Stage330 adds automatic SHA256 hash generation to the Stage329 audit submission workflow.
It reads evidence files, generates a SHA256 map, creates hash_manifest.json, and prepares
reproduction_evidence.json for the Stage328 Evidence Match Gate.
Stage332 extends Stage331 by cryptographically signing the execution session.
The audit target is execution_session.json.
The execution session becomes signed audit evidence through GPG signature,
Sigstore bundle, and public verification.
This stage proves who generated the execution evidence, whether the evidence
was modified, and whether the execution session can be independently verified.
Stage334 AI Vulnerability Watch Atlas + Stage335 Safe AI Vulnerability Intelligence Fetcher
Stage334 extends Stage333 by adding a safe AI vulnerability watch system.
It organizes AI failure patterns from security sources into a public audit atlas.
Stage333 → Stage334
Stage333 Transparency Log
↓
signed evidence history
↓
AI vulnerability source watch
↓
AI vulnerability atlas
↓
safe reproduction planning
Stage335 Safe AI Vulnerability Intelligence Fetcher
Stage335 extends Stage334 by collecting safe AI vulnerability intelligence metadata.
Dangerous prompts, exploit code, weaponized payloads, and attack automation are not published.
Stage336 extends Stage335 by adding live public AI/security intelligence metadata.
This is added after the Stage335 Safe AI Vulnerability Intelligence Fetcher section,
preserving all previous Stage329–Stage335 functions.
Stage335 → Stage336
Stage335 Safe Intelligence Fetcher
↓
Safe intelligence feed
↓
Collection transparency log
↓
Stage336 Safe Live Intelligence Fetcher
↓
Live public metadata collection
↓
Audit metadata connected to Stage335
Stage337 adds safe reproduction templates for AI vulnerability verification.
This stage does not include attack code, exploit payloads, bypass steps, or automated attack logic.
Stage339 is fail-closed. If behavior is unknown, evidence is insufficient,
signature verification fails, or policy evaluation errors, the system rejects or blocks.
This stage does not publish attack code, dangerous prompts, payloads, bypass steps, or exploit automation.
Stage339: Deterministic Protocol Proof
Stage339 now verifies deterministic protocol behavior.
The same canonical input is evaluated twice. If both evaluations produce
the same canonical decision hash, deterministic_protocol.same_input_same_output
becomes true.
Input fingerprint SHA256
First decision SHA256
Second decision SHA256
same_input_same_output
This strengthens the Stage284 integration by proving that the same input
produces the same policy action output.
Stage340: Unified Verification Session Manifest
Stage340 connects the Stage254 session manifest concept to the Stage339 unified QSP behavior policy action result.
This stage binds one complete verification result into a session manifest.
Stage344 does not publish private keys, attack code, dangerous prompts, exploit payloads, or automated attack logic.
Stage345: Artifact Download Verification Engine
Stage345 extends Stage344 by turning GitHub artifact verification readiness into actual artifact download verification.
This stage downloads the GitHub Actions artifact, verifies SHA256 binding, checks the session manifest, checks the GitHub run binding, and produces an accept / reject verification report.
Stage346 does not publish private keys, attack code, dangerous prompts, exploit payloads, or automated attack logic.
Stage347: Quantum-Safe Behavior Template Layer
Stage347 extends Stage346 by adding PQC/QKD behavior templates to the multi-artifact verification layer.
It connects safe metadata from quantum-safe implementation history to the current QSP evidence verification rail.
PQC behavior template validation
QKD behavior template validation
ML-KEM / ML-DSA / SLH-DSA metadata confirmation
QKD key-session and failover metadata confirmation
safe metadata only: no private keys, no raw key material
Stage351 extends Stage350 by binding the enforcement session, CI/local execution context,
Sigstore OIDC requirements, and PQC ML-DSA intent into one hybrid signature manifest.
Stage350 enforcement_session.json is the signature target.
session_sha256 is fixed into the manifest.
CI / local execution context is recorded.
Sigstore OIDC is required for CI acceptance.
GPG / Sigstore OIDC / Ed25519 / PQC ML-DSA are represented in one signature envelope.
PQC ML-DSA is recorded as intent_only metadata, not as a fake completed signature.
No private keys, raw secrets, or unverified signature claims are published.
Stage354 initializes a signature key rotation ledger with Stage178
Assumption / Threat Model / Guarantee binding. It records GPG,
Sigstore OIDC, Ed25519, and PQC ML-DSA key lifecycle states without
publishing private keys or fake active PQC key claims.