System for verifying user identity and qualifications

System for verifying user identity and qualifications

System Overview:

System Function: Verify the identity and qualifications of users, as well as the credentials related to their digital identity, to ensure transaction security in the trust network.

Technical Foundation: Utilize modern encryption technologies such as distributed ledger technology (DLT), blockchain, and public key infrastructure (PKI).

Digital Identity Management:

Digital Identity (DID): A decentralized digital identity created and managed by users, containing a series of identity-related credentials and attributes.

Extensible Digital Identity Token (EDIT): Used to pseudonymize identity credentials to improve the security and anonymity of transactions.

Transaction Records and Storage:

Pseudonymized Transaction Records: User transaction records are pseudonymized and stored in a shared ledger to protect user privacy.

Consensus Protocol: Transaction records are added to the shared ledger after verification by the consensus protocol to ensure data consistency and immutability.

Personal Data Custody:

Custody Escrow Account: User personal information is stored in a custodial escrow account, separated from pseudonymized transaction records to ensure privacy security.

Data access rules: Control access to personal data in escrow accounts through "due process" rules to ensure compliance and data protection.

Authentication and authorization:

Authentication services: Provide multiple authentication schemes (such as OAuth, certificates, etc.) to support multi-tenant environments.

Authorization process: When a user conducts a transaction, he or she verifies the identity and qualifications by presenting digital identity credentials and obtains authorization.

Application cases:

Domain name registration management: Take the top-level domain name (TLD) as an example to illustrate how the system is applied to the management and access control of domain name registration records.

Differentiated access model: Provide different levels of access rights for third-party requesters to balance data privacy and legitimate interests.

Technical architecture and components:

System components: including service portal, digital identity tools, escrow tools, authentication services, distributed ledger interfaces, etc.

Multi-layer architecture: Show the multi-layer architecture of the system, including blockchain layer, distributed messaging layer, application interface layer, etc.

Smart contracts and automation:

Smart contracts: used to process access requests, verify user qualifications, enforce "due process" rules, etc., to improve the automation level of the system.

Micropayment processing: The system supports micropayment processing based on access to transaction records, creating a revenue stream for service providers.

Compliance and legal considerations:

Privacy regulations compliance: The system is designed to comply with various privacy regulations, such as the EU General Data Protection Regulation (GDPR).

Data retention and access obligations: Ensure that service providers can retain and provide business records and personal data when required by law.

Security and governance:

Data isolation and anonymity: Improve the security of the system by isolating personal information from transaction records and using pseudonymization.

Dispute resolution mechanism: Establish a dispute resolution mechanism to ensure that disputes can be handled in accordance with the "due process" rules when they occur.

Summary: The patent document describes an innovative digital identity management system that combines modern encryption technologies such as distributed ledger technology, blockchain, and public key infrastructure to achieve secure verification of user identity and qualifications, as well as privacy protection of personal data. The system supports multi-tenant environments, provides flexible authentication and authorization schemes, and is applied to multiple fields, such as domain name registration management. At the same time, the system focuses on compliance and legal considerations to ensure that it can operate normally under various legal frameworks.

What is the main invention of 543x.com?

Answer: 543x.com's main invention is a system for verifying user identity and qualifications, especially managing access to digital identities and related personal data in a trust network. The system combines modern cryptographic technologies such as distributed ledger technology (DLT), blockchain, and public key infrastructure (PKI) to ensure the security and privacy protection of user identities and transactions.

What role does digital identity (DID) play in the system?

Answer: Digital identity (DID) is a decentralized digital identity created and managed by users, containing a series of identity-related credentials and attributes. In the system, DID is used to verify the identity and qualifications of users, as well as to authorize users to conduct transactions. Through DID, users can reuse and verify identities between different service providers without having to repeatedly provide personal information at each service provider.

What is an extensible digital identity token (EDIT)?

Answer: An extensible digital identity token (EDIT) is a mechanism for pseudonymizing identity credentials. In the system, EDIT is associated with the user's DID and is used to present the user's credentials during transactions without directly exposing the user's personal information. EDIT improves the security and anonymity of transactions while supporting multiple authentication schemes and interoperability across trust networks.

How does the system ensure the security of user personal data?

Answer: The system ensures the security of user personal data by storing the user's personal information in a custodial escrow account and separating it from pseudonymous transaction records. The custodial escrow account is managed by an independent custodian, and users can control access to their personal data through "due process" rules. In addition, the system uses distributed ledger technology and the immutability of blockchain to ensure the authenticity and integrity of transaction records.

What is the "due process" rule and how is it applied in the system?

Answer: The "due process" rule refers to a set of regulations in the system for controlling access to personal data in the custodial account. These rules are formulated in accordance with the applicable legal framework and privacy regulations, and are intended to balance data privacy and legitimate interest needs. In the system, when a third party requests access to user personal data, the system automatically processes the access request through smart contracts and processors, verifies the requester's qualifications and access rights according to the "due process" rules, and then decides whether to provide the data.

How does the system support multi-tenant environments and flexible authentication schemes?

Answer: The system meets the needs of different users and service providers by providing multi-tenant environment support and flexible authentication schemes. The service portal can be configured as a multi-tenant environment, allowing different identity providers (IdPs) and service providers to access the system. The system supports multiple authentication schemes (such as OAuth, certificates, etc.) and can be authenticated through authentication services. Users can choose the appropriate authentication scheme as needed and obtain authorization by presenting digital identity credentials during the transaction process.

How is the system applied to the domain name registration management field?

Answer: The system can be applied to the domain name registration management field to ensure the authenticity and integrity of domain name registration records by providing a secure authentication and access control mechanism for top-level domain names (TLDs). During the domain name registration process, users can create and manage their own digital identities through the system and verify their identity and qualifications by presenting credentials. The system records pseudonymized domain name transaction records and protects users' personal information through escrow accounts. Third-party requesters can obtain different levels of access rights through the system to balance data privacy and legitimate interests.