Read Specifications
Protocol Architecture

Continuous Cryptographic Attestation Pipeline

Replacing assumed perimeter trust with automated hardware-rooted verification across bare-metal microprocessors, confidential compute enclaves, and autonomous agent runtimes.

< 12ms

Quote Verification Latency

TPM 2.0

Root-of-Trust Standard

OIDC

Assertion Output Format

Architecture Pillars

The Three Engines of Runtime Verification

Every compute node undergoes continuous measurement, cryptographic appraisal, and policy-driven assertion before workloads execute.

Phase 01
Phase 02
Phase 03

Evidence Collection

Enclave Appraisal

Assertion Output

Extracts raw cryptographic measurements directly from TPM 2.0 chips, AMD SEV-SNP, and Intel TDX enclaves with hardware isolation.

Evaluates runtime state against cryptographically signed golden reference manifests within isolated verifier nodes.

Generates OIDC-compatible cryptographic tokens consumed directly by orchestration engines and API gateways.

Mathematical Certainty

We do not infer trustworthiness; we verify cryptographic measurements against immutable reference manifests.

When execution integrity cannot be mathematically proven, orchestration halts instantly.

Access Protocol Docs

Examine the API Schema and Protocol White Papers

Review complete cryptographic specifications and integrate verifier endpoints into your CI/CD pipelines.