partner 104 may communicate with server computer system 124 to authenticate and verify user 102 and/or provide points, credits, Currency amounts, cryptocurrencies, points, and/or credits may be checked. In some embodiments, user's 102 unique user identifier, public key, account identifier, or blockchain identifier is (a) related to environmental activities performed (e.g., purchased, used, or completed) by user 102; (b) register the user 102 with the server computer system 124; and (c) an identification card, barcode, RFID, QR that can be read by the POS system to purchase products or services offered by the partner 104. It may be in the form of a code or electronic tag and/or other technology or device.

In some embodiments, server computer system 124 stores user's 102 calculated points, currency, cryptocurrency, or credit and its associated transactions in storage element 402 and/or memory 404 of server computer system 124 . , points, currency, cryptocurrency, or credits and information about transactions related thereto may be listed under each account profile of user 102 and/or partner 104 . In some embodiments, server computer system 124 may store the user's calculated points or credits in remote and/or distributed databases.

In embodiments where blockchains may be utilized, server computer system 124 uses a process similar to transferring currency in blockchain-based cryptocurrency systems to record ownership of points, currency, cryptocurrencies, and/or credits. can be transferred. For example, when user 102 purchases products and/or services offered by partner 104, server computer system 124 may store a record of possession of points, currency, cryptocurrency, and/or credits in user 102's account as proof of purchase. to the partner 104 account. In some implementations where blockchain may be utilized, the distributed ledger may consist of a sidechain or stand-alone ledger of the cryptocurrency blockchain.

At step 258 , registered partner 104 and/or registered distributor 106 may transmit data to server computer system 124 . Transmission of data by a registered partner to server computer system 124 may be by communicating with server computer system 124 via the partner's one or more partner devices 112 and/or one or more POS systems 118; Account identifiers and/or other identification (e.g., biometric information, credit information, geographic location data, device PUF, device identification information, account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses, and/or other identifying data) may be used in communications exchanged with partners for identification and/or verification thereof. Transmission of data by registered distributor 106 to server computer system 124 may be by communicating with server computer system 124 via one or more of distributor devices 114, one or Multiple partners 104, distributor-106 respective account identifiers, and/or other identifying data (e.g., biometric information, credit information, geographic location data, device PUF, device identification information, account identifiers, public keys) , unique user identifiers, blockchain identifiers, names, addresses, and/or other identifying data) may be used in communications exchanged therein for Distributor identification and/or verification.

In some embodiments, data transmitted to server computer system 124 by one or more registered partners 104 relates to violations of one or more environmental laws by one or more users 102, partners 104 and/or distributors 106. data, and other information and activities reported by partners 104. In some embodiments, the data sent to server computer system 124 by one or more of registered partners 104 is information about one or more environmental activities provided by one or more of registered partners 104 to one or more users 102 . may include data relating to (eg, products and/or services); In some examples, the data that one or more registered distributors 106 transmit to server computer system 124 may be environmental activities (e.g., products and and/or services), and environmental activities that one or more distributors 106 used to distribute the environmental activities (e.g., 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 merchants 106 with a website and/or mobile website hosted or associated with server computer system 124 . Select from multiple categories of one or more environmental activities (e.g., products and/or services) provided, distributed and/or used by them, such as through an application, and/or environmental law violations reported by Partner 104 You may provide options that allow you to list and fill in online information about

In some examples, one or more of registered partners 104 may transmit data to server computer system 124 , which data may be used to describe environmental activities (e.g., products and/or or services). The data for each environmental activity that each of the partners 104 transmits includes, but is not limited to, partner identification data (e.g., biometric information, credit information, geographic location data, device PUF, device identification information, account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses, and/or other identifying data) as well as the geographic location from which the environmental activity was submitted, the environmental activity that partner 104 wishes to provide to user 102 (e.g., products and and/or services), and/or environmental activity information submitted, including but not limited to environmental product declarations.

In some embodiments, one or more of the registered partners 104 may transmit data to the server computer system 124, and the data regarding local and/or international environmental law violations reported by the partners 104 may be sent to one or more of users 102, partners 104, and/or distributors 106. Each environmental law violation data transmitted by each of its partners 104 includes, but is not limited to, user, partner, distributor, and/or verifier identification data (e.g., biometric information, credit information, geographic location, data, device PUF, device identification information, account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses, and/or other identifying data), and information regarding violations of environmental laws, the geographical location of the transmitted Including, but not limited to, location, taxpayer identification number, name (eg, name of offending user 102, partner 104, distributor 106, and/or verifier 108), and/or address.

In some embodiments, each environmental activity data sent by each partner 104 includes one or more user names 102, one or more user addresses, other information (e.g., passport number, tax identification number, phone number, email address, password, username, public key, blockchain identifier, user's biometric data information). Each environmental activity data transmitted by each of the partners 104 may also include, but is not limited to, one or more partner names, one or more partner addresses, one or more partner types (e.g., Information indicating product manufacturers, intermediaries, universities, corporations, organizations, government agencies, consumer reporting agencies, environmental product declaration program operators), identifying information (e.g., biometric information, credit information, geolocation data, devices) PUF, device identifier, account identifier, public key, unique user identifier, blockchain identifier, name, address, and/or other identifying data) and/or other information (e.g., tax identification number, phone number, email address). The data for each environmental activity that each of the partners 104 transmits includes one or more distributor names, one or more distributor addresses, one or more distributor types (e.g., product manufacturer, intermediary, university, companies, organizations, government agencies, consumer reporting agencies, environmental product declaration program operators), including, but not limited to, identifying information (e.g., biometric information, credit information, geographic location data). , device PUF, device identification information, account identifier, public key, unique user identifier, blockchain identifier, name, address, and/or other identifying data) and/or other information (e.g., tax identification number, phone number , e-mail address).

In some examples, the environmental product declaration of the partner-provided product or service of partner 104 may be in a machine-readable format. In some examples, each of partners 104 may provide server computer system 124 with an environmental product declaration registration number and/or information about the operator of the environmental product declaration program and/or other information. . In some embodiments, the environmental product declaration may be a Type III environmental product declaration under ISO 14025 and is (a) issued by a particular program operator; (c) harmonized product categories based on (but not limited to) European pilots of the Product and Organization Environmental Footprint Category Rules (PEFCR, OEFCR); Based on the rules, it can be declared.

In embodiments in which a blockchain may be utilized, a distributed ledger is a collection of user, partner, and distributor environmental activity information and related transactions and/or other information collected in blocks, each block representing a It may consist of a hash chain containing hashes of previous blocks. In embodiments where blockchain may be utilized, environmental activity information and transactions associated therewith, 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 . In some embodiments, data transmitted to server computer system 124 by one or more of registered partners 104 relates to one or more of users 102, partners 104 and/or distributors 106 violating one or more environmental laws. data, and other information and activities reported by partners 104.

In some examples, the data received from one or more of the registered partners 104 may include one or more environmental activities provided by the one or more registered partners 104 to the one or more users 102 (e.g., products and/or services), and the received data may relate to environmental activities (eg, products and/or services) provided by the partner 104 to the user 102 . Data for each environmental activity received from each of the partners 104 may include, but is not limited to, partner identification data (e.g., biometric information, credit information, geographic location data, device PUF, device identification information, account identifiers, public key, unique user identifier, blockchain identifier, name, address, and/or other identifying data), and the geographic location where the environmental activity was transferred, the environmental activity that partner 104 wishes to provide to user 102 (e.g., products and/or or services), and information about the transferred environmental activities, including geographic location information where the environmental activities were transferred, information about the environmental activities (e.g., products and/or services) that partner 104 wishes to provide to its users 102; and/or including but not limited to environmental product declarations. Server computer system 124 assigns each environmental activity an identification number (e.g., numeric, symbolic, alphabetic, or any combination of letters and numbers assigned by server computer system 124), stores elements 402 of server computer system 124, and /or the data may be stored in memory 404;

In some examples, the data that one or more registered distributors 106 transmit to server computer system 124 may be environmental activities (e.g., products and and/or services) and the environmental activities that one or more distributors 106 used to distribute the environmental activities (e.g., products and/or services) to one or more partners 104.

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

In some embodiments, server computer system 124 may be used to manage one or more environmental activities (e.g., products and/or services) owned or produced by other partners 104 (original owners/producers of environmental activities). ) to users 102 to provide, resell, and/or distribute environmental activities of partners (original owners/producers of environmental activities) hosted by or associated with server computer system 124. The search may allow you to search using options such as via a website and/or mobile application that includes the environmental activities and partners 104 (original owners/producers of the environmental activities). Relevant identifying information (e.g., the partner's environmental activity identification number, environmental product declaration registration number, or identification number, the partner's unique user identifier, the partner's public key, and/or other identifying data) may be used. . Server computer system 124 matches identification data associated with an environmental activity (e.g., products and/or services) with identification data stored in a database of server computer system 124 to identify the environmental activity and to partners 104 who wish to offer, resell, and/or distribute one or more environmental activities (eg, products and/or services) to users 102 . Server computer system 124 also certifies and/or requires that partner 104 desires to offer, resell, and/or distribute the same environmental activities (e.g., products and/or services) to its users 102. make it possible. Server computer system 124 also requests that partners 104 (original owners/producers of environmental activities) authorize or enable partners 104 to offer, resell, and/or distribute environmental activities to users 102. Allow or enable to approve or deny. Server computer system 124 may list the environmental activity under the environmental activity record of partner 104 who requested to provide, resell, and/or distribute the environmental activity to user 102 .

In some embodiments, server computer system 124 provides one or more environmental activities (eg, products and/or services) belonging to other partners 104 (original owners/producers of environmental activities) to users. One or more environments listed under the records of environmental activities of other partners 104 (original owners/producers of environmental activities) that partners 104 wishing to offer, resell and/or distribute to 102 It is possible to select from multiple categories of activities (such as products and/or services) and to prove and/or request that they wish to provide or distribute the same environmental activities (such as products and/or services). do.

In some embodiments, server computer system 124 may be used by partner 104 (original owner/producer of environmental activities) to create an environment owned or produced by that partner 104 (original owner/producer of environmental activities). Information regarding an approved list of partners 104 who may offer, resell, or distribute activities (eg, products and/or services) may be enabled to be provided to server computer system 124 . That information includes, but is not limited to, identification data (such as Partner's unique user identifier, blockchain identifier, account identifier, and/or Partner's public key).

In some embodiments, server computer system 124 may appoint one or more registered verifiers to verify the environmental product claim of a partner's product or service among partners 104, and the appointee is based on, but not limited to, the following factors: geographic locations of registered verifiers and partners, verified by each of their verifiers 108, or randomly appointed partners 104 by server computer system 124; number of verification activities relating to a partner's environmental activities (eg products and/or services) during In some embodiments, each of the verifiers 108 can be an individual verifier, group of individuals or an organization (e.g., certification authority) registered with the server computer system 124 to perform verification activities (e.g., verification of environmental product declarations, determination of the environmental impact of environmental activities). In some embodiments, each of the verifiers 108 is registered with the server computer system 124 to perform verification activities (e.g., verifying environmental product claims, determining the environmental impact of environmental activities), or Afterwards, they must pass an exam to measure the verifier's knowledge of one or more topics.

In some embodiments, server computer system 124 is used by verifier 108 to perform verification activities (e.g., verifying environmental product claims, determining the environmental impact of environmental activities). Before or after being enrolled in the system 124, tests can be conducted to measure knowledge of one or more topics of one or more individuals from individual verifier groups or organizations (e.g., certification bodies). .

In some embodiments, server computer system 124 communicates with server computer system 124 to measure verifier 108's knowledge of multiple topics on network 120 (eg, the Internet). Can test. In some embodiments, verifier device 116 is configured to communicate with server computer system 124 and is configured to allow verifier 108 to access server computer system 124 to be tested. obtain. In some examples, verifier device 116 may be configured to allow one or more verifiers 108 to take the exam using a video or live proctor. In some embodiments where a video proctor is used, the recording is made by server computer system 124 and stored in storage component 402 and/or memory 404 of server computer system 124, and the server computer system 124 appoints a verifier from among a plurality of registered verifiers 108, and after the one or more verifiers 108 have taken the test, the test results of the one or more verifiers 108 are objectively evaluated. can make a judgment. In some embodiments where live proctoring may be used, the server computer system 124 assigns one or more verifiers 108 from the registered verifiers 108 and monitors the verifiers while the verifiers 108 take the exam. 108 can be selected to be monitored in real time. In some embodiments, server computer system 124 may schedule exams to measure verifier 108's knowledge of one or more topics. In some embodiments, server computer system 124 may allow one or more verifiers who wish to take the test to schedule the test. In some embodiments, the server computer system 124 can determine the verification capabilities of each of the verifiers 108 by one or more algorithms, machine learning, and/or trained neural networks by means of deep learning. .

In embodiments where blockchain may be utilized, server computer system 124 allows one or more verifiers 108 to authenticate one or more external identity management systems and/or zero-knowledge proofs or zero-knowledge protocols (e.g., uPort, etc.). It may be able to be verified through a system that utilizes cryptography, including but not limited to, and/or with reference to a database. For example, the smart contract library may be accessed through one or more external identity management systems and/or systems that utilize cryptography, including but not limited to zero-knowledge proofs or zero-knowledge protocols (e.g., uPort, etc.), and/or databases. The identity of the verifier may be confirmed by referring to

In embodiments where blockchains may be used, a distributed ledger collects each verifier's activity information and/or other information into blocks, and each block contains a hash (cryptographic hash) of the previous block in the chain. It can contain hash chains (cryptographic hash chains). In embodiments where blockchain may be utilized, activity information and/or other information for each verifier 108 may be broadcast to nodes of a distributed ledger and collectively verified.

In some embodiments, verifier device 116 is configured to communicate with server computer system 124 to authenticate verifier 108, wherein server computer system 124 communicates with verifier 108 while verifier 108 undergoes testing. , the identity data of the verifier 108 can 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 performed according to one-factor, two-factor, three-factor, four-factor, and/or three-factor authentication methods. In some embodiments, the verification process calls each of the verifiers 108 via telephone by the server computer system 124, preferably over a recorded line, and/or with instructions to verify their identities. It can include sending a text message to the verifier.

The environmental product declaration and/or services provided by partner 104 may be a Type III environmental product declaration under ISO14025. The environmental product declaration includes information about the company, products and/or services, global warming potential, depletion potential of the stratospheric ozone layer, potential for land and water acidification, eutrophication, potential for formation of tropospheric ozone photochemical oxidants, Environmental impacts, including but not limited to abiotic depletion potential of fossil resources, abiotic depletion potential of fossil resources, human toxicity, freshwater aquatic ecotoxicity, marine aquatic ecotoxicity, and terrestrial ecotoxicity, renewable Use of resources, including but not limited to total primary energy resource use, total non-renewable primary energy use, use of secondary materials, and use of renewable secondary fuels; hazardous waste disposed of Waste generation, including but not limited to disposal of non-hazardous waste, and disposed radioactive waste, parts for reuse, materials for recycling, materials for energy recovery, and energy for export including, but not limited to, information about

In some examples, verification of the environmental product claim of a product or service by one or more registered verifiers 108 can include verification of life cycle assessment-based data (e.g., life cycle assessment-based data). , data related to life cycle assessments conducted in accordance with ISO 14040, ISO 14044 and/or other ISO standards, which may include, but are not limited to, verifying information provided in environmental product declarations); Including verification of additional environmental information and/or verification of other information.

In some examples, life cycle inventory data (e.g., onsite operations data, onsite materials consumption data, onsite emissions data, onsite energy consumption data, and/or onsite waste data) is collected, measured, or can be estimated. Collected and/or measured data for life cycle inventory may be obtained using one or more sensors and/or devices of site devices 129 located at partner's site 128. One or more site devices 129 are configured to acquire data and transfer the acquired data to server computer system 124 , which stores data in storage component 402 and/or memory 404 of server computer system 124 . Data can be saved.

In embodiments where blockchains may be utilized, blockchains may be used to store any type of data (e.g., site devices 129, POS systems 118, users 102, partners 104, distributors 106, verifications 108, advertising service providers 126, and/or or data received from third-party systems) may be recorded in a distributed database that maintains a continuously growing list of data records that are hardened against tampering and revision. In some embodiments, data records may be hardened against tampering and revision, even by participating parties or operators sharing the database.

In some examples, server computer system 124 performs real-time sample collection, calculations, measurements, and/or analysis with verification device 116 to allow one or more registered verifiers 108 to It may be possible to verify the above environmental product declarations. In doing so, each sensor and/or device (e.g., accelerometer, gyroscope, global positioning system (GPS) component, auxiliary global positioning system (AGPS) component, temperature measurement device, velocity measurement) of the verifier device devices for sensing information) can be utilized in the verification process.

In some embodiments, server computer system 124 may conduct a test to measure verifier 108's knowledge of one or more topics, wherein the test consists of calculations, measurements, sample including analysis (e.g., chemical analysis and testing), sample collection and/or the like using verifier devices 116, wherein the input component 414 of each verifier device 116 (e.g., acceleration for measuring information) sensors, gyroscopes, actuators, global positioning system (GPS) components, assisted global positioning system (AGPS) components, temperature measuring devices, velocity measuring devices, etc.) may be utilized during testing. good.

In some examples, verification device 116 enables registered verifiers 108 to use one or more devices and/or sensors to perform verification activities (e.g., verify environmental product claims, assess the environmental impact of environmental activities). determination), wherein a verifier device in verifier device 116 includes processor 406 and those shown in FIG. 4 (e.g., communication infrastructure 410, memory 404, input component 414, output component 412, storage component 402, communication interface 408), may have a different arrangement of components, fewer components, additional components, or different components, wherein processor 406: It may be configured by software to perform one or more functions of certain of the verifier devices described herein.

In some embodiments, server computer system 124 allows one or more registered verifiers 108 to establish guidelines or rules (e.g., data collection strategies or rules, verification rules) regarding the creation and/or verification of environmental product declarations. , wherein acceptance or rejection of the proposed guidelines or rules may be based on a majority vote of one or more registered verifiers, where the server - Before being accepted by the computer system 124, the server computer system 124 causes one or more verifiers 108 to re-perform the verification activity until at least 51% of the verifiers 108 vote in favor of the decision. can be invited. 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 can be used to calculate and determine majority votes.

