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One Trust Architecture.
Multiple Verification Layers.

Five standards. Each measures a different dimension of operational integrity. Together, they form a single cryptographically verifiable trust architecture.

Why This Exists

Existing systems produce logs, claims, dashboards, policies, and scanner output. H33 produces cryptographically reproducible operational evidence.

What others produce

Logs. Dashboards. Policy documents. Scanner output. Claims you have to trust.

What H33 produces

Cryptographic proofs. Independently verifiable. Reproducible under audit.

The Standards Architecture

Five standards. One hierarchy.

Code integrity feeds operational integrity. Operational integrity feeds risk verification. Everything produces a 74-byte post-quantum attestation. HATS governs the whole thing.

Layer Standard What It Measures
Code HICS Integrity of software artifacts
Runtime OIS Integrity of operational governance
Risk CRV Integrity of insurability posture
Attestation H33-74 Integrity of evidence and export
Framework HATS Continuous trust infrastructure
How They Connect

Each standard feeds the next.

Not isolated certifications. A pipeline where each layer's output becomes the next layer's input.

HICS → OIS

Application integrity becomes part of continuous operational verification. Code-level proofs feed runtime governance.

OIS → CRV

Operational integrity posture drives continuous risk scoring. Governance evidence becomes insurability evidence.

CRV → HATS

Risk verification generates attestable compliance evidence. Insurability posture feeds continuous trust assessment.

Everything → H33-74

Every verification event produces a 74-byte post-quantum attestation. Tamper-evident. Independently verifiable. 32 bytes on-chain.

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