Verified Intelligence
Cryptographic Proof of AI
TEE attestations and blockchain verification provide cryptographic proof of model provenance, training contributions, and execution integrity. Trust through verification, not promises.
Verification Components
Three layers of cryptographic verification ensure trust and transparency
Tenzro Ledger
High-performance blockchain for recording verification proofs
- •270,000 TPS per node
- •Sub-second finality
- •Proof of Authority consensus
- •TEE-verified validators
- •Horizontal scaling
- •Blockchain-agnostic bridges
TEE Attestations
Hardware-backed proof of correct execution
- •Intel SGX support
- •AMD SEV-SNP support
- •ARM TrustZone support
- •Remote attestation
- •Multi-TEE verification
- •Cryptographic signatures
Model Provenance
Complete history of model creation and training
- •Training data lineage
- •Model version tracking
- •Contributor records
- •Aggregation proofs
- •Transparent audit trail
- •Cryptographic hashes
What Gets Recorded
Comprehensive verification trail without exposing private data
Model Information
- •Model provenance and versions
- •Training configurations
- •Architecture specifications
- •Performance metrics
Training Records
- •Contribution history
- •Aggregation attestations
- •Privacy budget tracking
- •Quality scores
Verification Proofs
- •TEE-signed attestations
- •Hardware fingerprints
- •Execution environments
- •Cryptographic signatures
Marketplace Transactions
- •Model listings
- •Usage licenses
- •Payment records
- •Access permissions
Important: Only hashes and attestations are recorded on-chain. No raw data, personal information, or model parameters are ever exposed.
Multi-Layer Security Architecture
Defense-in-depth approach ensures security even if individual components face vulnerabilities
Layer 1: TEE Isolation
Layer 2: Cryptographic Protection
Layer 3: Verification
Layer 4: Protocol Security
Build Verifiable AI Systems
Deploy AI with cryptographic proof of integrity and provenance