In some embodiments, verification of an environmental product claim by one or more registered verifiers 108 may include photographing, document scanning, data (e.g., data relating to on-site operations, input from a particular site, and outputs, inputs and outputs from a particular site, on-site material consumption, emissions, energy consumption, waste, etc.), identity verification, distance measurement, geographic location determination, sample collection, sample analysis , determination of the chemical composition of the collected sample, measurement of temperature, measurement of energy (eg, measurement of power), and/or one or more input components 414 of each verifier device 116 (eg, accelerometer, gyroscope, actuators, global positioning system (GPS) components, assisted global positioning system (AGPS) components, temperature measuring devices, velocity measuring devices, etc.) and the like.

In some embodiments, one or more partners 104 are registered with server computer system 124 and provide environmental product claims to server computer system 124 or provide one or more products and/or products they wish to provide to users 102 . or upon submission of a request to create a new environmental product claim for a service, server computer system 124 validates the environmental product claim provided by one or more partners 104; /or One or more verifiers 108 may be assigned to enable the creation of new environmental product claims for services.

In some embodiments, server computer system 124 allows one or more registered verifiers 108 to perform verification activities (e.g., verifying environmental product claims, determining the environmental impact of environmental activities). and reach agreement on the validity of the information provided by each of the registered verifiers 108, and accept or reject each information provided by the verifiers 108. can decide or vote. Server computer system 124 may make a final decision, based on a majority vote, whether to accept each piece of information regarding verification activities performed or performed by each of the registered verifiers 108. , whereupon server computer system 124 will review one or more verifiers 108 until at least 51% of verifiers 108 vote to approve the decision before being approved by server computer system 124. to rerun the verification activity. In some embodiments, server computer system 124 may use one or more algorithms to determine the majority vote.

In some embodiments, server computer system 124 allows one or more verifiers to review information regarding verification activities performed by each of the registered verifiers 108 and verify each verifier within a specified time limit. It may allow a decision or vote to accept or reject the information. In so doing, points, currency, cryptocurrency, and/or credit may be credited under the registered verifier's 108 account for each piece of information reviewed.

In some embodiments, server computer system 124 ensures that after one or more verifiers 108 have completed verification of environmental product claims for products and/or services, one or more users 102 can Or it may allow each environmental activity associated with the service to be performed.

In some embodiments, server computer system 124 allows one or more registered verifiers 108 to collect data using one or more sensors or devices of one or more verification devices 116. , allows information to be transferred to server computer system 124, where the data may be used for verification of environmental product declarations. In some examples, server computer system 124 communicates with partners of partner 104 and/or external systems to perform verification activities (e.g., environmental product claim verification, (e.g., information related to identity verification, energy measurements, sample analysis, determination of chemical composition of samples) related to determining the environmental impact of environmental activities).

In some examples, server computer system 124 may enable a registered partner in partners 104 to submit a request to prepare an environmental product declaration for one or more products and/or services. In doing so, server computer system 124 may allow the partner to transfer the requisite service fee to server computer system 124 using currency, cryptocurrency, points, and/or credits available in the partner's account. enable In some examples, server computer system 124 can assign one or more verifiers 108 to create an environmental product claim for a partner's products and/or services among partners 104, wherein: , the server computer system 124 may transfer currency, cryptocurrency, points, and/or credits to the verifier to create an environmental product claim.

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

Server computer system 124 may enable one or more verifiers 108 to collect data using verification device 116, which data may conform to ISO 14040 and ISO 14044 standards or any other standard. may be associated with the inventory analysis step of life cycle estimation performed according to

In some examples, server computer system 124 allows external systems to transfer data (e.g., life cycle inventory data) related to life cycle estimates of environmental product claims for products or services to server computer system 124 . Server computer system 124 may store data it receives within storage component 402 and/or memory 404 of server computer system 124 . In embodiments in which one of the partners 104 has one or more site devices 129 installed at the partner's location, one or more verifiers 108 complete an environmental product declaration of a product or service provided by the partner 104. Access site activity data records for one or more site devices of partners 104 to verify or create a life cycle estimate (e.g., life cycle inventory data).

In some embodiments, server computer system 124 uses one or more algorithms to compare environmental product claims of products and/or services of one or more partners 104 to determine which environmental impact has the highest impact. A low environmental product declaration is determined by one or more verifiers 108 according to guidelines or regulations (e.g., the environmental product declarations are based on the same product category regulations and analyzed according to the same life cycle impact assessment method). in the preparation and/or verification of environmental product declarations for products and/or services that are modeled using the same data and/or system boundaries, are functionally equivalent, and/or are based on the same functional units; Enables comparisons between environmental product claims of one or more partners' 104 products and/or services.

In some embodiments, server computer system 124 anonymizes the identification data of one or more verifiers 108 and any information that makes one or more verifiers 108 recognizable and includes them in environmental product declarations. The one or more verifiers 108 and the new one or more verifiers review or verify the verified information and accept or reject each information. and comment and/or rate (eg, on a scale of 1〜10) the effectiveness of the information verified by one or more other verifiers 108 .

In some embodiments, server computer system 124 assigns one or more verifiers 108 to re-review or re-verify information verified by one or more verifiers 108 and The validity of each piece of information, comments, and verifications is evaluated (e.g., on a scale of 1〜10) to allow a decision to accept or reject before being accepted by the server computer system 124. until at least 51% of the verifiers 108 assigned by the server computer system 124 vote in favor of approving the decision regarding the validity of the information verified by one or more of the verifiers 108. obtain. The server computer system 124 allows one or more verifiers 108 to determine whether certain information in the environmental product declaration must be accurate or within a certain degree of accuracy. enable

In some examples, one or more verification devices 116 may be configured to transmit data including at least one verification activity record to server computer system 124 . A verification activity record may include one or more verification activities performed by one or more registered verifiers 108 (e.g., verification and/or preparation of an environmental product declaration, determination of the environmental impact of an environmental activity, and/or may include data related to legal non-compliance (environmental impacts). The data in each verification activity record transmitted by each verifier device 116 may include identification data (e.g., biometric information, credentials, geographic location data, device PUF) of one or more verifiers, partners and/or distributors. , device identifier, account identifier, public key, unique user identifier, blockchain identifier, name, address, and/or other identifying data), information about the verification activity submitted (geographic location from which the verification activity was submitted etc.), and information related to the verification and/or preparation of environmental product declarations and the determination of the environmental impact of environmental activities and violations of environmental laws. Information relating to the preparation and verification of environmental product declarations includes data collected by verifier 108, data provided by verifier 108 in connection with the preparation or preparation of the environmental product declaration provided by verifier 108, and/or or lifecycle inventory data, including but not limited to. In some examples, information related to the preparation and validation of environmental product declarations may include, but is not limited to, data related to product or service life cycle estimates (eg, life cycle inventory data). In some examples, server computer system 124 allows one or more external systems to send data related to product or service life cycle assessments (e.g., life cycle inventory data) to server computer system 124 . enable.

In some embodiments, server computer system 124 can assign one or more verifiers 108 to install one or more site devices 129 at one or more partner sites 128, wherein the server Computer system 124 enables one or more verifiers to determine the location and geometry of site devices 129 at one or more sites 128 (locations) of one or more partners 104. be able to. In some examples, biometric data acquired by one or more imaging devices of one or more site devices 129 includes images, video, and/or live video of one or more sites 128, It is not limited to these.

In some embodiments, server computer system 124 may be configured to host one or more site devices 129 at partner locations (e.g., , partner's address) or partner's location (e.g., partner's address) stored in storage component 402 and/or memory 404 of server computer system 124, one or more Site device 129 can be deactivated.

One or more verifiers 108 may utilize site activity data records in verifying and/or creating environmental product claims for environmental activities (e.g., products and/or services) provided by one of partners 104. In an embodiment, server computer system 124 records environmental activities (such as products and/or services) by manufacturers or signatures and provides user 102 with environmental activities (such as products and/or services). etc.) and/or perform (eg, participate, purchase, use, or complete) add points, credits, cryptocurrency, and/or currency to one or more user accounts.

In some embodiments, server computer system 124 allows one or more verifiers to deactivate one or more site devices 129 and/or determine the position and orientation of one or more site devices 129. Allows submission of a request to server computer system 124 to change (e.g., install the same site device at a new location), where imaging device of input component 414 of server computer system 124 is new. Acquire data (e.g., images, video, and/or live video) in which one or more imaging devices of one or more site devices 129 during and after changes in orientation and/or installation of the site device 129 New images, videos, and/or live videos acquired by are stored in storage component 402 and/or memory 404 of server-computer system 124 to authenticate one or more sites 128 according to one or more algorithms. can be used for

In some embodiments, site devices 129 collect site activity data continuously, periodically, and/or upon request from one or more verifiers 108, and server the site activity data in real time. It can be configured to transmit to computer system 124 .

In some embodiments, one or more site devices 129 and their associated devices and/or sensors are operated by one or more instruction sets (e.g., program code, libraries, software, machine code, firmware). can be directed. One or more instruction sets (e.g., program code, libraries, software, machine code, firmware) that direct the site device of site device 129 are installed via network 120 and/or updated to add functionality. updated or updated for some other reason. For example, one or more sets of instructions (program code, libraries, software, machine code, firmware) may direct the operation of a sensor or device that acquires data, which data is life cycle inventory data (e.g., onsite operational data, onsite materials consumption data, onsite emissions data, onsite energy consumption data, and onsite waste data) and/or other data.

One or more instruction sets (e.g., program code, libraries, software, machine code, firmware) also include radio frequency identification (RFID) readers, card readers, barcode scanners, accelerometers, gyroscopes, actuators, global positioning System (GPS) Components, Assisted Global Positioning System (AGPS) Components, Fingerprint Readers, Vein Readers, Facial Recognition Devices, Hand Shape Devices, Iris Recognition, Retina and Smell/Smell Recognition Devices, Voice Recognition Biometric Data Devices, Imaging Devices (e.g., infrared imaging devices, other imaging devices), lifecycle inventory data (e.g., onsite operational data, onsite material consumption data, onsite emissions data, onsite energy consumption data, onsite waste data, etc.) sensors for temperature measurement devices, emission sensors, energy measurement devices, velocity measurement 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 site device 120 .

In such cases, a blockchain can be utilized to install one or more instruction sets (e.g., program code, libraries, software, machine code, firmware) on one or more site devices 129, and the blockchain Each block of may contain one or more installation records, each installation record containing at least a unique site device identifier, a blockchain identifier for one of the partners 104, and a software identifier (site device software version). Including, but not limited to, server computer system 124 authenticates one or more sites 128, partners 104 using one-factor, two-factor, three-factor, four-factor, and/or five-factor authentication methods. A partner (e.g., an employee of the partner) and/or one or more verifiers may be authenticated prior to installing one or more installation records on site device 129 . In some embodiments, server computer system 124 installs one or more installation records on one or more site devices 129 before one or more sites 128, a partner in partners 104 (e.g., partner employees), and/or one or more verifiers 108, wherein, upon successful authentication, the server computer system transfers one or more records to one or more site devices. Installation may be allowed.

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

Applying one or more hashing algorithms to block reference values and data reference values may generate hash values such that the reference values need to be regenerated if the corresponding data is changed. This makes the blockchain immutable as changes need to be propagated through the rest of the blocks in the blockchain. Therefore, malicious modification of one or more of the Site Devices 129 and the one or more instruction sets that record the operation of their associated sensors and devices could result in a copy of the blockchain installed on one or more of the Site Devices 129. can prevent the use of This deactivates one or more site devices 129 . The server computer system 124 may also store a list of software updates associated with each of the site devices 129 in the server-computer system 124 database. If there is an update to the software (one or more instruction sets) that needs to be installed on each of the site devices 129, the server computer system 124 can implement one-factor, two-factor, three-factor, four-factor, and/or five-factor authentication. The method can be used to authenticate using one or more sites 128, partners. Prior to installing one or more installation records on one or more site devices 129, the partner 104 (e.g., the partner's employee) and/or one of the verifiers 108 verifies the geolocation data. can do.

In some examples, one or more of user device 110, partner device 112, distributor device 114, verifier device 116, POS system 118, and/or advertising service provider device 127, and their related devices and/or Operation of the sensor is directed by one or more sets of instructions (eg, program code, libraries, software, machine code, firmware). One or more instruction sets (eg, program code, libraries, software, machine code, firmware) may be installed via network 120 and/or updated to add functionality or for some other reason. can be updated with In such cases, blockchain can be used to transfer one or more instruction sets (eg, program code, libraries, software, machine code, firmware) to one or more user devices 110, partner devices 112, distributor devices 114, and so on. , verifier device 116, POS system 118, and/or advertising service provider device 127, and their associated devices and/or sensors, where each block of the blockchain represents a user 102, Partner 104, Distributor 106, Verifier 108, and/or Ad Service Provider 126 and their associated devices may include one or more installation records, each installation record including one or more device identifiers, one or multiple blockchain identifiers, including, but not limited to, software, wherein server computer system 124 identifies user 102, partner 104, distributor 106, verifier 108 prior to installing one or more installation records. , and/or advertising service providers 126 and their associated devices may be authenticated using one-factor, two-factor, three-factor, four-factor, and/or five-factor authentication methods.

In some examples, geographic location data for site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, POS system 118, and/or advertising service provider device 127 can be verified prior to installing one or more installation records on a device.

In some examples, server computer system 124 may be used to control one or more of user device 110, partner device 112, distributor device 114, verifier device 116, POS system 118, and/or advertising service provider device 127, and prior to installing one or more installation records on associated devices and/or sensors of one or more user devices 110, partner devices 112, distributor devices 114, verifier devices 116, POS systems 118, or advertising service providers. Device 127 may be authenticated using one-factor, two-factor, three-factor, four-factor, and/or five-factor authentication methods.

In some embodiments where blockchains may be utilized, the distributed ledger may also include sidechains for installing one or more instruction sets (e.g., program code, libraries, software, machine code, firmware). Well, the blockchain may be a permissioned blockchain (access controlled).

At step 262 , server computer system 124 compiles each environmental activity (eg, product and/or service) and environmental law violations provided or reported by one or more partners 104 , one by one or more distributors 106 . Each environmental activity (eg, product and/or service) distributed to one or more partners 104 and one or more distributors 106 distributing the environmental activity (eg, product and/or service) to one or more partners 104 Each environmental activity (eg, product and/or service) used for distribution can be verified and marked as verified environmental activity and environmental law violations. Server computer system 124 may be used by one or more of the program operator's external auditors to verify environmental product claims for products and/or services submitted or submitted to server computer system 124 by one or more partners 104 and distributors 106 . can communicate with the system. Server computer system 124 communicates with one or more registered partners 104 or one or more unregistered entities to detect violations of one or more environmental laws by one or more partners 104, distributors 106, and/or users 102. can be verified. Account identifiers for each of one or more users 102, partners 104, distributors 106, and/or other identifying data may be used in communications exchanged therewith for environmental product claims and/or verification of environmental law violations. obtain.

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

At step 264, server computer system 124 first generates a score for each verified environmental activity, such as a product and/or service offered by each partner 104, using one or more algorithms. by comparing the verified environmental product declarations of products and services stored in the database of the server computer system 124 with the information contained in the verified environmental product declarations of the products and services; but then guidelines or regulations (e.g. the environmental product declarations are prepared using the same life cycle impact method and have the same system boundaries) to allow comparisons between environmental product declarations. may also be used to create and/or validate environmental product claims for products and/or services, and for one or more distributors 106 to distribute environmental activities to one or more partners 104 and/or unregistered entities. uses one or more algorithms to calculate a score for each Verified Environmental Product Declaration, such as products and/or services used to and information contained in verified environmental product declarations of their products and/or services that other distributors use to distribute their environmental products, where specific guidelines or rules (e.g., The environmental product declarations may have the same system boundaries, made using the same life cycle impact method and product category rules), the preparation and/or verification of the environmental product declaration for products and/or services. and may allow comparisons between environmental product declarations. may be calculated using one or more algorithms based on .

In some embodiments, server computer system 124 penalizes verifiers 108 (e.g., , by not sending a verification request). Server computer system 124 also rewards validators 108 (e.g., by sending validation requests and/or sending currency, cryptocurrency, points, and/or credits) that accept more quotas. be able to.

In some examples, environmental activities (eg, products and/or services) of partners with high scores may be given priority for recommendations to user 102 . In some examples, a score and number of verified environmental activities (e.g., products and/or services) provided by one or more partners 104, and a score and number of environmental law violations for one or more partners 104 , and one or more partners' 104 responses to server computer system 124's recommendations or suggestions may be used to calculate one or more partners' 104 environmental credit scores. scores and numbers of verified environmental activities (e.g., products and/or services) used by one or more distributors 106, scores and numbers of environmental law violations of one or more distributors 106, and server-computers; One or more distributors' 106 responses to the system's 124 suggestions or recommendations may be used to calculate one or more distributors' 106 environmental credit scores. Environmental credit scores for 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.

In some embodiments, the server computer system 124 may include one or more people performing (eg, participating in, purchasing, using, or completing) high-scoring environmental activities (eg, products and/or services). More points, credits, and/or cryptocurrency can be added to the user's 102 environmental credit score, mark, mark, sign, environmental product declaration and/or one or more partners 104 and distributors 106 , symbols, and/or high environmental credit scores with other benefits. Partner 104 and distributor 106 environmental credit scores can be used in areas including, but not limited to, government decisions for businesses and other entities. In some examples, the server computer system 124 provides points, credits, and rewards to users 102 who perform (eg, participate in, purchase, use, or complete) environmental activities (eg, products and/or services). , and/or currency for high-scoring environmental product declarations.

At step 266 , one or more users 102 previously registered with server computer system 124 may register with one or more partners 104 . User 102 may interact with one or more of one or more partners 104 so that they can perform (eg, participate in, purchase, use, or complete) environmental activities (eg, products and/or services). can be authenticated by the POS system 118 of User 102 may enter a unique user identifier into a keypad or other input device of POS system 118, log into a website, or use a mobile application. Alternatively, user 102 may use identification cards, barcodes, RFID, QR codes or electronic tags, and/or other technologies or devices read by POS system 118 to verify environmental activities performed by user 102. POS system 118 may then communicate with server-computer system 124 to authenticate one or more users 102 .

