Primus Labs is building a zkTLS-based data verification layer that keeps user data local while generating onchain proofs. The architecture isolates data from smart contracts—users attest to facts without exposing underlying information.
Key infrastructure:
• Data verified via zkTLS from Web2 sources
• Attestors run on AlphaNet using zkTLS + TEE
• Extension is open source and stores data client-side
Commercial traction exists. Cr3dentials is live in production, converting authenticated merchant and individual analytics into verifiable credentials using Primus zkTLS. The stated use case is privacy-preserving onchain credit built from verified identity, assets, income, and behavioral data.
Investment angle: If zkTLS attestation scales, this could unlock undercollateralized lending markets without KYC friction. Risk is adoption—proof systems are technically sound but demand uncertain. Watch for protocol integrations and whether Cr3dentials expands beyond pilot stage.
Key infrastructure:
• Data verified via zkTLS from Web2 sources
• Attestors run on AlphaNet using zkTLS + TEE
• Extension is open source and stores data client-side
Commercial traction exists. Cr3dentials is live in production, converting authenticated merchant and individual analytics into verifiable credentials using Primus zkTLS. The stated use case is privacy-preserving onchain credit built from verified identity, assets, income, and behavioral data.
Investment angle: If zkTLS attestation scales, this could unlock undercollateralized lending markets without KYC friction. Risk is adoption—proof systems are technically sound but demand uncertain. Watch for protocol integrations and whether Cr3dentials expands beyond pilot stage.