Identity NFT Verification With Selective Credential Disclosure

The patent introduces an intermediary credential verification system that acts as a mediator between users and service providers. Instead of directly exposing personal information or using vulnerable image/video capture, the system uses cryptographic credentials and zero-knowledge proofs as intermediaries to verify identity without revealing sensitive data. The credential issuer and verifier modules serve as trusted intermediaries that validate identities through mathematical proofs rather than direct information exchange.

The patent replaces mechanical authentication methods (image capture, video verification, physical document inspection) with cryptographic mechanisms. Identity verification is achieved through digital signatures, public-key cryptography, and zero-knowledge proofs rather than optical or physical verification processes. This substitution eliminates vulnerabilities to deepfakes and photo manipulation while maintaining verification reliability.

The patent extracts only the essential verification elements needed for authentication while leaving out sensitive personal information. Instead of requiring complete personal data disclosure, the system extracts and verifies specific credential attributes through selective disclosure mechanisms. Users can prove their identity without revealing unnecessary personal details, taking out only the minimum required information for verification purposes.

The patent segments identity verification into separate credential types and attributes that can be independently verified. Instead of treating identity as a single undifferentiated entity, the system divides it into discrete credentials (e.g., age verification, citizenship, professional qualifications) that can be selectively presented. This segmentation allows users to disclose only specific attributes needed for each service while maintaining control over other personal information.

The patent creates a universal authentication framework that functions across both physical and virtual environments. The credential verification system is designed to be environment-agnostic, working equally well for physical identity verification and for verifying digital avatar identities in metaverse contexts. The same cryptographic mechanisms serve multiple functions across different domains, providing adaptability while maintaining reliability through consistent verification principles.

The patent creates digital copies of identity credentials that can be used in virtual environments without requiring physical presence. Instead of requiring users to physically present documents or biometrics in virtual spaces, the system uses cryptographic copies of identity verification data that can be transmitted and verified digitally. These cryptographic replicas maintain the authenticity of original credentials while being adapted for virtual context verification.