In some examples, server computer system 124 uses partner POS systems 118 and/or partner devices 112 to allow one or more partners 104 to register one or more users 102 and , where one or more partners 104 provide one or more users 102 with a barcode, RFID, QR code or electronic tag, and/or a POS system Any other technology or device that is read by 118 and/or partner device 112 may be provided.

POS system 118 can transmit information to server computer system 124 that has been performed by one or more users 102 (e.g., purchase, use, or completed) environmental activities (e.g., products and/or services), identification data (e.g., biometric authentication) of one or more distributors and/or one or more users 102 and one or more partners 104 information, credentials, geolocation data, device PUF, device identification information, account identifier, public key, unique user identifier, blockchain identifier, name, address, and/or other identifying data), identification of each environmental activity number, number of environmental activities, and/or geographic location of the POS system 118;

At step 268, server computer system 124 may receive environmental activity data, including data records, from one or more service point systems 118 of one or more partners 104 and process the information. Server computer system 124 stores environmental activity records of one or more distributors 106, users 102, and partners 104 as identification data of one or more distributors 106, users 102, and partners 104 (eg, unique user identifiers, identifying environmental activity records of at least one of a plurality of distributors 106, users 102, and partners 104 that can be verified against the blockchain identifier, biometric data, public key) associated with the identification data; environmental activities performed (e.g., purchased, used, or completed) by one or more users 102 (e.g., , products and/or services). Distributors 106 , users 102 , and partners 104 can monitor and track environmental activities stored in the environmental activity records of distributors 106 , users 102 , and partners 104 .

At step 270, server computer system 124 assigns environmental credits to one or more users 102 using one or more algorithms based on the environmental activity data credited to one or more users' 102 records. A score can be calculated. In some examples, environmental credit scores for one or more users 102 may be calculated for specific geographic regions and/or specific product and/or service categories, and the like. In some embodiments, factors that are considered in calculating an environmental credit score for one or more users 102 include, but are not limited to: (a) the environmental protection of one or more users 102; (b) the length of the environmental activity history of one or more users 102; (c) the length of each environmental activity performed by one or more users 102; (d) the responses of one or more users 102 to activities suggested by server computer system 124 based on the environmental activities of one or more users 102 before and after becoming a registered user; and ( e) the type and number of environmental law violations of one or more users 102;

In some embodiments, calculation of an environmental credit score for each of users 102 by server computer system 124 may be performed by considering factors including, but not limited to: (a) performed by user 102; The number and score of environmental product declarations for environmental activities (e.g., products and/or services) that have been (e.g., purchased, used, or completed), where the environmental product declaration score indicates the number of points the user earns (b) environmental activities recommended or suggested by server computer system 124 to each user 102 and performed (e.g., purchased, used, or completed) by each user 102 ( products and/or services), and (c) the total environmental law violation score for each of the users 102;

The calculation of the environmental credit score for each of the users 102 is performed after each environmental activity credited to the environmental activity record of one or more users 102 and/or at regular intervals and/or to the one or more users 102 and /or based on a request from 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 to identify one or more users 102, partners 104, and/or distributor 106 can be determined. The analysis can be done in a variety of areas, including but not limited to environmental activity categories, geographic areas, and other areas. Server computer system 124 communicates with one or more users 102, partners 104, and/or one or more users 102 regarding environmental credit scores of one or more users 102, available benefits, new rules for calculating environmental credit scores, etc. Information may be exchanged with distributor 106 .

In some embodiments, server computer system 124 associates site activity data collected by one or more site devices to identify one or more sites, partners, and verifiers, and for each site device: Data indicative of real-time data associated with the environmental product declaration of at least one of the plurality of partners may be extracted to generate a sensor list display for each site device, wherein each sensor is associated with its environmental product declaration , wherein the generated display may further include site-identifying information and partner-identifying information for each sensor of each site device, wherein the generated display: Further may include historical data over a period of time, where the generated display may include graphical data then related to environmental product declarations of environmental activities provided by at least one of a plurality of partners. One or more alarm levels may be defined based on the real-time data collected by the server computer system 124, wherein the server computer system 124 determines whether the one or more verifiers are interested in the collected real-time data related to the environmental product declaration. based on which one or more alarm levels can be defined, and data collected by the one or more sensors of one or more site devices will trigger any of the defined alarm levels. if at least one of the defined alarm levels is met, further generate an alarm notification, and notify its one or more partners and one or more verifiers of may include notifying. In some embodiments, server computer system 124 assigns one or more verifiers to re-verify the environmental product declaration when at least one of the defined alert levels is met. can be done. In some embodiments, server computer system 124 causes one or more of the environmental activities provided by one of partners 104 to be monitored when at least one of the defined alert levels is met. It may not be executable (eg, purchased, used, or completed) by user 102 .

At step 274, server computer system 124 publishes environmental credit score data for users 102, partners 104, and distributors 106 based on the environmental activity records of each user 102, partner 104, and/or distributor 106, respectively. The user 102, partner 104 and/or distributor 106 may be notified with a high environmental credit score marked, signed or symbolized. Server computer system 124 may receive responses from users 102, partners 104, and/or distributors 106 to system messages and suggestions.

In some embodiments, server computer system 124 enables program operators to track and monitor environmental product claim verification activities performed by one or more verifiers 108 . In some embodiments, server computer system 124 allows program operators to allow or prevent publication of verified environmental product declarations (making them publicly available 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 site activity data collected by site device 129 .

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

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

At step 282 , server computer system 124 defines one or more alert levels based on collected real-time data related to environmental product claims for environmental activities provided by at least one of plurality of partners 104 . One or more alert levels may then be defined by one or more verifiers based on collected real-time data related to the environmental product declaration.

At step 284, server computer system 124 determines whether the data collected by one or more sensors of one or more site devices 129 includes real-time data that meets any one of the defined alarm levels. determining whether or not at least one defined alarm level is met, and further including generating an alarm notification, notifying its one or more partners 104 and one or more verifiers 108; whereupon one or more verifiers 108 may be assigned to re-verify the environmental product declaration when at least one of the defined alert levels is met. In some embodiments, server computer system 124 causes environmental activity provided by one of partners 104 to be monitored by one or more partners when at least one of the defined alert levels is met. It may not be executable (eg, purchased, used, or completed) by user 102 .

A user's 102 environmental credit score and/or environmental activity data may be used to penalize and/or reward the user 102 . User's 102 environmental credit score and/or environmental activity data may be used by the private and/or public and/or voluntary sector and/or other entities to make employment decisions, college admission decisions, and landlord/tenant decisions, and /or may be used in areas including, but not limited to, governmental decisions on individuals, businesses, and other entities. The user's 102 environmental credit score and/or environmental activity data may be used to determine whether other services, awards, credits, scholarships, e.g. It can also be used in areas including, but not limited to, determining what to do.

Server computer system 124 may provide partners 104, merchants 106, and/or users 102 with information regarding environmental activities, environmental law violations, currency, cryptocurrency, points, and/or credit data at any time. . In some embodiments, server computer system 124 may generate displays containing information. This information may be displayed on a website hosted by or associated with server computer system 124 . Information may be displayed in the form of text or graphs. Information may include, but is not limited to, historical data regarding environmental activities, environmental law violations, environmental credit scores, environmental credit reports, and/or credit, point, and/or currency transaction data. Historical data on environmental activities may include the number, type, time, date, location of environmental activities, violations of environmental laws, environmental impact information for each environmental activity (such as products and/or services), and/or Includes but is not limited to scores. 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 merchants 106. An environmental credit report may be a statement with information regarding the environmental credit activities and current environmental credit status of one or more partners 104, merchants 106, and/or users 102. The environmental credit report may include (a) your name, address, date of birth, social security number, national identification number, passport number, phone number, business name, business registration number, contact information, provided, used, and/or reported environmental activities, employer identification numbers, and (b) information about current and past environmental activities stored in User and/or Partner records. Server computer system 124 provides information to merchant 106 regarding environmental activities (eg, products and/or services) distributed to partners 104 and performed (eg, purchased, used, or completed) by user 102 . can be done. Server computer system 124 allows users, partners, and/or merchants to access server computer system 124 and provide information regarding registered user, partner, and/or merchant environmental activity and/or transaction data to the user's Enable display on device 110, partner device 112, and/or merchant device 114.

Server computer system 124 can provide information to verifier 108 at any time. In some embodiments, server computer system 124 may generate displays containing information. This information may be displayed on a website hosted by or associated with server computer system 124 . Information may be displayed in the form of text or graphs. Information includes, but is not limited to, the creation and verification of environmental product declarations, the determination of the environmental impact of environmental activities, and historical data relating to environmental law violations, and points, credit, and/or currency transaction data. not. Verification activity data includes, but is not limited to, verification data for environmental product declarations and determination of the environmental impact of environmental activities and data relating to environmental law violations. Data related to the development of environmental product declarations include, but are not limited to, data collected by verifier 108 and/or life cycle inventory data. The server computer system 124 is accessed by the verifier 108 and related to the environmental activities (eg, products and/or services) of the partner 104 on the verification device 116 operated by that verifier 108 . Can allow or enable information to be displayed. The transaction data includes, but is not limited to, transactions related to the transfer and/or exchange of credits, points, and/or currency associated with verifier 108 .

At any time, server computer system 124 can provide information to advertising service provider 126 . In some embodiments, server computer system 124 may generate displays containing information. This information may be displayed on a website hosted by or associated with server computer system 124 . Information may be displayed in the form of text or graphs. The information may include historical data regarding advertising services provided to users 102, partners 104, merchants 106, verifiers 108, and/or unregistered entities (e.g., individuals, universities, businesses, organizations, government agencies, etc.) , information related to transactional data related to credit and/or currency related to advertising services. This advertising service data or information includes advertising activity data (e.g., information about requests or orders for advertising services, information about the time, type, number and cost of advertisements, content details, and information about the results or delivery of advertisements, requesting or ordering services). The advertising service transaction data may include credits and/or currency associated with advertising services associated with user 102, partner 104, merchant 106, verifier 108, advertising service provider 126 and/or server computer system 124. including, but not limited to, information regarding balances, deposits, and/or transfers;

One or more server computer systems 124 enable users 102 to search for environmental activities (e.g., products and/or services) offered by one or more partners 104 in a particular or any geographic location. and allows or enables users 102 to search for environmental activities (e.g., products or services) at a particular or any geographic location, hosted by server computer system 124 or A choice may be provided to user 102 via an associated website and/or via a mobile application. The server computer system 124 stores a number of factors including, but not limited to, the environmental product declaration score for each environmental activity (e.g., product and/or service), and the geographic location of the environmental activity (e.g., product and/or service). Results can be displayed to a user 102 searching for environmental activities (eg, products and/or services) based on. In some embodiments, one or more environmental activities with high-scoring environmental product declarations are encouraged, suggested, or recommended by server computer system 124 to one or more users 102 and initially displayed to that user 102 . can be In some embodiments, an environment validated by one or more merchant POS implementation implementation service verifiers 108 using data received from one or more site devices 129 of at least one of the partners 104 One or more environmental activities with product declarations are encouraged, suggested, or recommended by server computer 124 to one or more users 102 and marked as verified by server computer system 124 and initially displayed to users 102. be.

In some embodiments, server computer system 124 encourages, suggests, and/or recommends one or more environmental activities (e.g., products and/or services) to users 102 by one or more partners 104. It may be possible to use credits, currency, cryptocurrencies, and/or points associated with an account to purchase. In some embodiments, server computer system 124 provides credit, cryptocurrency, currency, and/or currency to receive incentives, offers, and/or recommendations related to one or more environmental activities (e.g., products and/or services). /or the points may be credited to the user's 102 account.

In some examples, site device 129, POS system 118, user device 110, partner device 112, merchant device 114, verifier device 116, and/or advertising service provider device 127 may use global location data or geographic Location data can be obtained from wireless or mobile carriers, where the device can be configured to communicate with wireless or mobile carriers or wireless service providers.

In some examples, global location data or geographical location data (eg, GPS/AGPS coordinates) may be collected from static or dynamic site devices 129, point-of-service systems 118, user devices 110, partner devices, 112, merchant device 114, verifier device 116, and/or advertising service provider device 127, wherein the global location or geographic data is periodically , intermittently or continuously, and stored in database 312 of server computer system 124 . In some examples, global location data or geographical location data (e.g., GPS/AGPS coordinates) are collected by site device 129, POS system 118, user device 110, partner device 112, merchant device 114, verifier device. 116 and/or the GPS and/or AGPS component of the input component 414 of the advertising service provider device 127 .

Server computer system 124 stores global location data or geographical location data (e.g., GPS/AGPS coordinates) identifiers stored in database 312 of server computer system 124 corresponding to one or more devices and one or more devices. second global location data or geographic location data (e.g. GPS/AGPS) identifiers corresponding to the first geolocation data or geolocation data (e.g. GPS/AGPS coordinates) can be retrieved to A position of one or more devices is determined relative to the second geolocation data or geolocation data (eg, GPS/AGPS coordinates).

Server computer system 124 provides one or more users 102 with environmental activity location, environmental activity (such as products and/or services) environmental product declaration scores from the location of one or more users 102 . Environmental actions (eg, products and/or services) can be suggested or recommended based on many factors that are not FIG. 3 is a block diagram 300 illustrating system elements of an exemplary server computer system 124 according to an embodiment of the disclosure. As shown, server computer system 124 primarily includes registration module 304 , send/receive module 306 , verification module 308 , processing module 310 , database 312 , and publishing module 314 .

Registration module 304 registers multiple users, partners, and merchants with a server computer system by assigning unique user identifiers (e.g., blockchain identifiers, account identifiers) to each of users 102, partners 104, and merchants 106. 124 may be configured to register. Registration module 304 may further be configured to create account profiles and environmental activity records for multiple registered users 102 , partners 104 , and merchants 106 . The registration module 304 collects the environmental activity records of registered users, partners, and merchants with user, partner, and merchant identification data (e.g., unique user identifiers, account identifiers, public keys, blockchain identifiers, biometrics, etc.). metric data) and stored in database 312. Registration module 304 may be configured to list the environmental activity records of users, partners, and vendors under their respective account profiles.

Registration module 304 may be configured to register multiple verification devices 108 with server computer system 124 by assigning each verification device 108 a unique user identifier (eg, blockchain identifier, account identifier). Registration module 304 may also be configured to create account profiles and activity records for multiple registered verifiers 108 . Registration module 304 also stores the registered verifier activity record in database 312 in association with verifier identification data (e.g., unique user identifier, account identifier, public key, blockchain identifier, biometric data). can be set as The registration module 304 may also be configured to list the verifier's activity records under the verifier's respective account profile.

Registration module 304 may also be configured to register multiple sites 128 with server computer system 124 by assigning unique user identifiers (eg, blockchain identifiers) to multiple registered sites 128 . Registration module 304 may also be configured to create account profiles and activity records for multiple registration sites 128 . The registration module 304 also stores registered site activity records in the database 312 in association with site identification data (e.g., unique user identifiers, account identifiers, public keys, blockchain identifiers, biometric data). can be set. The registration module 304 can also be configured to list site activity records under the account profile of each site 128 .

Registration module 304 is also configured to register multiple ad service providers 126 with server computer system 124 by assigning a unique user identifier (eg, blockchain identifier, account identifier) to each ad service provider 126 . obtain. Registration module 304 may further be configured to create account profiles and activity records for multiple advertising service providers 126 that are registered. The registration module 304 also associates the registered ad service provider activity record with the ad service provider identification data (e.g., unique user identifier, account identifier, public key, blockchain identifier, biometric data) in the database 312. can be set to remember. The registration module 304 may also be configured to list the advertising service provider's activity records under the respective account profile of the advertising service provider 126 .

In other embodiments where blockchain may be utilized, the registration module 304 allows users 102, partners 104, merchants 106, verifiers 108, and sites to access the distributed ledger after registering or joining the network. 128 and/or ad service provider 126 may each be configured to be assigned a blockchain identifier, a user identifier, and/or a public key.

In some examples, the registration module 304 registers accounts and/or identification data (e.g., biometric data, account identifier, blockchain identifier, public key), associated points, currency, cryptocurrency, and/or credit record or ownership record.

In some examples, registration module 304 allows each of user 102, partner 104, merchant 106, verifier 108, and/or advertising service provider 126 to register user device 110, partner device 112, merchant device 114, respectively. , verifier device 116 , and/or advertising service provider device 127 to connect to server computer system 124 and register to access server computer system 124 . Registration module 304 may also be configured to allow each of partners 104 to register one or more POS systems 118 with server computer system 124 in order to access server computer system 124 . Registration module 304 also allows one or more verifiers 108 to register one or more sites 128 and site devices 129 of a partner among partners 104 with server computer system 124 to access server computer system 124 . It may be set to allow In some embodiments, registration module 304 also registers site 128 , user 102 , partner 104 , merchant 106 , verifier 108 , and/or advertising service provider 126 with server computer system 124 during site 128 , user 102 , partner 104 , merchant 106 , verifier 108 , and/or advertising service provider 126 . Devices associated with users 102 , partners 104 , merchants 106 , verifiers 108 , and/or advertising service providers 126 may be configured to register.

Transceiver module 306 is configured to receive data in real time from one or more devices of at least one of registered users 102, including but not limited to identification data (e.g., biometrics, credentials, geographic location data, device PUF, device identification information, account identifier, user's name, user's address, passport number, tax identification number, phone number, email address, password, username, etc.) before becoming a registered user Information related to one or more environmental activities performed (e.g., purchased, used, completed, etc.) by registered user 102 (e.g., household energy, transportation, waste, food, shopping, etc.); It can be configured to give each activity an identification number.

Transceiver module 306 may also be configured to do two things: first, receive data in real-time from one or more devices of at least one of enrolled verifiers 108, which data is Identification data (e.g., biometric information, credential information, geolocation data, device PUF, device identification information, account identifier, verifier name, verifier address, other information (passport number, tax identification number, telephone number, email address, password, verifier username, etc.) and information about one or more verification activities performed by one or more of the Registered Verifiers 108 prior to becoming a Registered Verifier 108 (such as For example, including but not limited to verification of environmental product declarations (determining the environmental impact of environmental activities), then assigning an identification number to each verification activity, but the information for that verification activity may include one or more registrations. One or more environmental product declarations verified by verified verifier 108, including, but not limited to, geographic locations where the environmental product declarations were verified.

