Privacy-Preserving Professional Verification
Veritas Protocol revolutionizes how professional credentials are verified on-chain. Using Soulbound Tokens (SBTs) and Zero-Knowledge Proofs, we enable credential holders to prove their qualifications without exposing sensitive personal data.
Privacy Protection
Zero-knowledge proofs let you verify credentials without revealing personal information or specific details.
Immutable Records
Soulbound Tokens create permanent, non-transferable credentials stored on the blockchain with complete audit trails.
Decentralized Trust
Whitelisted issuers and smart contract validation ensure only verified credentials are issued and trusted.
Issuer verifies
A trusted university or employer validates the claim.
SBT minted
A non‑transferable credential is linked to the holder’s wallet.
Private proof
Share a zero‑knowledge proof instead of raw documents.
Protocol Architecture
A clear path from issuer approval to private, on-chain verification—no oversharing, no chasing PDFs.
Credential Submission
Professionals submit their credentials to whitelisted issuers for verification (universities, bootcamps, employers)
SBT Minting
Verified issuers mint non-transferable Soulbound Tokens (SBTs) permanently linked to the credential holder's wallet
ZK Proof Generation
Credential holders generate zero-knowledge proofs to selectively reveal qualifications without exposing all details
Proof Verification
Recruiters and verifiers check proofs on-chain through smart contracts without accessing private credential data
Built for Trust & Transparency
Practical infrastructure for issuers, developers, and recruiters—focused on real hiring and credentialing needs.
Multi-Chain Support
Deployed on Avalanche Fuji and Celo Alfajores testnets with support for multiple blockchain networks.
Soulbound Tokens
Non-transferable ERC-721 tokens that permanently link verified credentials to wallet addresses.
Credential Privacy
Zero-knowledge proofs allow selective disclosure of credential attributes without revealing everything.
Whitelisted Issuers
Only verified and trusted issuers can mint credentials, ensuring authenticity and preventing fraud.
Zero-Knowledge Proofs
Prove you have a credential (e.g., degree, certification) without revealing specific details or metadata.
Immutable Verification
Once issued, credentials cannot be transferred or faked, creating a permanent on-chain record.
Building the Future
Our journey towards creating the most trusted credential verification protocol in Web3
Phase 1
MVP Launch
In Progress- Soulbound Token (SBT) implementation
- Basic ZK proof generation
- Multi-chain deployment (Avalanche Fuji, Celo Alfajores)
- Issuer, Developer, and Recruiter portals
- Whitelisted issuer system with access control
Phase 2
Enhanced Verification
Planned- Advanced credential types (degrees, certifications, work history)
- Revocable credentials with reason tracking
- Advanced ZK proof circuits (Noir integration)
- Selective attribute disclosure
- Credential metadata encryption
Phase 3
Cross-Chain Interoperability
Planned- Cross-chain credential verification
- Multi-network SBT synchronization
- Universal credential format standards
- Bridge integrations for major L1/L2 networks
- Unified credential explorer across all chains
Phase 4
Enterprise Integration
Future- Enterprise issuer dashboard for universities/companies
- API for HR systems and recruitment platforms
- Batch credential issuance
- Credential analytics and verification statistics
- Mobile application launch