Cryptographic Runtime Governance for AI Infrastructure.
Attested Governance Artifacts: cryptographic runtime enforcement with tamper-evident proof for AI infrastructure.
Prove What Happened.
When an AI agent executes code or makes decisions autonomously, how do you prove what happened? Policy Artifacts create a cryptographic chain of custody - sealed governance, continuous measurement, tamper-evident proof.
Governance Gap
Autonomous systems operating without cryptographic proof of continuous integrity monitoring.
Evidence Gap
No tamper-evident record of enforcement decisions (TERMINATE / SAFE_STATE / ALERT_ONLY / QUARANTINE). Mutable logs can be modified by a compromised system.
Supply Chain Risk
Unverified model provenance exposes organizations to hidden vulnerabilities.
Seal → Enforce → Prove
Cryptographic governance infrastructure for autonomous systems.
Runtime Enforcement
Mandatory runtime boundary that continuously measures system integrity and enforces policy autonomously. Signed enforcement receipts for every decision.
Learn more →Evidence Bundles
Self-verifying evidence packages for offline audit. Contains artifact, receipts, Merkle proofs, and verification report. No network access required.
Learn more →Policy Artifacts
Sealed governance objects defining constraints and permissions. Offline-verifiable policies that travel with the agent.
Learn more →Offline-First. Zero Network Trust.
Every attestation artifact is self-contained and cryptographically complete. Verify authenticity, integrity, and policy compliance without network calls or third-party dependencies.
The Agent Evidence Gap
Autonomous agents optimize everything, except proof of what they did.
Read the full analysis →Choose Your Path
Enterprise & Regulated Industries
Cryptographic governance architecture designed for environments requiring compliance documentation and audit-ready evidence trails.
- Architecture informed by NIST AI RMF 1.0
- Air-gapped and offline verification
- Tamper-evident continuity chains
Government & Defense
Cryptographic verification for mission-critical AI systems and autonomous platforms.
- Architecture informed by NIST AI RMF 1.0
- Air-gapped deployment
- Supply chain integrity patterns aligned with SLSA
Developers
Open reference implementation and protocol specification.
- 1,227 automated tests
- TypeScript / Node.js
- Full source on GitHub
Verify
Every claim on this site is independently verifiable.