Additionally, in some examples, the transmit/receive module 306 can be configured to receive at least one verification activity data including one or more data records from the at least one verification device 116 in real time. The verification activity record includes one or more verification activities performed by one or more registered verifiers 108 (e.g., verification and/or preparation of environmental product declarations, environmental impact of environmental activities, and/or environmental legislation). (determining the environmental impact of the violation). Data in each verification activity record transmitted by each verifier device 116 includes identification data (e.g., biometric information, credentials, geographic location data, device PUF, device identification information, account identifier, public key, unique user identifier, blockchain identifier, name, address, and/or other identifying data), information about the verification activity submitted (e.g., geographic location, etc.), 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 laws. Such information relating to the preparation and verification of environmental product declarations may include data collected by the verifier 108, data provided by the verifier 108 in connection with the preparation or preparation of the environmental product declaration, and/or life cycle Including but not limited to inventory data. In some examples, the transmit/receive module 306 transmits data (eg, lifecycle inventory data) related to product or service lifecycle estimates (eg, lifecycle inventory data) to the server computer system 124 from one of the partners 104 . and/or from an external system, and the received data may be stored in a database of server computer system 124. In some examples, the transmit/receive module 306 can be further configured to assign an identification number to each received data or data record.

Transceiver module 306 also sends data regarding environmental activities (eg, products and/or services) performed (eg, purchased, used, or completed) by one or more registered users 102 to one or more each registered user 102 to access one or more registered user accounts and/or environmental activity records. , user identification data (e.g., unique user identifier, account identifier, biometric information, credential information, geographic location data, device PUF, device identification information, account identifier, blockchain identifier, public key, etc.) to the POS system 118 , and the POS system 118 may be configured to communicate with the server computer system 124 to authenticate one or more registered users 102, wherein the server computer system System 124 may verify identification data of one or more registered users 102 to confirm that one or more environmental activities were performed by user 102 . Transceiver module 306 is further configured to assign or record an identification number for each piece of data received.

In some examples, the transmit/receive module 306 is further configured to receive at least one environmental activity data or record in real time from one or more devices of at least one of the plurality of partners 104 and merchants 106. be done. The environmental activity data or records may include one or more environmental activities (e.g., products and/or services) provided by one or more partners 104, distributed to one or more partners 104 by one or more distributors 106. one or more environmental activities (e.g., products and/or services) provided by one or more distributors 106 to one or more partners 104; May include one or more environmental activities (eg, products and/or services) used for distribution. The data for each environmental activity that each of the partners 104 transmits includes partner identification data (e.g., biometric information, credential information, geolocation data, device PUF, device identification information, account identifier, public key, unique user identifier, block chain identifier, name, address, and/or other identifying data), as well as the geographic location from which the environmental activity was sent, the environmental activity (e.g., products and/or services) that partner 104 wishes to provide to user 102, partner 104 for environmental activities (eg, products and/or services) and/or environmental product declarations. Transceiver module 306 may further be configured to assign an identification number to each received data record.

In some examples, each environmental activity data transmitted by each of the partners 104 is analyzed in real-time for environmental activities (e.g., products and/or services) from at least one of the plurality of partners 104. May contain information on requirements to prepare environmental product declarations.

In some examples, the transmit/receive module 306 is further configured to receive at least one environmental activity data or record in real time from one or more devices of at least one of the plurality of partners 104 . The environmental activity record may include data regarding one or more environmental law violations reported by one or more partners 104 . Each environmental law violation data transmitted by each of its partners 104 includes, but is not limited to, user, partner, merchant, and/or verifier identification data (e.g., biometric information, credential information, geolocation data, , device PUF, device identification information, account identifiers, public keys, unique user identifiers, blockchain identifiers, names, addresses, and/or other identifying data) and information about environmental law violations, which environmental law violations transmit geographic location, taxpayer identification number, name (eg, name of offending user 102, partner 104, merchant 106, and/or verifier 108), and/or address, etc. Transceiver module 306 is further configured to assign an identification number to each received data record.

In some examples, the transceiver module 306 also receives at least one advertising service data record and/or at least one advertising service transaction data record from one or more devices of the at least one advertising service provider 126 in real time. is set to Data for each advertising service may include identification data (e.g., unique user identifiers, account identifiers, biometric information, , credentials, geographic information, 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, type, number, cost, and/or content details). Data for each ad service transaction may include identification data (e.g., unique user identifier, account identifier, biometric data) for each of user 102, partner 104, merchant 106, verifier 108, and/or ad service provider 126. , blockchain identifier, public key) and credit cryptocurrency and/or related advertising services associated with user 102, partner 104, merchant 106, verifier 108, advertising service provider 126, and/or server computer system 124. or information regarding deposits and/or transfers of currency. Transceiver module 306 may further be configured to assign an identification number to each received data record.

Additionally, in some examples, the transmit/receive module 306 may be configured to receive one or more site activity data or data records associated with one or more sites 128 from one or more site devices 129 in real time. . Each site activity data or data record includes identification data (e.g., site images, videos, live video information, credentials, geolocation data, device PUF, device identification information, account identifier, blockchain identifier, public key, etc.), identification data for a site in Site 128 (e.g., site image, video and/or live video, blockchain identifier, public key), site Data (e.g., lifecycle inventory data) of one or more products and/or services of a partner among partners 104 collected by site devices among devices 129, such as onsite operational data, onsite materials consumption data, onsite Geolocation data (eg, GPS/AGPS coordinates) and/or other data for site devices 129, including but not limited to site emissions data, onsite energy consumption data, and/or onsite waste data including but not limited to.

In some examples, the transmit/receive module 306 further causes at least one of the user 102 , the partner 104 , the merchant 106 , the verifier 108 , and/or the advertising service provider 126 to access the server computer system 124 . It may be configured to receive one or more request identifiers from any of the above devices. Each of the request identifiers is then transmitted from each of user device 110, partner device 112, merchant device 114, verifier device 116, and/or advertising service provider device 127 and is sent from at least one of verifiers 108. One or more request identifiers may be received from the above devices, each of which is transmitted from each of the site devices 129 and one or more request identifiers from one or more devices of at least one of the partners 104. Identifiers are received, wherein each of the request identifiers may be transmitted from each of the partner's POS systems 118, wherein the received data is received in real time.

In some examples, the transmit/receive module 306 further includes biometric information (eg, facial image) of each of the user 102, the partner 104, the merchant 106, the verifier 108, and/or the advertising service provider 126, which is the user device. 110, partner device 112, merchant device 114, verifier device 116, and/or advertising service provider device 127 imaged by one or more sensors (e.g., CMOS and CCD sensors) including or configured to receive data records, wherein the received data is received in real time. Server computer system 124 may also store data or One or more data records can be received, and the received data can be received in real time.

In some embodiments, the transmit/receive module 306 further includes a It may be configured to receive data or one or more data records that include one or more unique device identifiers (eg, CMOS sensors, physically unclonable functions). At that time, the received data can be received in real time.

In some examples, the send/receive module 306 further includes identification data (e.g., blockchain identifiers, public (keys and/or the like) or one or more data records, wherein the received data can be received in real time.

In some examples, the transmit/receive module 306 may also collect geographic location data for site devices 129, POS systems 118, user devices 110, partner devices 112, merchant devices 114, verification devices 116, and/or advertising service provider devices 127. (e.g., GPS/AGPS coordinates) or one or more data records acquired in real-time by a GPS/AGPS sensor of the associated device and configured to receive it, wherein the received data is can be received in real time. In some examples, the transmit/receive module 306 is further configured to receive data or one or more data records including user credential information (eg, username, password, personal identification number (PIN), keys, etc.). and the received data can be received in real time.

In some examples, the transmit/receive module 306 further includes one or more of site devices 129, POS systems 118, user devices 110, partner devices 112, merchant devices 114, verifier devices 116, and/or advertising service provider devices. 127 to receive device identification information. Device identification information may be one or more pieces of information that uniquely identify each device. Device identification information may include operating system versions, operating system manufacturers, operating system , communication interface 408, memory 404, processor 406, storage component 402, input component 414, output component 412, and communication infrastructure 410, 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 examples, the module 310 receives data from one or more of the site device 129, POS system 118, user device 110, partner device 112, merchant device 114, verifier device 116, and/or advertising service provider device 127. Device identification information may be received via network 120 . Device identification information may be one or more pieces of information that uniquely identify each device. Device identification information may include operating system versions, operating system manufacturers, operating system , communication interface 408, memory 404, processor 406, storage component 402, input component 414, output component 412, and communication infrastructure 410, 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 such cases, the combination of user, device PUF, user device identity, and geolocation data or geolocation data (eg, GPS/AGPS coordinates) can represent a four-factor authentication method. In some embodiments, the combination to represent a five-factor authentication method is other user credential information for being a user (e.g., username, password, personal identification number (PIN), key, etc.), user credential information , device PUF, device identification information, and geographic location data (eg, GPS/AGPS coordinates).

Validation module 308 validates the received data and/or environmental activity data (e.g., purchased, used, or completed) performed (e.g., purchased, used, or completed) by registered user 102 before and/or after becoming a registered user. , household energy, transportation, waste, food, shopping, etc.) and may assign an identification number to each environmental activity. In some examples, verification module 308 may verify one or more points of service systems 118 of registered partner 104, one or more devices 400 of registered partner 104, and/or unregistered entities. may be configured to verify received data and/or information by communicating with one or more devices 400 of the . In doing so, the received data may include account identifiers for one or more users 102, partners 104, merchants 106, and/or other identifiers that may be used in communications that may be exchanged therewith for the verification process. data (eg, unique user identifiers, biometric data or information, blockchain identifiers, public keys, names, addresses, and/or other identifying data).

In some embodiments, verification module 308 communicates with one or more devices 400 of one or more enrolled partners 104 and/or an external system (such as a program operator) of an unenrolled entity to verify the identity of partner 104. It can be configured to verify each environmental product declaration associated with environmental activities (eg, products and/or services) provided by each. Verification module 308 may also be configured to mark each environmental activity that has been verified.

In some examples, the verification module 308 further verifies one or more of the partner 104, the merchant 106, and/or the user 102 for environmental law violations by one or more devices 400, and/or may be configured to communicate with one or more external systems of unregistered entities. In so doing, account identifiers and/or other identifying data for each of one or more users 102, partners 104, and merchants 106 are exchanged with them for environmental product declarations and/or verification of environmental law violations. Can be used for communication. Government agencies, consumer reporting agencies, environmental product declaration program operators, and other groups can act as partners 104 .

In embodiments where blockchain may be utilized, verification module 308 may perform one or more of the following to verify the identity of one or more users 102, partners 104, merchants 106, verifiers 108, and/or advertising service providers 126: It can be configured to communicate with one or more external identity management systems and/or systems that utilize cryptography including, but not limited to, zero-knowledge proofs or zero-knowledge protocols (eg, uPort, etc.). For example, the smart contract library may be accessed through one or more external identity management systems and/or systems utilizing cryptography, including but not limited to zero-knowledge proofs or zero-knowledge protocols (e.g., uPort, etc.), and/or database The identities of users 102, partners 104, merchants 106, verifiers 108 and/or advertising service providers 126 may be verified by reference to.

In some embodiments, the verification module 308 automatically calls the verifier over the phone, preferably records the call, and/or sends a text message of the verifier 108 to the verifier 108 to verify his identity. can be configured to verify the verifier 108 by providing instructions for the verification, where the verification may occur during testing (while the verifier 108 is taking the test).

In some embodiments, server computer system 124 may assign one or more verifiers 108 to determine the estimated environmental impact of each environmental law violation based on its environmental impact. In some embodiments, processing module 310 may credit one or more verifiers 108 accounts with currency, cryptocurrency, points, and/or credits for determining the estimated environmental impact of each environmental law violation. may be set to

In some examples, if the environmental activity (product and/or service) is not related to a verified environmental product declaration previously verified by one of the verifiers 108, the processing module 310 prompts the registered user to authorize one or more verifiers 108 to determine the estimated environmental impact of each of the user's environmental activities (products and/or services) performed (e.g., purchased, used, or completed) by the user before becoming or It may be possible. In some examples, if the environmental product declaration has been previously verified by a verifier in verifiers 108 and is associated with a partner in partners 104, processing module 310 may process the same environmental activity verified environment Determining the environmental impact of each environmental activity (products and/or services) undertaken (e.g., purchased, used, or completed) by the User prior to becoming a Registered User, based on information referred to in the Product Declaration; can be set to

In some examples, the processing module 310 grants points, currency, cryptocurrency, and/or credit to the accounts of users 102, partners 104, merchants 106, verifiers 108, and/or advertising service providers 126. and one or more of Users 102, Partners 104, Merchants 106, Verifiers 108, and/or Advertising Service Providers 126 may use points, currencies, cryptocurrencies and /or may be configured to allow or enable the transfer of credit ownership records to each other or to external systems. In some embodiments, processing module 310 allows user 102 to deposit and/or redeem points, currency, cryptocurrency and/or credit (e.g., redeem points for fiat currency, electronic currency, and/or credit). or exchange into any form of cryptocurrency). In some examples, the processing module 310 uses a third party system (e.g., currency, cryptocurrency exchange platform, or system).

In embodiments where blockchain may be utilized, the processing module 310 transfers ownership records of points, currency, cryptocurrencies, and/or credits using a process similar to the transfer of currency in blockchain-based cryptocurrency systems. can be set to forward. In some implementations where blockchain may be utilized, the distributed ledger may be configured to utilize a sidechain or standalone ledger of the cryptocurrency blockchain.

In some embodiments, processing module 310 allows one or more verifiers 108 to determine service units (usage units) for each service offered by a partner in partners 104 based on its category and/or its It can be configured to allow or enable decisions to be made based on the information contained in the service's environmental product declaration. For example, a transportation company as a partner 104 of the environmental credit scoring system 124 can offer the use of electric vehicles (as a transportation service) to the user 102, and the service point system 118 provides information (e.g., pick-up points, distance , and/or drop-off points), and the processing module 310 determines that one or more verifiers 108 identify service units (units of use) for the transportation service (e.g., one unit of service). per hour or mile), the processing module 310 has been executed (e.g., purchased, used, or completed) by the user of the user 102 ) for verified services, may be configured to credit service units (usage units) to the user's account, and the processing module 310 may use the service units to pay the user 102 in cryptocurrency, currency, points, or otherwise. Can be set to reward.

In some embodiments, processing module 310 is configured to use one or more algorithms to calculate an environmental credit score for user 102 using service units (usage units) associated with the account. obtain. In some embodiments, processing module 310 uses one or more algorithms to determine the number of service units, points, cryptocurrencies, and other rewards to be credited under user's 102 account (e.g., maximum or minimum number of units).

In some examples, the processing module 310 analyzes the environmental impact of user's 102 environmental activities (eg, products and/or services) performed (eg, purchased, used, or completed) before or after becoming a registered user. One or more environmental activities (eg, products and/or services) may be set to be suggested or recommended to registered users 102 based on factors including but not limited to. The recommended or suggested environmental actions (eg, products and/or services) may be aimed at reducing the environmental impact of the user's environmental actions. The processing module 310 awards or adds points and/or credits to the user's account after performing (eg, purchasing, using, or completing) recommended or suggested environmental activities (eg, products and/or services). can be set as Processing module 310 may be configured to calculate an environmental credit score for user 102 using points credited in user's 102 account and other factors. The processing module 310 determines the points to be awarded for each environmental activity performed by a user among the users 102 based on the scores of the environmental product declarations of the environmental activities (e.g., products and/or services). can be set.

In some embodiments, the processing module 310 uses one or more deep learning algorithms, machine learning, and/or trained neural networks to determine user habits and/or behavior (e.g., eco-friendly habits). ) and recommend or suggest environmental activities (eg, products and/or services) to the user 102126 . The processing module 310 determines the user's environmental activity performance and the user's interaction with the server computer system 124 (e.g., the type of environmental activity performed, the duration of the environmental activity, the geographic location of the environmental activity, and the environment). cost of performing the activity), information about the user's activity collected from external sources (e.g., data management platform), and other factors to determine the user's habits and behavior using one or more algorithms, machine learning, and/or It can be configured to make decisions using a neural network that has been trained by deep learning.

As a non-limiting example, processing module 310 may direct certain users 102 to use renewable power, use certain electric vehicles, or use any other Can suggest or recommend the use of environmentally friendly products and/or services. In some embodiments, the processing module 310 analyzes the environmental impact of the user's environmental activities prior to becoming a registered user 102, suggested or recommended by the server computer system 124, and performed by the user 102 after becoming a registered user ( For example, an environmental credit score for user 102 may be calculated based on environmental activities (participated, purchased, used, or completed). Processing module 310 stores information about environmental activities completed by the user of user 102 prior to becoming a registered user, and information collected from the user during or after the registration process, to storage component 402 and/or memory 404 of server computer system 124 . user's records and list that information under each user 102, partner 104 and/or merchant 106 account profile.

In some examples, processing module 310 is configured to calculate and/or credit points and/or credits based on the environmental impact of the user's environmental activities prior to becoming registered user 102 and server computer system 124 . offered or recommended by and implemented (e.g., entered, purchased, used or completed (or completed) by user 102 after registration, and credits, points, and/or cryptocurrencies that can be used and/or redeemed by user 102). can be credited to your account.

In some examples, the processing module 310 allows the user 102 to use points and/or credits associated with the user's account to provide services provided by partners 104, merchants 106, and/or unregistered entities. may be configured to allow or enable one or more services to be purchased. For example, the user 102 provides the user's identification data (eg, unique user identifier, account identifier, blockchain identifier, biometric data or biometric information, public key) to the partner 104 so that the partner's 104 POS system 118 can , partner device 112 and/or partner 104 associated with that POS system 118, partner device 112 and/or partner 104. The system communicates with the server computer system 124, verifies the user's 102 identification data, and/or communicates with the server computer system 124 so that the points, credits, currency amounts, cryptocurrencies, points associated with the user 102 , and/or may check the number of credits and transfer the required currency, points and/or credits from the user's 102 account to the partner's 104 account as proof of purchase.

