I am excited to introduce a new project, zokrates_credential, which implements an on-chain credential verification system
This project is composed of three main components: the issuer, prover, and verifier, providing a secure and efficient process for credential verification. We have designed it such that the hash of the credential acts as the message value for eddsa signatures, allowing for the validation and use of credentials at the contract level later on. Except for the verifier's verify.zok, the rest of the process occurs off-chain, outlining a use case structured around this approach.
If you have any feedback, contributions, or questions about our project, please feel free to leave an issue or send a Pull Request at any time. Your interest and contributions are sincerely welcomed!
I am excited to introduce a new project, zokrates_credential, which implements an on-chain credential verification system
This project is composed of three main components: the issuer, prover, and verifier, providing a secure and efficient process for credential verification. We have designed it such that the hash of the credential acts as the message value for eddsa signatures, allowing for the validation and use of credentials at the contract level later on. Except for the verifier's verify.zok, the rest of the process occurs off-chain, outlining a use case structured around this approach.
Go directly to GitHub Repository
If you have any feedback, contributions, or questions about our project, please feel free to leave an issue or send a Pull Request at any time. Your interest and contributions are sincerely welcomed!
Thank you.