Summary

A new cryptographic framework integrates secure attribute-based and non-interactive zero knowledge proofs against specific challenges involving Coconut, BBS, Reflow, W3C VC, Secret Sharing, Lagrange, and ECDSA. The system leverages Dilithium and ML-DSA for PQC on Lattices while utilizing SD-JWT for P-256. The protocol also handles ECC and elliptic curve multi-party computation via Reflow, incorporates secret sharing algorithms, and combines BLS and Reflow multisig signatures across BLS12381 and P-256. Security relies on Schnorr and W3C VC standards. Additionally, the method employs ECDSA and P-256 signatures.

The core challenge involves validating the security of this comprehensive credential set across various key pairs, utilizing zero-knowledge proof mechanisms to prove lack of information without revealing it while ensuring attribute-based validity against Coconut and BBS schemes. This integration allows users to construct secure digital identities that balance computational security with high performance, bridging traditional cryptography with modern quantum-resistant lattice protocols.

Title

Zenroom - No-code Cryptographic virtual machine

Description

Multiplatform cryptography for DB and blockchain, zk-SNARKS, blockchain interop, smart contracts in human language, fully isolated virtual machine

Keywords

signatures, code, machine, curves, browser, here, smart, build, source, cryptography, post, quantum, english, full, credentials, zero, knowledge

NS Lookup

A 185.19.185.68

Dates

Created 2026-03-08

Updated 2026-04-17

Summarized 2026-04-20