In some embodiments, the processing module 310 stores the calculated points or credits for the user 102 and its associated transactions in a database of the server computer system 124 and stores information regarding the points or credits and their associated transactions as It may be configured to list under each user 102, partner 104, and/or merchant 106 account profile. In some examples, processing module 310 may be configured to store the user's calculated points or credits in a remote database and/or a distributed database.

In embodiments in which blockchain may be utilized, server computer system 124 may record ownership of points, currency, cryptocurrency, and/or credit using a process similar to the transfer of currency in blockchain-based cryptocurrency systems. can be transferred. For example, when user 102 obtains or purchases products and/or services offered by partner 104, processing module 310 may transfer a record of ownership of points and/or credits from user's 102 account to partner 102 as proof of purchase. can be configured to transfer to the 104 account of In some implementations where blockchain may be utilized, the distributed ledger may be configured to utilize a sidechain or standalone ledger of the cryptocurrency blockchain.

In some embodiments, server computer system 124 may be used to manage one or more environmental activities (e.g., products and/or services) owned or produced by other partners 104 (original owners/producers of environmental activities). ) to users 102 to search for the environmental activities of the partners (original owners/producers of the environmental activities). The search includes identifying information related to the environmental activity and the partner 104 (original owner/producer of the environmental activity) (e.g., the partner's environmental activity identification number, environmental product declaration registration number, or identification number). , Partner's unique user identifier, Partner's public key, and/or other identifying data) and through websites and/or mobile applications hosted by or associated with server computer system 124; option can be used. Processing module 310 may further enable partners 124 to certify and/or require that they wish to offer, resell, and/or distribute the same environmental activities (e.g., products and/or services) to users 102. can be configured to In some embodiments, the processing module 310 further instructs its partners 104 (original owners/producers of the environmental activity) to provide, resell, and/or distribute the environmental activity to the users 102 by other partners 104 . It may be configured to allow or enable to allow or deny to do. Server computer system 124 may further be configured to list the environmental activity under the environmental activity record of partner 104 who requested to offer, resell, and/or distribute the environmental activity to user 102 .

In some embodiments, server computer system 124 also distributes one or more environmental activities (eg, products and/or services) belonging to other partners 104 (original owners/producers of environmental activities). One or more partners 104 who wish to offer, resell and/or distribute to users 102 listed under the record of environmental activities of other partners 104 (original owners/producers of environmental activities) Ability to select from multiple categories of environmental activities (such as products and/or services) and commit and/or request that they wish to provide or distribute the same environmental activities (such as products and/or services) can be set as

In some embodiments, server computer system 124 is also owned or produced by partner 104 (original owner/producer of the environmental activity) by that partner 104 (original owner/producer of the environmental activity). It may be configured to enable information to be provided to server computer system 124 regarding an approved list of partners 104 who may offer, resell, or distribute environmental activities (e.g., products and/or services). That information includes, but is not limited to, identification data (such as Partner's unique user identifier, blockchain identifier, account identifier, and/or Partner's public key).

In some examples, processing module 310 may be configured to allow one or more registered verifiers 108 to verify the environmental product declaration. The processing module 310 may also be configured to assign one or more verifiers 108 to verify the environmental product declaration, where the verifier's selection depends on the geographic location of the registered verifier and partner 104. based on a number of factors including, but not limited to, location, number of verification activities for each of the verifiers involved in a partner's environmental activities (e.g., products and/or services) among partners 104; and/or Or it may be randomly selected from verifiers 108 registered with server-computer system 124 . In some examples, the processing module 310 is configured to assign one or more registered verifiers 108 to perform environmental product declaration verification, where the product or service environmental product declaration verification includes verification of data based on life cycle estimates (e.g. data related to life cycle assessments conducted in accordance with ISO 14040, ISO 14044 and/or other ISO standards), verification of additional environmental information and/or or other information, including but not limited to verifying information provided in environmental product declarations.

In some examples, the processing module 310 uses the validation device 116 to collect data related to an inventory analysis step of lifecycle estimation performed in accordance with the ISO 14040 and ISO 1404 standards or any other standard. It may be configured to assign more than one registered verifier 108 . In embodiments where blockchain may be utilized, processing module 310 may process any type of data (e.g., data from users 102, partners 104, merchants 106, verifiers 108, advertising service providers 126, and/or third-party systems). received data) is set to be recorded or stored as a form of transaction such that the form of that transaction is rigidly fixed against falsification and revision even by parties or operators sharing the database It can occur (eg, transfer or exchange of information) within a distributed database that maintains a continuously growing list of data records.

In some embodiments, action module 310 directs each of verifiers 108 to server computer system 124 to perform verification activities (e.g., verification of environmental product declarations, determination of environmental impact of environmental activities). Before or after being enrolled, a test may be set up to measure the verifier's knowledge of one or more topics, where each verifier 108 must pass the test.

In some embodiments, processing module 310 communicates with verifier 108 over network 120 (eg, the Internet) to conduct tests to measure verifier 108's knowledge of one or more topics. can be configured to In some embodiments, processing module 310 uses verifier 116, which may be configured to communicate with a server, to enable verifier 108 to access server computer system 124 and perform verification on one or more topics. It may be set up to allow a person 108 to take a test to measure their knowledge. In some examples, verifier device 116 may be configured to allow one or more verifiers 108 to take the exam using a video or live proctor. In some embodiments where a video proctor may be used, the processing module 310 records audio and/or video and stores it in a database on the server computer system 124 to objectively assess each verifier's 108 testing capabilities. The processing module 310 may be configured to determine the accuracy of the verifiers 108 after the verifiers 108 have taken a test to review the verifiers 108's audio, video, and answers. may be configured to assign one or more verifiers 108 from a group of verifiers 108 to objectively determine the judging competence of each verifier 108 .

In some embodiments where live proctoring may be used, the processing module 310 assigns one or more verifiers 108 from the registered verifiers 108 and each of the verifiers 108 can be selected to monitor in real time. In some examples, processing module 310 may be configured to schedule a test to measure verifier 108's knowledge of one or more topics; Each may be configured to allow testing to be scheduled. In some examples, processing module 310 may use one or more algorithms, machine learning, and/or neural networks trained by deep learning to determine the testing capabilities of each verifier 108. can be configured to

In some examples, processing module 310 enables one or more registered verifiers 108 to perform real-time sample collection, calculations, measurements, and/or analyzes using verifier 116 as part of the verification process. , wherein the sensors and/or devices associated with each of the verification devices 116 can be utilized in the verification process.

In some embodiments, processing module 310 may be configured to administer a test to measure verifier 108's knowledge of one or more topics, where the actual test is performed by the verifier. 116 to perform calculations, measurements, sample analysis, sample collection, and/or the like, wherein input component 414 (e.g., accelerometer , gyroscopes, actuators, global positioning system (GPS) components, temperature measurement devices, velocity measurement devices, etc.) may be utilized.

In some embodiments, processing module 310 is configured to enable verification of environmental product declarations by one or more registered verifiers 108, where verification is based on data ( (e.g., onsite operations, inputs and outputs from a particular site, onsite material consumption, emissions, energy consumption, disposal, etc.) collection, photography, document scanning, identity verification, distance measurement, geography including, but not limited to, determination of target location, collection of samples, analysis of samples, determination of chemical composition of collected samples, measurement of temperature, etc., wherein each input component 414 of the verifier device ( For example, accelerometers, gyroscopes, actuators, global positioning system (GPS) components, assisted global positioning system (AGPS) components, temperature measurement devices, velocity measurement devices, etc.) may be utilized during environmental product declaration verification. .

In some examples, processing module 310 creates environmental product declarations for environmental activities (e.g., products and/or services) that one or more registered partners 104 own, produce, and/or provide. It may be configured to allow submission of requests and/or submission of requests to determine the environmental impact of environmental activities that it owns, produces, and/or provides. In some examples, processing module 310 may enable one or more registered verifiers 108 to perform activities (e.g., verifying environmental product declarations, determining the environmental impact of environmental activities).

In some examples, processing module 310 allows one or more registered verifiers 108 to identify verification activities performed by each of the registered verifiers 108 (e.g., environmental product declaration verification, environmental activity verification). environmental impact determination), reach consensus on the correctness of the information provided by each of the registered verifiers 108, and accept or reject each piece of information provided by the verifiers 108; The processing module 310 may also be configured to allow for determining or voting whether to accept each piece of information relating to verification activities performed and performed by the registered verifiers 108. It may be configured to determine a final decision regarding whether to reject based on a majority vote, wherein the processing module 310 also determines that at least 51% of the verifiers 108 voted in favor of the decision and that it is accepted. It may be configured to assign one or more other verifiers 108 to re-perform the verification activity until it is completed. In some embodiments, the processing module 310 uses one or more algorithms in the process of reaching agreement on the correctness of each piece of information related to the verification activity performed by each of the registered verifiers 108; Machine learning and/or trained neural networks may be configured for use with deep learning. For example, a neural network trained by one or more algorithms, machine learning, and/or deep learning can be used to calculate and determine the majority vote.

In some embodiments, processing module 310 reviews information regarding verification activities performed by each of the registered verifiers 108 and determines or votes to accept or reject each of the registered verifiers. It can be set to determine a specific time limit for each verifier 108 . The processing module 310 may also be configured to credit the account of the registered verifier 108 with points, currency, and/or credit for each information reviewed and determined.

In some examples, the processing module 310 is executed or performed by each of the enrolled verifiers 108 using one or more algorithms, machine learning, and/or trained neural networks via deep learning. may be configured to determine the validity of each of the following information related to the verification activity performed: photography, document scanning, identity verification, energy measurements (such as electrical measurements), distance measurements, geographic location including, but not limited to, determination, collection of samples, analysis of samples, determination of chemical composition.

In some examples, processing module 310 is executed or performed by each enrolled verifier 108 using one or more algorithms, machine learning, and/or neural networks trained by deep learning. Processing module 310 may also be configured to determine the validity of each piece of information associated with the verification activity performed by each of the registered verifiers 108, wherein the processing module 310 also determines the validity of each piece of information about the verification activity performed or performed by each of the registered verifiers 108. In determining the effectiveness of a life Utilizing relationships between cycle events data (e.g., International Eco Events Database, US Life Cycle Events Database, European Life Cycle Database (ELCD) reference database, GaBI database and/or the like) and machine learning and/or Or it can be configured to utilize neural networks trained by deep learning.

In some examples, processing module 310 enables user 102 to perform environmental activities associated with the product and/or service after verification of the environmental product declaration associated with the product and/or service is completed. can be configured to

In some embodiments, processing module 310 allows one or more registered verifiers 108 to collect information using one or more verification devices 116 and transmit it to server computer system 124 . In the process of collecting and transferring information to server computer system 124, one or more sensors and/or devices of each verification device of verification devices 116 utilize may be In some examples, server computer system 124 communicates with a partner in partners 104 and/or an external system to perform verification activities (e.g., environmental product declarations) performed by a verifier in verifiers 108 . verification, determination of the environmental impact of environmental activities) (eg, information related to identity verification, energy measurement, sample analysis, determination of the chemical composition of the sample) may be collected.

In some examples, the processing module 310 submits a request to prepare an environmental product declaration for one or more products and/or services owned, produced, and/or provided by one or more of the registered partners 104. , wherein processing module 310 may be configured to assign one or more verifiers 108 to create environmental product declarations. In some examples, the processing module 310 sends a service fee to the server computer for the partner 104 to create the environmental product declaration using currency, cryptocurrency, points, and/or credits available in the partner's account. It may be configured to allow or enable transfer to system 124 . In some examples, processing module 310 may be configured to assign one or more verifiers 108 to create an environmental product declaration for a partner's products and/or services among partners 104, which In doing so, processing module 310 may be configured to allow partner 104 to transfer currency, cryptocurrency, points, and/or credit to one or more verifier accounts.

In some examples, the processing module 310 may be configured to compare the environmental product declarations based on information contained in the environmental product declarations, where the environmental product declarations are verified by one or more verifiers. 108, in which environmental product declarations are based on the same product category rules, analyzed according to the same life cycle impact assessment method, are subject to the same data and/or system boundaries, are functionally equivalent, and and/or may be modeled based on the same functional units and/or based on the same functional modules in some embodiments, the processing module 310 of which is responsible for creating environmental product declarations for products and/or services and /or set to permit or enable the verifier 108 to follow guidelines or rules in verification. For example, for purposes of comparison, environmental product declarations may be analyzed according to the same life cycle impact assessment methods, based on the same product category rules, with the same data and/or system boundaries, functionally equivalent, and/or on the same functional units. It may be modeled based on

In some embodiments, the processing module 310 anonymizes the identification data of the verifier 108 and any information that makes the verifier recognizable in a piece of information and/or in an environmental product declaration to allow the verifier 108 to The verified information and/or any environmental product declarations may be configured to be forwarded for review or re-verification of the information by one or more verifiers, wherein the processing module 310 108 to decide whether to accept or reject each piece of information verified by others, comment on it, and rate the validity of the verified information (e.g., on a scale of 1〜10). may be configured to In some examples, the processing module 310 also re-reviews or re-verifies the verified information, approves or rejects portions of the verified information, comments, and/or validates the verified information. one or more verifiers 108 until at least 51% of the verifiers voted yes to approve the provided verified information before it is graded and accepted by the processing module 310. can be configured to continue to allocate The processing module 310 allows or so as to enable the verifier to determine whether certain information in the environmental product declaration is accurate or required to be within a certain degree of accuracy. may be configured.

In some examples, processing module 310 allows registered verifiers 108 to propose and/or It may be configured to allow setting. A final decision on whether to accept a guideline or rule can then be made on the basis of a majority vote, and for it to be accepted by the processing module 310, at least 51% of the verifiers 108 vote in favor of It may be necessary to approve guidelines or regulations. Processing module 310 may also be configured to use one or more algorithms to determine the majority vote.

Processing module 310 first calculates a score for each verified environmental activity, such as a product and/or service offered by each partner 104, using one or more algorithms, which includes the Based on the information contained in the validated environmental product declarations of products and services, by comparing them to the validated environmental product declarations of products and services stored in the database of the server computer system 124, in which case guidelines or Regulations (e.g., that environmental product declarations may be prepared using the same life cycle impact method and have the same system boundaries) should be used to enable comparisons between environmental product declarations, product and/or Products that may be used to create and/or validate environmental product claims for services and used by one or more distributors 106 to distribute environmental activities to one or more partners 104 and/or unregistered entities. and/or calculate a score for each Verified Environmental Product Claim, such as services, using one or more algorithms, including the information contained in the Verified Environmental Product Claim for that product and/or service, and other Distributors may base their environmental product declarations on information contained in the verified environmental product declarations of their products and/or services that they use to distribute their environmental products, where specific guidelines or rules (e.g., the environmental product declarations life cycle impact methods, and product category rules, which may have the same system boundaries) are used to prepare and/or validate environmental product declarations for products and/or services and Further, a score for each verified environmental law violation reported by one or more partners 104 may be scored based on the environmental impact of each environmental law violation, one or It can be calculated using multiple algorithms.

In some embodiments, the processing module 310 is unacceptable by a majority of other verifiers 108 and/or determined by one or more algorithms, machine learning, and/or deep learning trained neural networks. may be set up to penalize (e.g., by not submitting a verification request) verifiers 108 who provide decisions (e.g., misleading verification decisions) that are inconsistent with decisions related to the verification activity being performed. good. Processing module 310 accepts more assignments and rewards verifiers 108 who provide decisions consistent with decisions accepted by the majority of verifiers and/or decisions related to verification activities determined by processing module 310. (eg, by sending a verification request and/or sending currency, cryptocurrency, points, and/or credits).

In some embodiments, the processing module 310 uses one or more algorithms based on the environmental activity data credited under the user's 102 record, taking into account factors including, but not limited to: (a) the environmental activities (such as products and/or services) performed (e.g., purchased, used, or completed) by the user 102; Number of Claims and Score Score; (b) environmental activities (such as products and/or services) suggested or recommended to user 102 by server computer system 124 and performed (e.g., purchased, used, or completed) by user 102; (e) number and score of environmental law violations; (f) geographic region in which the user is located; and (g) product and/or service category (e.g., product and/or service or category of service).

In some embodiments, the processing module 310 either after all environmental activities have been credited to the environmental activity record of one or more users 102, partners 104, and/or distributors 106, or periodically, or Based on requests from one or more users 102, partners 104, and/or distributors 106, it may be configured to calculate environmental credit scores for users 102, partners 104, and/or distributors 106.

In one embodiment, the processing module 310 may also be configured to calculate a partner's 104 environmental credit score using one or more algorithms and based on factors including, but not limited to: (a) the verified environmental product claim score and number of products and/or services provided by partner 104; (b) the partner 104 verified environmental law violation score and number; The number of responses from partners 104 that responded to the proposal.

In one embodiment, processing module 310 may also be configured to calculate environmental credits for distributor 106 using one or more algorithms based on factors including, but not limited to: (a) the score and number of verified environmental product declarations for products and/or services used by distributor 106; (b) the score and number of environmental law violations of distributor 106; Number of distributor-106 responses to the offer.

Additionally, the processing module 310 may process an environment associated with identification data (eg, unique user identifiers, biometric data, blockchain identifiers, and/or public keys) of one or more of the distributors 106, users 102, and partners 104. Match activity records. performed (e.g., purchase, use , or completed) environmental activities (e.g., products and/or services). obtain.

In one embodiment, processing module 310 is further configured to allow user 102 to search for environmental activities, such as products and/or services offered by one or more partners 104 in a particular or any geographic location. obtain. The environmental activities are based on factors including, but not limited to, the score of each environmental activity's environmental product declaration and the verified geographic location of the user 102, and/or the environmental activities provided by one or more partners. The verified geographic locations of user 102 and partner 104 can then be displayed and determined by server computer system 124 . In some embodiments, high scoring environmental activities may be prioritized and promoted to user 102 .

In one embodiment, processing module 310 assigns environmental activities (eg, products and/or services) to user 102 based on the environmental product declaration score and verification status of each environmental activity (eg, products and/or services). may be configured to display, wherein environmental activities with high scores and/or verified environmental product claims may be displayed top to one or more users 102 .

In some embodiments, the processing module 310 adds points to one or more users 102 accounts after performing (eg, participating in, purchasing, using, or completing) environmental activities (eg, products and/or services). , credits, and/or cryptocurrency credits, wherein the points, credits, and/or cryptocurrency credits to the User's account are used for products or services performed by the User 102. It can also be based on environmental product declaration scores. 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, indicia, symbols, and/or other benefits. Partner 104 and distributor 106 environmental credit scores may be used in areas including, but not limited to, government decisions for businesses and other entities.

The processing module 310 recommends environmental activities (e.g., products and/or services) to each user 102 based on the location of the environmental activities of one or more partners from each user 102 and the score of the environmental product claim. can be configured as The processing module 310 also allows the user 102 to communicate with the user 102 at the geographical location one or more mobile applications through a website hosted by or associated with the server computer system 124 and/or through a mobile application. It may be configured to allow or enable searching for environmental activities such as products and/or services offered by partner 104 .

Processing module 310 processes one or more devices (e.g., user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, service system 118 and site device 129) that request geographic location. ) with one or more devices requesting geolocation and one or more static and/or dynamic registered devices with synchronized clocks (synchronized time) (e.g. User Device 110, Partner Device 112, Distributor Device 114, Verifier Device 116, Ad Service Provider Device 127, POS System 118 and Site Device 129), each of which has a synchronized time, is geographically located. may be determined by determining the time it takes to receive a request from one or more registered devices requesting the geographic location of the one or more registered devices requesting the geographic location of the The location data is stored in a database at database 312 of server computer system 124, wherein one or more registered devices requesting geographic location find one or more registered devices with synchronized time. network, wherein one or more registered devices with synchronized time and one or more registered devices requesting geographic location are Bluetooth wireless, Bluetooth low energy and/or One or more registered devices, which may be configured to communicate via a short-range wireless network, one of the short-range wireless networks, with time synchronized and geographic The one or more registered devices requesting location may be configured to communicate with a wireless carrier or mobile carrier or wireless service provider and server computer system 124, and when , geographic location data may be periodically, intermittently, or continuously acquired and stored in the database 312 of the server computer system 124 .

In some embodiments, processing module 310 uses one or more algorithms to process one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116, advertising service provider devices 127. , service point system 118 , and site device 129 geolocation data using one or more algorithms to one or more user devices 110 , partner devices 112 , distributor devices 114 , verifier devices 116 , Real-time geographic location data obtained by GPS/AGPS associated with advertising service provider devices 127, POS systems 118, and site devices 129 may be used by wireless or mobile carriers or wireless service providers and/or their associated GPS. / by comparing their current geographic location data obtained by AGPS sensors with geographic locations determined by wireless or mobile carriers or wireless service providers and/or server computer systems 124; A substantial match can be determined, where the device is either a wireless or cellular carrier, or a wireless service provider, and a Bluetooth wireless, Bluetooth low energy and/or near field communications network. may be configured to communicate with each other over a short-range wireless network, where the device is located within network range of one or more registered devices whose time is synchronized. In some embodiments, geolocation data for a registered device may be successfully verified if it is the geolocation data determined by processing module 310 and/or the wireless or cellular carrier or wireless service provider matches or substantially matches the real-time geolocation data of a registered device as obtained by its associated GPS/AGPS sensor; It may be the case that the distance between the target positions is within a predefined threshold.

In some embodiments, processing module 310 uses one or more algorithms to process one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116, advertising service provider devices 127. , Service Point System 118 , and Site Device 129 geographic location data obtained by their associated GPS/AGPS prior to subscribing or registering them or before they are authenticated to server computer system 124 . Comparing real-time geolocation data with geolocation data obtained from a wireless or mobile carrier or wireless service provider and/or geolocation determined by a processing module and their associated GPS/AGPS; their current geographic location obtained by the sensors matches or substantially matches the location obtained from a wireless or mobile carrier or wireless service provider and/or the geographic location determined by the processing module 310; The device can be configured to determine a match, when the device communicates with a wireless or cellular carrier, or wireless service provider, and on Bluetooth wireless, Bluetooth low energy and/or near field communication networks. can be configured to communicate with each other via a short-range wireless network that is either, where the devices can be located within a network of one or more registered devices whose time is synchronized .

In some embodiments, processing module 310 determines the location, if determined by processing module 310, prior to enrollment or registration of one or more POS systems 118 and one or more site devices 129. and/or geographic location data obtained from wireless carriers or mobile carriers is real-time geolocation data obtained by associated GPS/AGPS sensors of one or more POS systems 118 and one or more site devices 129; If it does not match or does not substantially match the target location data, or if the three locations are not within a predefined range from each other, it can be set to reject.

In some embodiments, the processing module 310 performs subscription or registration of one or more user devices 110, partner devices 112, distributor devices 114, verification devices 116, and/or advertising service provider devices 127 if the server computer The geographic location determined by system 124 and/or geographic location data obtained from a wireless or mobile carrier or wireless service provider is real-time geolocation data obtained by their associated GPS/AGPS sensors; or if the three locations are not within a predetermined distance of each other, or if the wireless service provider determines that the processing region or location, such as city, state, country, determined by module 310 may be set to reject if not

In some embodiments, processing module 310 authenticates one or more POS systems 118 and one or more site devices 129 if geographical location data determined by processing module 310 and/or wireless carrier or if the geolocation data obtained from the mobile carrier does not match the real-time geolocation data obtained by the associated GPS/AGPS sensors of one or more POS systems 118 and one or more site devices 129; , or substantially do not match, or if the three locations are not within a predefined range of each other.

In some embodiments, processing module 310 determines authentication of one or more of user device 110, partner device 112, distributor device 114, verification device 116, and/or advertising service provider device 127 by processing module 310. and/or geographic location data obtained from a wireless or mobile carrier or wireless service provider may be used by one or more of user devices 110, partner devices 112, distributor-devices 114, verification devices. 116, and/or the real-time geolocation data obtained by their associated GPS/AGPS sensors of the advertising service provider device 127 are inconsistent with or substantially inconsistent with and/or obtained; If the two locations are not within a predefined distance of each other, or if the geographic location obtained from the wireless carrier or mobile carrier or wireless service provider is determined by the processing module 310, the city, state, country, region, or If not within a predefined location such as location. can be configured to deny.

In some embodiments, processing module 310 may be configured to allow one or more of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to verify geographic locations. Well, then, after confirming the location, the processing module 310 may notify them of the result of the verification. In some embodiments, the processing module 310 determines that one or more of the partners 104, distributors 106, verifiers 108, advertising service providers 126 and/or external systems 108 and/or advertising service provider 126. may be configured to verify the geographic location.

In some embodiments, processing module 310 also transfers credits, currency, and/or points for receiving environmental activity (e.g., product and/or service) recommendations, offers, and/or promotions to user's 102 account. may be set to deposit to In some embodiments, the processing module 310 may be configured to credit credits, currency, and/or points to the account of the user 102 for receiving advertising service data records from the advertising service provider 126. good.

Processing module 310 is configured to analyze the environmental credit scores of users 102, partners 104, and distributors 106 and determine one or more users 102, partners 104, and distributors 106 with high environmental credit scores. good too.

In some embodiments, processing module 310 determines that one or more users 102, partners 104, verifiers 108, and/or advertising service providers 126 are provided by each partner 104 in the database of server computer system 124. It may be configured to allow searching of environmental activities (e.g. products and/or services), with information relating to the environmental product declaration of the products and/or services (e.g. environmental product declaration identification data such as registration numbers, etc.) , and/or other identifying data (partner 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 cause one or more of users 102 and/or partners 104 to interact with one or more of users 102 and/or partners 104 while the users are engaged in environmental activities provided by one of the partners 104 (e.g., a transportation company). may be configured to authenticate certain partners in the server computer system 124, wherein storage of transaction data in database 312 of server computer system 124 is processed if authentication is unsuccessful (e.g., offline transaction data). It can be rejected by module 310 . In some embodiments, processing module 310 transfers one or more users 102 and/or a partner (e.g., an employee of a partner) among partners 104 to a server computer system. 124 database 312, where the authentication can be performed according to a one-factor, two-factor, three-factor, or four-factor authentication method.

One or more of the one or more users 102 in an embodiment in which a partner's (eg, transportation company) POS system 118 is installed in one or more of the partner's 104 vehicles (eg, electric vehicles). performs environmental activities (e.g., transportation services) provided by one of the partners 104 (e.g., transportation companies), the processing module 310 performs one or more algorithms, machine learning and/or deep learning can be configured to verify the geographic location of both the one or more users 102 and the one or more POS systems 118 using a neural network trained by If the user 102 is not located within a predetermined distance from the location of the POS system 118 or one of the POS systems 118 , the processing module 310 adds environmental activity, credits, points, currency, May not offer cryptocurrency and/or any rewards. In some embodiments, processing module 310 may be configured to verify the geographic location of one or more users 102 and one or more service point systems 118 according to the methods described herein.

In some embodiments, processing module 310 enables offline transactions, once server computer system 124, POS system 118, computing node 122, site device 129, user device 110, partner device 112, distributor device 114, Verifier device 116 and/or advertising service provider device 127 may be configured to propagate transactions upon reconnection to network 120, where network 120 may include a wireless mesh network (WMN).

In some embodiments, processing module 310 causes one or more verifiers 108 to deactivate one or more site devices 129 and/or change the position and orientation of one or more site devices 129 (e.g., , install the same site device in a new location, or change the orientation of the site device). In such cases, the processing module 310 may be configured to authenticate the verifiers 108 and, after successful authentication, allow one or more of the verifiers 108 to submit requests, where authentication is a one-factor authentication. , 2-factor, 3-factor, or 4-factor, wherein the request may be sent from one or more site devices 129 or one or more verification devices 116 .

In some embodiments, the processing module 310 processes the site of site 128, the partner of partner 104, and/or one or more verifiers prior to storing the site activity data or data records in the database of server computer system 124. 108, where the authentication may be performed according to one-factor, two-factor, three-factor, or four-factor authentication methods described herein. In some embodiments, processing module 310 processes a site in sites 128 , a partner in partners 104 , and/or one site activity data or data record before storing it in the database of server computer system 124 . The above verifiers 108 can be configured to authenticate, where the authentication can be performed according to the one-factor, two-factor, three-factor, or four-factor authentication methods described herein.

In some embodiments, processing module 310 receives geolocation data for one or more site devices 129 prior to storing site activity data or data records in database 312 of server computer system 124 1 . Real-time geolocation data obtained by GPS/AGPS associated with one or more site devices 129, geolocation data obtained from wireless or mobile carriers or wireless service providers, and/or data server computer system 124 geographic location data obtained from a wireless or mobile carrier or wireless service provider, and /or may be configured to determine and verify whether it matches or substantially matches geographic location data determined by server computer system 124, wherein site device 129 is wirelessly configured to or mobile carriers, or wireless service providers, and may be configured to communicate with each other via short-range wireless networks, which may be any of Bluetooth Wireless, Bluetooth Low Energy, and/or Short Range Wireless Networks; When the device is located within an area covered by a network of one or more time-synchronized registered devices, and the verification is continuous, periodic, and/or It can be performed upon request from one or more verifiers 108 . In some embodiments, the site site device's 129 geolocation data is successfully verified if: the geolocation data determined by the server computer system 124; and/or a wireless or cellular carrier. or wireless service provider matches or substantially matches the real-time geolocation data of a registered device as obtained by its associated GPS/AGPS sensor; when the distance between target positions is within a predefined threshold. In some embodiments, the processing module 310 may access a partner location (e.g., partner address) stored in a database of server computer system 124 or a partner location (e.g., , partner address), the one or more site devices 129 may be configured to deactivate.

In some embodiments, the processing module 310 provides one or more partners 104 with a It may also be configured to validate geographic location data of users 102, wherein the methods described herein include processing module 310, one or more users 102 partnering with a database of server computer system 124. (e.g., its partner's address), or at the geographic location of the service point system 118 of the partner 104 or from the geographic location of the service point system 118. Environmental activities, credits, points, currency, virtual currency, and/or any rewards may not be credited to the account of the one or more users 102 if not located within the defined distance. In some embodiments, processing module 310 verifies the geographic location of one or more users 102 and the geographic location of one or more service point systems 118 according to methods described herein. can be configured.

In some embodiments, the processing module 310 determines that one or more of the partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 have access to one or more employee accounts with limited privileges. , a main administrator account (the first account created upon registration of distributors 106, verifiers 108, and advertising service providers 126 with server computer system 124) and an administrator account with the same privileges. It may be possible. Processing module 310 enables partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to submit requests to deactivate one or more employee and administrator accounts. in which one or more administrator accounts (e.g., an administrator account holder consents to a request to deactivate one or more employee accounts and/or administrator accounts) , wherein the processing module also determines the biometrics of one or more administrator account holders before disabling one or more employee accounts and/or administrator accounts. Identification data, including data, may be set as a verification verifier, hi some embodiments, the processing module 310, prior to deactivating one or more employee accounts and/or administrator accounts, It may be configured to authenticate any of the above administrator account holders.

In some embodiments, processing module 310 uses a site device of site device device 129 to register one or more sites 128 of one or more partners 104 with server computer system 124 . Such verifiers 108 may be configured to send registration requests to server computer system 124 . As an example, processing module 310 causes a verifier in verifiers 108 to create a profile for one or more sites 128 of a partner in partners 104 using a site device in site device 129; It may be configured to allow the profile to be sent to server computer system 124 as a registration request. Each site's profile includes, but is not limited to, information indicating a partner's site name among partners 104; identifying information (e.g., name, account identifier, blockchain identifier, public key, etc.); Partner address, type of partner (university, company, organization, government agency, etc.), identification of one or more site devices 129 (e.g., printed on site device and/or provided to verifier by server computer system 124) a unique site device identifier, which may be in human and machine readable form), and/or other information that identifies one or more sites 128 to a server computer. May be required to register with system 124 . In some embodiments, processing module 310 is configured to enable one or more verifiers 108 to scan RFID and/or NFC tags associated with site device 129 to register site 128 with server computer system 124. can be

In some examples, processing module 310 may cause one or more verifiers 108 to use a site device in site device 129 to verify one or more sites 128 located at one or more partners 104 . It can be configured to send registration requests. The data of each registration request for one or more sites 128 submitted to server computer system 124 by one or more verifiers 108 using one or more site devices 129 includes, but is not limited to: geographic location data (e.g., GPS/AGPS coordinates) of one or more of the verifiers 108 and one or more site devices 129, one of the partners 104, and/or identification data (e.g., biometric data, blockchain identifiers, public keys) of one or more verifiers 108 and/or identification data of one or more sites 128 (e.g., images, videos, and/or live video; unique site device identifier), where images, videos captured by one or more imaging devices of one or more site devices 129 during registration of the site and installation of the one or more site devices 129 , and/or the live video can be registered in the database 312 of the server computer system 124 and trained by means of one or more algorithms, machine learning, and/or deep learning neural networks (e.g., one or more sites, and image or video recognition algorithms for authenticating site devices 128).

In some embodiments, the processing module 310 processes the geolocation data of sites 128, users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, and server computer systems 124 and devices or their associated devices (site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116) that may be used to access geographic location data (e.g., GPS/AGPS coordinates); , and/or advertising service provider device 127), to generate multiple request identifiers for multiple combinations. Each request identifier is associated with a combination or set. Each combination may represent an authentication method.

Server computer system 124 may store each generated request identifier in database 312, where it may provide or present each generated request identifier to server computer system 124 to access server computer system 124. can be done.

In some embodiments, processing module 310 receives data from one or more of site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127. Device identification information may be collected over network 120 . Device identification information may be one or more pieces of information that uniquely identify each device. Device identification information includes, but is not limited to, operating of site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127. System version, operating system manufacturer, communication interface 408, memory 404, processor 406, storage component 402, input component 414, output component 412, and communication infrastructure 410, 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 communicate with site devices 129 , POS systems 118 , user devices 110 . , partner device 112 , distributor device 114 , verification device 116 , and/or advertising service provider device 127 to collect images and/or video using one or more imaging devices and transmit them to server computer system 124 . can be configured to

In some embodiments, processing module 310 converts biometric characteristics (e.g., facial images) of each of user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 into one or more may be configured to extract using an algorithm, wherein biometric feature data (e.g., means, geometric features) are stored as models in database 312 of server computer system 124, and one or more Algorithms can be used to extract site image, video, and/or live video features for each site 128, where feature data (e.g., averages, geometric features) are stored in a database on server computer system 124. 312 as a model. Biometric data for each user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126, and site image, video, and/or live video data for each site 128 may be collected from one or more sites. One or more sensors (e.g., CMOS and CCD image sensors, biometric sensors) of device 129, user device 110, partner device 112, distributor device 114, verification device 116, POS system 118, and/or advertising service provider device 127 ).

In embodiments where a five-factor authentication method is used, processing module 310 uses one or more algorithms (e.g., biohashing algorithms) to identify two or more factors (user , user authentication information, device PUF, device identification information, geographic location data), wherein the template generated as a result of the integration is stored in the database 312 of the server computer system 124, and also geographic location data. Target location data can be verified. In some embodiments, the server computer system 124 computes the five factors (user, user credentials, device PUF, device identification information, and geographic location data), where the template generated as a result of each combination is stored in the database 312 of the server computer system 124 and verifies the geographic location data. be able to.

In some embodiments where user credential information is used as an element of the authentication method, one or more of site devices 128 and POS systems 118 may transmit data to server computer system 124 . In such a case, after server computer system 124 receives a request from one or more partners 104 to allow one or more POS systems 118 to access server computer system 124, one or more Generate and send one-time credentials (e.g., usernames, passwords, personal identification numbers (PINs), keys, etc.) to multiple partners 104, where the credentials are sent to one or more partner devices 112 and the credential information can only be used once. Processing module 310 also generates one or more verifier 108 credential information (e.g., username, password, personal identification number (PIN), keys, etc.) and transmits to one or more verifiers 108 to During installation or maintenance of one or more site devices 129, or upon request from one or more verifiers 108, one or more site devices 129 may access server computer system 124, where credentials Information may be sent to one or more verifier devices 116 .

In some embodiments, processing module 310 may be configured to: First, each of user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 is enabling requests to access system 124, where each access request may be accompanied by a request identifier; 124, each access request being accompanied by a request identifier. obtaining, in turn, allowing one or more verifiers 108 to submit one or more requests that enable access requests for site devices 129 to transmit data to server computer system 124; Each request identifier received from each of site device 129, service system 118, user device 110, partner device 112, distributor device 114, verification device 116, and/or advertising service provider device 127 is then passed to the server computer system. verifying it by comparing it to request identifiers created and stored in databases of 124; /or generating or issuing and transmitting a challenge upon acceptance of each request identifier received from each of the advertising service provider devices 127;

In some embodiments, processing module 310 stores biometric features (e.g., facial images) and/or site image, video, and/or live video features stored in database 312 of server computer system 124. It can be configured to extract using one or more algorithms according to the model, where feature extraction can be performed during authentication.

In some embodiments, one or more of site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verification device 116, and/or advertising service provider device 127 receives a challenge. , using the generated output of one or more devices' PUFs, generating a key using one or more algorithms, and transmitting the key to server computer system 124 . The PUF's output may be generated in response to receiving a challenge sent by the server computer system.

In some embodiments, the processing module 310 extracts biometric features (e.g., facial images), site image, video, and/or live video features, unique device identifiers (e.g., physical non-cloning of CMOS sensors). function), and/or apply one or more algorithms (e.g., biohashing algorithms) to the GPS/AGPS coordinates to generate a template for use in subsequent comparisons, where the template is used during authentication. can create. In embodiments that do not perform integration, one or more algorithms (e.g., biohashing algorithms) by processing module 310 are combined with biometric features, site image, video, and/or live video features, unique device identifiers, and /or may not need to be applied to geolocation data.

In some embodiments, the processing module 310 may be configured to retrieve the initial template created and stored in the database 312 of the server computer system 124 during enrollment, wherein the request identifier received from each device can be used to retrieve the initial templates stored in the database.

In some embodiments, the processing module 310 combines the templates generated during authentication and the initial templates created and stored in the database 312 of the server computer system 124 during enrollment or enrollment with one or more algorithms. using a unique device identifier stored in database 312 of server computer system 124 to determine if both templates match or substantially match. Authentication may be rejected if the Unique Device Identifier obtained during authentication does not match, and there may be variations between the template created during authentication and the initial template created and saved during enrollment (e.g. , Hamming distance, verified geographic location data) are within predefined thresholds, authentication may be successful, and then one or more of site device 129, POS system 118, user device 110 , partner devices 112 , distributor devices 114 , verification devices 116 , and/or advertising service provider devices 127 . or access to server computer system 124 of multiple users 102, partners 104, distributors 106, verifiers 108, sites 128, advertising service providers 126, and/or their associated devices in specific geographic locations, in specific It can be tailored to restrict to regions, specific cities, and/or specific countries. In some embodiments, the authentication of each of the site devices 129 and/or of each of the point services system 118 includes a site device 129 template between the template created during authentication and the initial template created and stored during enrollment. and/or the verified geographic location data variation of each of the point service systems 118 may not be successful if they are not within predefined thresholds.

integration of one or more biometric characteristics, site image, video, and/or live video characteristics, unique device identifiers (e.g., physical non-cloning features of CMOS sensors), and/or geolocation data; In embodiments not implemented using an algorithm (e.g., a biohashing algorithm), the processing module 310 uses templates created during authentication and templates created and stored in the database 312 of the server computer system 124 during enrollment or enrollment. with the initial template using one or more algorithms to determine if both templates match or substantially match, where the database of server computer system 124 If the unique device identifier stored in 312 and the unique device identifier obtained during authentication do not match, the authentication may be rejected, whereas here the template generated during authentication and the template generated and saved during enrollment Authentication may be successful if the data variation between templates is within a predefined threshold, further wherein one or more of site device 129, POS system 118, user device 110, partner device 112, distributor Predefined thresholds associated with data variation of verified geolocation data of device 114, verification device 116, and/or advertising service provider device 127 are determined by server computer system 124 for one or more users 102, Access to server computer system 124 of Partners 104, Distributors 106, Verifiers 108, Sites 128, Advertising Service Providers 126, and/or their associated devices may be limited to specific geographic locations, specific regions, specific cities, and/or may be tailored to restrict to certain countries. In some embodiments, the authentication of each of the site devices 129 and/or of each of the point services system 118 includes a site device 129 template between the template created during authentication and the initial template created and stored during enrollment. and/or the verified geographic location data variation of each of the point service systems 118 may not be successful if they are not within predefined thresholds.

In some embodiments, the processing module 310 identifies the site device 129, the POS system 118, the user device 110, the partner device 112, the distributor device 114, the verification device 116, and/or the advertising service provider device 127, and User credential information of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 are stored in database 312 of server computer system 124 with device identification information and user credential information and one or more algorithms. to determine if the device identification and user credentials obtained during authentication match the device identification and user credentials obtained during enrollment, if the server If the user credentials stored in the database 312 of the computer system 124 do not match the user credentials obtained during authentication, then the authentication is rejected; If the device identification information obtained during authentication does not match or substantially match the device identification information obtained during authentication, the authentication may be rejected.

In some embodiments, processing module 310 may combine site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verifier device 116, and/or advertising service provider device 127 into a combination of types. can be configured to authenticate based on Combination types may include two-factor authentication, three-factor authentication, four-factor authentication, and five-factor authentication.

In some examples, the processing module 310 may cause one or more partners 104 or one or more unregistered entities to identify one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising services. It may be configured to allow services and/or transactions that require authentication of provider 126 . In such cases, processing module 310 may process one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertisements from one or more partners 104 and/or one or more unregistered entities. The processing module 310 may be configured to receive requests to authenticate service providers 126, and the processing module 310 authenticates one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126; It may be configured to provide the status or results of authentication to its services and/or processes and allow notification to one or more partners 104 and/or unregistered entities. In some embodiments, the processing module 310, upon successful authentication of one or more users 102, partners 104, distributors 106, verifiers 108, and/or service providers 126, provides credentials (one-time password tokens). , public keys, private keys, passwords, RSA signatures, etc.), wherein the processing module 310 binds one or more users 102, partners 104, distributors 106, verifiers 108, and/or or may be configured to disclose credentials to services or processes of one or more partners 104 or one or more unregistered entities after successful authentication of the advertising service provider 126; In some embodiments, processing module 310 determines that one or more partners 104 and/or one or more unenrolled entities are one or more users 102, partners 104, distributors 106, verifiers 108, and/or Or it can be configured to allow the authentication of the advertising service provider 126 to be determined from options such as: location-based verification, verification based on the device's physical non-cloneable features, verification based on user credentials. verification based on verification, verification based on device identity, and/or verification based on biometric information. In some embodiments, processing module 310 processes one or more users 102, partners 104, distributors 106, verifiers 108, and/or selected by one or more partners 104 or one or more unregistered entities. Or it can be set to take into account the authentication options of the advertising service provider 126 .

In some examples, the processing module 310 may allow one or more of the users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to modify or use one or more associated devices. , by which the processing module 310 allows one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 to successfully authenticate , to submit a request to modify or use one or more devices from the relevant verified devices registered with the server computer system 124, whereupon the processing module 310 may configure the new While registering or enrolling a device with server computer system 124, it may be configured to exclude verification of one or more new devices. In embodiments in which one or more of the verified devices of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 are lost, damaged, or unusable to submit a request, processing module 310: It is configured to deactivate or block lost, damaged, or unusable devices and allow one or more partners 104 to submit requests on their behalf from partner devices 112 and/or partner POS systems 118. , where processing module 310 authenticates one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126, but sends the request to server computer system 124. can be set to exclude verifying devices associated with them before sending to. After server computer system 124 accepts the request, processing module 310 allows user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 to create a new application used to communicate with server computer system. Although it may be configured to allow registration of one or more devices, the processing module 310 is configured to exclude verification of the new one or more devices during enrollment or registration of new devices with the server computer system 124. can be set.

In some examples, the processing module 310 determines that one or more of the users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 are users 102, partners 104, users 102, partners 104, one or more of users 102, partners 104, users 102, partners 104, distributors 106, prior to enabling distributors 106, verifiers 108, and/or advertising service providers 126 to perform one or more functions; Verifier 108 and/or advertising service provider 126 may be configured to authenticate.

In some examples, processing module 310 may process one or more site devices 129 prior to registering one or more site devices 129 with server computer system 124 and/or one or more site devices 129 may be any of the site devices described herein. Prior to enabling one or more site devices 129 to access server computer system 124 to perform one or more functions of 129, prior to registering that site 128 with server computer system 124, one or more Verifier 108 and may be configured to authenticate certain partners in partners 104 . 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 database of server computer system 124 .

In some embodiments, processing module 310 receives unique information from one or more users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 during registration with server computer system 124. Extract biometric features (eg, iris, face, voice, fingerprint) using one or more algorithms to identify user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126; forming each biometric template, while using a site device in site devices 129 during registration of one or more sites 128 with server computer system 124 by one or more verifiers 108; To extract unique site image, video and/or live video features from one or more sites 128 using one or more algorithms to form a site image, video and/or live video template; , where biometric and site image, video, and/or live video templates may be stored in database 312 of server computer system 124, where biometric and site image, video, and /or live video data may be sent to one or more of one or more of site devices 129, user devices 110, partner devices 112, distributor devices 114, verification devices 116, POS systems 118, and/or advertising service provider devices 127; It can be acquired by sensors (eg CMOS and CCD image sensors, biometric sensors).

In some embodiments, processing module 310 may be used by site device 129, POS system 118, user device 110, partner device 112, distributor device 114, verification device 116, advertising service provider device 127, site 128, user 102, partner 104, each of the distributors 106, verifiers 108, and/or advertising service providers 126 described herein, site devices 129, POS systems 118, user devices 110, partner devices 112, distributor-devices 114, verification Device 116, Ad Service Provider 127 Site Device 129, Site 128, User 102, Partner 104, Distributor 106, Verifier 108, and/or Ad Service Provider 126 may perform one or more functions. can be set to authenticate before.

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

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

Publishing module 314 publishes environmental credit score data for users 102, partners 104, and distributors 106 based on environmental activity records for users 102, partners 104, and/or distributors 106, respectively; 104 and/or the distributor.

In some embodiments, publishing module 314 permits or enables one or more advertising service providers 126 to send or transmit at least one advertising service data record to one or more users 102 . can be set to Data for each advertising service may include identification data (e.g., unique user identifiers, account identifiers, biometric authentication information, blockchain identifier, public key), and information about advertising activity data (e.g., information about requests or orders for advertising services, information about time, type, number, cost, and/or content details); It is not limited to these. In some embodiments, user 102 may be paid credit, currency, and cash by server computer system 124 by accepting to receive recommendations, offers, and/or promotions of environmental activities (e.g., products and/or services). /or Points may be credited or credited to an account.

In some embodiments, publishing module 314 enables one or more program operators to track and monitor environmental product claim verification activities performed by a verifier in verifiers 108; or may be set to allow. In some embodiments, the publishing module 314 allows or enables one or more program operators to allow or prevent the publication of verified environmental product declarations (publicly available on the blockchain network); and may be configured to enable or permit the tracking and monitoring of environmental product claim verification activities performed by certain of the verifiers 108 .

In embodiments where the server computer system 124 is a computing node within the blockchain network, the processing module 310 processes new blocks, data values, and data values to be validated and added to the associated blockchain by other nodes within the blockchain network. and block headers.

In some embodiments, processing module 310 identifies one or more sites, partners, and verifiers associated with the site activity data or data records, and at least one of the multiple partners for each site device. can be configured to extract data indicative of real-time data related to one environmental product declaration and generate a display of a list of sensors for each site device, wherein each sensor is associated with real-time data related to the environmental product declaration; , where the generated display further includes site-identifying and partner-identifying information for each sensor on each site device, where the generated display further includes historical data over time. one or more alarms 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 generated display includes graphical data; define levels, wherein the processing module allows one or more verifiers to define one or more alert levels based on collected real-time data related to the environmental product declaration; determining whether the data collected by one or more sensors of the site device meet at least one of the defined alarm levels, and wherein any of the defined alarm levels are met; It may include generating an alarm notification and notifying one or more partners and one or more verifiers. In some embodiments, processing module 310 may be configured to assign one or more verifiers to re-verify the environmental product declaration when at least one of the defined alarm levels is met. good. In some embodiments, the processing module 310 causes one or more users 102 to perform environmental activities provided by the partners of the partners 104 when at least one of the defined alarm levels is met ( for example, purchase, use, or completion).

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 further stores environmental activity records of at least one of partners 104, users 102, and distributors 106, and determines the environmental activity of distributors, partners, and users based on each environmental activity category. It can be set to list the data in the activity log. Additionally, database 312 stores identification data (e.g., request identifiers, GPS/AGPS coordinates, unique device identifiers, unique user identifiers, biometric credentials, credentials, A plurality of environmental activity records may be maintained that relate to geographic location data, device PUFs, device identification information, blockchain identifiers, public keys, names, addresses, and/or other identifying data). Each of the plurality of environmental activity records includes, but is not limited to, information regarding environmental activities and environmental law violations. Each registered distributor 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 partner 104 may monitor and track environmental activities, including products and/or services provided and/or reported by the partner and stored in the partner's environmental activity records. Each user 102 may monitor and track environmental activities performed by the user, including products and/or services that are stored in the user's environmental activity record.

In some examples, database 312 further includes a plurality of user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 associated points, credits, currencies, and/or cryptocurrencies. It may be configured to store transaction data records and list transaction data records under the account profile of each of user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126. Additionally, database 312 stores identification data (e.g., request identifiers, GPS/AGPS coordinates, unique device identifiers, biometric information, credential information, geographic location data, device PUF, device identification information, unique user identification information, Multiple transaction data records associated with biometric data, blockchain identifiers, public keys, names, addresses, and/or other identifying data)) may be maintained. Unique user identifiers for multiple users (102), partners (104), distributors (106), verifiers (108), and/or advertising service providers (126), each transaction data record includes user 102, partner 104, including but not limited to data related to the transfer and/or exchange of credits, points, cryptocurrencies, and/or currencies associated with distributors 106, verifiers 108, and/or advertising service providers 126; not. Each of users 102, partners 104, distributors 106, verifiers 108, and/or advertising service providers 126 can monitor and track transaction data records.

Database 312 may be configured to store personal information, verification activity records, and other activity information for each registered verifier 108 . In some embodiments, database 312 may be further configured to store at least one verification activity record for each verifier 108 and list data within the verifier's activity record based on each activity's category. . Additionally, database 312 stores identification data (e.g., request identifiers, GPS/AGPS coordinates, unique device identifiers, biometric information, credential information, geographic location data, device PUF, device identification information, unique (device identifiers, biometric data, blockchain identifiers, public keys, names, addresses, and/or other identifying data) may be maintained. The plurality of verification activity records includes one or more verification activities performed by one or more registered verifiers 108 (e.g., verification and/or preparation of environmental product declarations, environmental impact of environmental activities, and/or determination of the environmental impact of environmental law violations). Each of the verifiers 108 can monitor and track the verifier's activities stored in the verifier's activity log.

Database 312 may be configured to store personal information, advertising service data records, and other activity information for each registered advertising service provider 126 . In some embodiments, database 312 is further configured to store at least one advertising service data record and list data in one or more advertising service provider 126 records based on the category of each data record. obtain. Additionally, database 312 stores identification data (e.g., request identifiers, GPS/AGPS coordinates, unique device identifiers, biometric information, credential information, geographic location data, device PUF, device identification information, unique user identifiers, biometric data, , blockchain identifiers, public keys, names, addresses, and/or other identifying data))). Each of the plurality of advertising service data records includes user 102, partner 104, distributor 106, verifier 108, and/or advertising service provider 126 identification data (e.g., request identifier, GPS/AGPS coordinates, unique device identifier). , identifiers based on the physical non-clone features of unique device sensors (e.g., physical clone features of CMOS sensors), unique user identifiers, account identifiers, biometric data, blockchain identifiers, public keys), and advertising activity data including, but not limited to, information (such as information regarding requests for advertising services) or details of orders, advertising times, types, numbers, costs, and/or content; Each of the advertising service providers 126 may monitor and track advertising service data records stored in the advertising service provider's 126 records.

Database 312 stores identification data (e.g., request identifiers, geolocation data (e.g., GPS/AGPS coordinates), unique device identifiers, biometric information, credential information, geolocation data, device PUF, device identification information, site images, , video, and/or live video, blockchain identifier, public key), site activity data records for each site 128, and other activity information. In some embodiments, the database 312 may be further configured to store at least one site activity data record for each site 128 and list the data in the site's activity records based on each activity's category. Additionally, database 312 stores identification data (e.g., request identifiers, geographic location data (e.g., GPS/AGPS coordinates), unique device identifiers, site images, video and/or live video information, credentials, etc.) for multiple sites 128 . , geolocation data, device PUF, device identification information, site images, videos, and/or live videos, blockchain identifiers, public keys). Each of the plurality of site activity data records includes identification data (such as request identifiers, geographic location data (such as GPS/AGPS coordinates), unique device identifiers, site image, video and live video information, credentials, geolocation information, device PUF, device identification information, biometric data, blockchain identifiers, public keys), identification data of a site within Site 128 (e.g., site image , video and/or live video, blockchain identifier, public key), on-site operational data of a partner in partner 104 obtained by one or more sensors and/or devices of a site device in site device 129 , data including, but not limited to, onsite material consumption data, onsite emissions data, onsite energy consumption data, and/or onsite waste data (such as life cycle inventory data); This includes, but is not limited to, geographic location data (eg, GPS/AGPS coordinates) for a site within a site device's site 128, and/or other data. Each verifier 108 can monitor and track the activity of each site 128 that is stored in the site's activity log.

Blockchain can be used to store site activity records, user environmental activity records, partner verification activity records, distributor activity records, advertising service provider data records, transaction data records, and other information. In embodiments, database 312 is a blockchain, where environmental activity records, verification activity records, transaction data records, advertising service data records, and other information are stored as data values stored in blocks included on the blockchain. can be included.

User's 102 environmental credit score and/or environmental activity data may be used by private and/or public and/or voluntary sector institutions and/or other entities to make employment decisions, college admissions decisions, and landlord/tenant decisions. It can be used in areas including, but not limited to, decisions and/or government decisions on individuals, businesses, and other entities. In addition, a user's 102 environmental credit score may affect other areas that may affect a consumer's life, such as determining whether services, awards, credits, or scholarships should be provided or granted to the user 102. can also be used.

The above processes performed on server computer system 124, user device 110, partner device 112, distributor device 114, verification device 116, POS system 118, computing node 122, advertising service provider device 127, and/or site device 129 are , firmware, hardware, software, or any combination thereof. A process is a computer program or multiple computers executing on a programmable computer that includes a processor-readable storage medium (e.g., including volatile and non-volatile memory and/or storage elements), input and output devices, and a processor. It can be implemented in a program. Each computer program may be a set of instructions (program code) in a code module residing in the computer's random access memory. The set of instructions may be stored in separate computer memory (e.g., a hard disk drive, or removable memory such as an optical disc, an external hard drive, a memory card, or a flash drive) until needed by the computer, or computer system and downloaded over the Internet or other network 120 .

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

Moreover, the methods and functions described herein are not limited to any particular sequence, and the acts or blocks associated therewith may be performed in any other suitable sequence. For example, acts or blocks described may be performed in an order other than that specifically disclosed, or multiple acts or blocks may be combined into a single act or block.

While the present invention has been described in connection with what is presently considered to be the most practical and various embodiments, the invention should not be limited to the disclosed embodiments, rather, various It should be understood that it is intended to cover modifications and equivalent settings.

Claims (2)

A method of scoring environmental credits for multiple users and partners, the components of which are:
Registering multiple sites, users, partners and verifiers by assigning a unique user identifier, where to register multiple sites, users, partners and verifiers:
creating multiple request identifiers for multiple combinations of sites, users, partners, verifiers and their associated site devices, user devices, partner devices and verification devices, the multiple partners to one or more POS systems; is associated with
receiving multiple request identifiers from each of multiple user devices, partner devices, verifier devices, and one or more site devices and POS systems;
verifying the plurality of request identifiers by matching each of the plurality of stored request identifiers to the plurality of request identifiers received;
generate one or more challenges,
Sending the one or more challenges to each of the plurality of devices, wherein the one or more challenges are the physical non-cloning capabilities of the POS system, the physical non-cloning capabilities of the site device, and the physical non-cloning capabilities of the user device. applied to the non-cloned feature, the physical non-cloned feature of the partner device, and the physical non-cloned feature of the verifier device to generate a corresponding unique device identifier;
receiving a plurality of unique device identifiers for each of a plurality of devices;
receive one or more data records containing biomedical authentication data for each of a plurality of users, partners and verifiers;
receive one or more data records, including site images, video and/or live video for each site;
receive one or more data records containing geolocation data for each Site Device, POS System, User Device, Partner Device and Validation Device;
extract one or more features and biomedical features from one or more data records for each of multiple sites, users, partners, and verifiers;
biomedical characteristics of each user, partner, verifier, image, video, or live video characteristics of each site's site, a unique device identifier for each site device, POS system, user device, partner device, verifier device; and Integrating geolocation information for each site, device, POS system, user device, partner device, and verification device based on multiple combinations, and storing templates generated by the integration in a database on a server computer system. including,
Authenticate multiple sites, users, partners and verifiers, including:
receive one or more request identifiers from each Site Device, POS System, User Device, Partner Device, and Verifier Device;
verifying the received one or more request identifiers, wherein the received one or more request identifiers are compared to the stored plurality of request identifiers to verify the one or more request identifiers;
generate one or more challenges,
send one or more challenges in real time to one or more Site Devices, User Devices, Partner Devices, and Validation Devices;
One or more unique device identifiers, biomedical authentication data for one or more users, partners or verifiers, real-time location data for one or more devices, and image, video, live from one or more sites receive video,
extracting one or more biometric features from the received biometric data of one or more users, partners, and verifiers according to a model stored in a database on a server computer system;
extract features of images, videos and/or live videos of one or more sites according to models stored in a database on a server computer system;
create comparison templates that include one or more biomedical features, one or more Site image, video, and/or live video features, 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 verifiers, where one or more request identifiers received from each device; to retrieve one or more initial templates stored in the database, and one or more templates created during certification and during registration of multiple sites, users, partners, and verifiers. Compare against one or more initial templates created and stored in a database on the server computer system, where any data differences between the template created during authentication and the initial template created and stored during enrollment are pre-existing. User, Partner, and Verifier authentication is successful if within thresholds defined in , where one or more Site Devices, POS Systems, User Devices, Partner Devices, and Verification Devices are verified Pre-defined thresholds for data variation of geolocation data restrict access to server computer systems of one or more Users, Partners, Verifiers, Sites, and/or their associated devices to specific geographic locations, specific may be tailored to restrict to regions, specific cities, and/or specific countries;
including steps,
receive information from Registered Users, including personal information and information relating to one or more environmental activities that Registered Users completed before they became Registered Users;
Wherein, environmental activity information includes household energy, transportation, waste, food, and shopping, and verification of the information received is through one or more of the registered partners' POS systems, one of the registered partners' and/or by communicating with one or more devices of an Unregistered Entity, each account identifier and/or other identifying information of one or more Users, Partners, Distributors may contain a unique User including identifiers, biomedical data, blockchain identifiers, public keys, names, addresses, and/or other identifying data used in communications that are exchanged for the verification process;
If the environmental product declaration for the same environmental activity has been previously verified by one verifier among the verifiers and one partner among the relevant partners, then the user completes it before becoming a registered user based on the verified environmental product declaration. determining the environmental impact of each of the user's environmental activities;
Receiving at least one environmental activity record in real time from one or more devices of at least one of the multiple partners, wherein the at least one environmental activity record is provided or reported by the multiple partners including data relating to environmental activities and violations of environmental laws, the data relating to environmental activities provided by its partners including information relating to one or more environmental product declarations or requests to prepare environmental product declarations;
Receiving in real-time at least one site activity record from one or more devices of at least one of the plurality of sites, wherein the site data record for each site activity includes identification data, wherein the identification data including biometric data of Partners and/or one or more Verifiers, or identification data of a Site within the Site, where that identification data is collected by Site images, video, and/or live video and/or Site Devices; Lifecycle inventory data, including onsite operational data, onsite material consumption data, onsite emissions data, onsite energy consumption data, and/or onsite waste data, and site for one or more of our partners' products and or services Site device geolocation data obtained by the device's GPS/AGPS sensor, where at least one of the verifiers uses at least one of the site activity records to identify at least one partner of the plurality verify or prepare environmental product declarations for products or services provided by
Receiving in real-time at least one verification activity record from one or more devices of at least one of the plurality of verifiers, wherein the at least one verification activity record includes data related to the plurality of verification activities. , where data relating to multiple verification activities includes data relating to verification of environmental product declarations, preparation of environmental product declarations, determination of environmental impacts of environmental activities, and determination of environmental impacts due to violations of environmental laws;
Receiving at least one environmental activity record in real-time from at least one POS system of the plurality of partners, wherein the at least one environmental activity record has been completed by at least one of the plurality of users including data related to the environmental activities of
assigning an identification number to each of the Site Activity Data Record, User Environmental Activity Record, Partner Environmental Activity Record, and Verification Activity Record;
Violation of one or more environmental laws committed by one or more partners, distributors and users with at least one of the partners and/or one or more external systems of the unregistered entity on one or more devices of the partners; and/or verify by communicating with one or more unregistered external systems;
Based on the environmental impact information contained in the validated environmental product declarations for the products and/or services provided by each of the partners and the information contained in the validated environmental product declarations for the products and services provided by the other partners, multiple calculating a score for each environmental activity provided by each of its partners, wherein its environmental product claims are verified by one or more registered verifiers selected by a server computer system;
Based on the environmental impact information for each environmental law violation, calculating a score for each environmental law violation reported by Partner based on the environmental impact of each environmental law violation, where the estimated environmental impact of each environmental law violation is calculated. is determined by one or more verifiers chosen by the server computer,
calculating the partner's environmental credit score based on the calculated score;
matching the environmental activity record of at least one of the plurality of users and partners with the unique user identifier to identify the number of users and partners associated with the unique user identifier for each environmental activity completed by the user; identifying at least one environmental activity record and crediting each environmental activity record based on the environmental activities completed by that user;
calculating an environmental credit score for at least one of the plurality of users based on data of environmental activities credited based on environmental activity records of at least one of the plurality of users, wherein each user The calculation of the environmental credit score of
(a) the number and score of environmental product declarations for environmental activities completed by the user, where the score of the environmental product declaration determines the number of points earned by the user;
(b) the calculation of the number of points associated with environmental activities recommended and completed by each user; and (c) the total number of environmental law violation scores for each user;
analyzing users' environmental credit scores to identify 11 or more users with high environmental credit scores;
Publish and notify Users and Partners of their Environmental Credit Scores;
identifying one or more Sites, partners, and verifiers associated with Site activity records collected by one or more components of the Site device;
extracting, for each site device, data indicative of real-time data relating to environmental product declarations of at least one of the plurality of partners;
Generating a sensor list display for each site device, where each sensor is listed with real-time data related to the associated environmental product declaration, where the generated display further includes each sensor for each site device each site-identifying information and partner-identifying information for
Defining one or more alarm levels based on collected real-time data related to environmental product declarations for environmental activities provided by at least one of the plurality of partners, wherein the one or more alarms A level is defined by one or more verifiers based on real-time data related to the environmental product declaration collected and real-time data collected by one or more sensors of one or more site devices is defined by determining whether at least one of the defined alarm levels of interest is satisfied, wherein at least one of the defined alarm levels is satisfied and further generating an alarm notification; It also includes notifying the partner and one or more verifiers, and further assigning one or more verifiers to re-verify the environmental product declaration when at least one of the alarm levels is met, and the partner An environmental activity provided by one of our partners will not be able to be completed by one or more users when at least one of the defined alarm levels is met,
method including. A system for environmental credit scoring of multiple users and partners to efficiently monitor and collect real-time data on environmental activities and ensure data security, reliability, and traceability, comprising: consisting of multiple related devices of
multiple devices communicatively coupling multiple sites, users, partners and verifiers with a server computer system;
A server computer system consisting of processors whose settings:
Register multiple sites, users, partners and verifiers by assigning unique user identifiers, where the server computer system:
Create multiple Request Identifiers for multiple combinations of each of Sites, Users, Partners, Verifiers, and their associated Site Devices, User Devices, Partner Devices, and Verification Devices, where multiple Partners associated with one or more service point systems,
receive multiple request identifiers from each of multiple user devices, partner devices, verification devices, and one or more site devices and POS systems;
verifying the plurality of request identifiers by matching each of the plurality of stored request identifiers to the plurality of received request identifiers;
generate one or more challenges,
Sending one or more challenges to each of the plurality of devices, wherein the one or more challenges are the physical non-cloning capabilities of the POS system, the physical non-cloning capabilities of the site device, and the physical non-cloning capabilities of the user device applied to the function, the physical uncloned function of the partner device, and the physical uncloned function of the verifier device to generate a corresponding unique device identifier;
adapted to receive a plurality of unique device identifiers for each of a plurality of devices, and
receive one or more data records containing biomedical authentication data for each of multiple users, partners and verifiers;
receive one or more data records, including site images, video and/or live video for each site;
receive one or more data records containing geolocation data for each Site Device, POS System, User Device, Partner Device and Validation Device;
extract one or more features and biomedical features from one or more data records for each of multiple sites, users, partners, and verifiers;
Biomedical characteristics of each user, partner, verifier, site image, video, live video characteristics of each site, POS system, user device, partner device, verifier device of each site device, based on multiple combinations integrate unique device identifiers and geographic information for POS systems, user devices, partner devices, and verifier devices;
configured to store the templates generated by the integration in a database on the server computer system,
To authenticate multiple sites, users, partners and verifiers:
receive one or more request identifiers from each Site Device, POS System, User Device, Partner Device, and Validation Device;
verifying the received one or more request identifiers, wherein the received one or more request identifiers are compared to the stored plurality of request identifiers to verify the one or more request identifiers;
generate one or more challenges,
send one or more challenges in real time to one or more Site Devices, User Devices, Partner Devices, and Validation Devices;
One or more unique device identifiers, biomedical authentication data for one or more users, partners or verifiers, real-time location data for one or more devices, and site images, videos for one or more sites; , and or receive live video,
extracting one or more biometric features from the received biometric data of one or more users, partners, and verifiers according to a model stored in a database on a server computer system;
extract features of images, videos and/or live videos of one or more sites according to models stored in a database on a server computer system;
create templates for comparison that include one or more biomedical features, one or more site image, video, live video features, one or more unique device identifiers, and real-time geolocation data;
During registration of multiple sites, users, partners and verifiers, retrieve one or more initial templates created and stored in a database on a server computer system, where one or more requests received from each device; look up one or more initial templates stored in the database using the identifier;
comparing one or more templates created during authentication with one or more initial templates created and stored in a database of a server computer system during enrollment of multiple sites, users, partners and verifiers; Therefore, multiple sites, users, partners, and Verifier's authentication is considered successful, and where a pre-defined Thresholds limit access of one or more Users, Partners, Verifiers, Sites, and/or their associated devices to server computer systems to specific geographic locations, specific regions, specific cities, and/or specific countries. shall be adjusted to limit to
is set to
Receive information from Registered Users, including Personal Information and information about one or more environmental activities that the Registered User completed before he or she became a Registered User, where Environmental Activity Information includes household energy, transportation, waste , dining, and shopping, where verification of the information received is with one or more POS systems of registered partners, one or more devices of registered partners, and/or one or more devices of unregistered entities. communication, where each account identifier is one or more users, partners, distributors, and/or unique user identifiers, biomedical authentication data, blockchain identifiers, public keys, names, addresses, or other other identifying data, including identifying data, used in communications exchanged for the verification process;
If the Environmental Product Declaration has been pre-validated by one of the Verifiers and associated with one of the Partners, then the User completes it before becoming a Registered User based on the validated Environmental Product Declaration of the same environmental activity. determine the environmental impact of each of the user's environmental activities;
receiving in real-time at least one environmental activity record from one or more devices of at least one of the plurality of partners, wherein the at least one environmental activity record comprises a plurality of the plurality of environmental activity records provided or reported by the plurality of partners; including data relating to environmental activities and violations of environmental laws, where data relating to environmental activities provided by partners includes information relating to one or more environmental product declarations or requests to prepare environmental product declarations;
receiving at least one site activity record in real time from one or more devices of at least one of the plurality of sites, wherein the site data record for each site activity includes identification data, wherein the identification data is among partners; Biometric data of a Partner and/or one or more Verifiers, including identification data of a Site within the Site, where the identification data is collected by Site images, video and/or live video, Site devices Lifecycle inventory data, including onsite operational data, onsite material consumption data, onsite emissions data, onsite energy consumption data, and/or onsite waste data, and site devices for one or more of our partners' products and or services; site device geolocation data obtained by GPS/AGPS sensors, where at least one verifier uses at least one of the site activity records to verify that at least one of the multiple partners verifying or preparing environmental product declarations for the products or services we provide;
receiving in real-time at least one verification activity record from one or more devices of at least one of the plurality of verifiers, wherein the at least one verification activity record contains data related to the plurality of verification activities; including data relating to verification of environmental product declarations, preparation of environmental product declarations, determination of environmental impacts of environmental activities, and determination of environmental impacts of non-compliance with environmental laws;
receiving in real-time at least one environmental activity record from a POS system of at least one of the plurality of partners, wherein the at least one environmental activity record is a plurality of completed environmental activity records by at least one of the plurality of users; including data on the environmental activities of
assigning an identification number to each of the Site Activity Data Record, User Environmental Activity Record, Partner Environmental Activity Record, and Verification Activity Record;
with external systems of at least one of the partners and/or one or more unregistered entities by communicating with one or more devices of the partners and/or one or more unregistered external systems; to verify one or more environmental law violations of our partners, distributors and users;
Based on the environmental impact information contained in the validated environmental product declarations for the products and/or services provided by each of the partners and the information contained in the validated environmental product declarations for the products and services provided by the other partners, multiple calculate a score for each environmental activity provided by each of its partners, wherein the environmental product claim is verified by one or more registered verifiers selected by the server computer system;
Calculate a score for each environmental law violation reported by partners based on the environmental impact information for each environmental law violation, where the estimated environmental impact of each environmental law violation is calculated by one or more persons selected by the server computer; determined by the verifier of
calculating an environmental credit score for that partner based on the calculated score;
Matching the environmental activity records of at least one of the plurality of users and partners to the unique user identifier, and at least one of the plurality of users and partners associated with the unique user identifier for environmental activities completed by the user. environmental activity records, and credit each environmental activity record based on the environmental activity completed by the user;
calculating an environmental credit score for at least one of the plurality of users based on the data of environmental activities credited under the environmental activity record of at least one of the plurality of users, where each user's environment Credit score calculation is based on the following factors:
(a) the number and score of environmental product declarations for environmental activities completed by the user, where the score of the environmental product declaration determines the number of points earned by the user;
(b) calculating the number of points associated with environmental activities recommended for each user and completed by each user; and
(c) the total number of environmental law violation scores for each user;
is done taking into account the
analyzing users' environmental credit scores to determine one or more users with high environmental credit scores;
Publishing and notifying users and partners of their environmental credit scores;
identify one or more sites, partners and verifiers associated with Site activity records collected by multiple components of the Site device;
For each site device, extract data showing real-time data related to environmental product declarations for at least one of the multiple partners;
Generating a display of a sensor list for each site device, wherein each sensor is listed with real-time data relevant to the environmental product declaration, wherein the generated display further includes site identification information for each sensor of that site device and each partner identification information is included, wherein the generated display further includes historical data over a period of time, and the generated display includes graphical data;
defining one or more alarm levels based on real-time data collected in connection with environmental product declarations of environmental activities provided by at least one of the plurality of partners, wherein the one or more alarm levels is defined by one or more verifiers based on real-time data related to the environmental product declaration collected, and data collected by one or more sensors of one or more site devices is defined determining whether to include real-time data that meets any of the alarm levels, wherein if at least one of the defined alarm levels is met, further generate an alarm notification to one or more partners and/or one one or more verifiers, where one or more verifiers are assigned and defined to re-verify the environmental product declaration when at least one of the defined alarm levels is met. An environmental activity provided by one of the partners for which at least one of the specified alarm levels has been met will prevent one or more users from completing the following:
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