Discipline · Governed Transformation · Architecture layer: STANDARD + REFERENCE IMPLEMENTATION

Agentic Post-Quantum Conversion

APQC is the discipline of transforming critical infrastructure — beginning with the migration of classical cryptography to post-quantum standards — using governed AI agents that operate under delegated authority and produce independently-verifiable evidence of every change.

Definition. APQC is an orchestration standard. It coordinates the transitions by which an organization changes cryptographic state without losing governance — it does not perform those transitions. At every phase, an external, typed capability does the work: Agent-008 governs, the discovery role inventories, ML-KEM/ML-DSA surfaces perform the primitive, Verification verifies, HATS monitors, Authority Center preserves. APQC is the conductor, never the orchestra.

The thesis

from graph: APQC never-terminating property · Constitution P6 / CT-12.4 (MUST: no terminal state)

The conversion completes.
Governance does not.

A migration wizard finishes at deployment and hands you a certificate that is stale the moment it is signed. APQC is not that. The transformation of an estate ends; the governance of that estate does not. When the last endpoint is converted, APQC does not close — it re-enters continuous operation, and any drift re-opens the lifecycle under fresh authorized intent. That property — there MUST be no terminal state — is the reason APQC is a discipline and not a tool.

The problem it answers

from graph: APQC-PROBLEM-002 problem framing

Cryptographic migration fails structurally, not for lack of effort: manual discovery misses what it cannot see, snapshot inventories go stale, consultant capacity does not scale to an estate, and “done” is asserted rather than proven. The deeper failure is that authority and proof are treated as paperwork around the change instead of properties intrinsic to it. APQC’s answer is a single question asked of every transition: how does an organization change state without losing governance? Authority must be delegated and revocable; every change must emit evidence anyone can re-verify; and the loop must never declare itself finished.

Two models — one standard, one reference implementation

from graph: APQC_STANDARD (12-stage) IMPLEMENTED_BY APQC_TERMINAL (8-phase)

APQC is stated at two levels, and the distinction is load-bearing:

ModelWhat it isStatus
12-stage lifecycle
APQC-LIFECYCLE-004
The vendor-neutral decision standard: twelve decision-based stages, Intent through Continuous Adaptation, defined independently of any implementation or workload.Normative standard. Conformance is claimed against this.
8-phase Terminal
APQC-REFERENCE-010
The H33 reference implementation: the twelve stages grouped into eight operating phases a customer runs. Named H33 capabilities appear here, and only here.Informative. One conforming implementation among possible others.

The relationship is exact: the Terminal implements the lifecycle. It does not replace it and it does not redefine it. The eight phases are an operating grouping of the twelve stages, not a competing model — and an H33 name must never appear in a conformance claim, which is measured against the twelve stages alone.

The 8-to-12 grouping (informative): Govern ← Intent (1) + Authority (4) + Governance (10) · Discover ← Discovery (2) · Architect ← Understanding (3) + Plan (5) · Validate ← Simulation (6) · Commission ← Execution (7, authorization) · Supervise ← Execution (7, cryptographic operation) · Verify ← Verification (8) + Evidence (9) · Sustain ← Continuous Operation (11) + Adaptation (12). This grouping is a projection of the twelve stages, not a new lifecycle.

The orchestration model — who coordinates, who performs

from graph: APQC COORDINATES each transition · performer typed to external capability (Constitution §6.1 division of labor)

This is the center of the standard. In every phase, APQC coordinates the transition — it decides that the estate is ready to move from one state to the next — and a distinct capability performs the actual work. The moment APQC performs the work itself, it has stopped orchestrating and started permitting.

PhaseAPQC coordinatesPerformer (external, typed)
Governthe governance transitionAgent-008
Discoverinventory and state transitioncrypto-intelligence / discovery role
Architecttarget-state designAgent-008 + H33-Root
Validatesimulation and preflightvalidation / simulation tooling
Commissioncontrolled authorizationhuman authority gate
Supervisecryptographic operationML-KEM / ML-DSA implementation surfaces
Verifyindependent validationVerification / Verifier
Sustaincontinuous evidence and monitoringHATS

Read the middle column top to bottom: APQC only ever coordinates. Read the right column: the responsibility for governing, discovering, computing the primitive, verifying, and monitoring always lives somewhere else, named and typed.

The transition-integrity matrix

from graph: per-transition contract · entry / exit / failure / recovery / responsible / evidence

A transition is only governed if it answers six questions: when may it begin, when is it complete, how does it fail, how does it recover, who is responsible, and what evidence it emits. The full matrix, visible:

PhaseEntryExitFailureRecoveryResponsibleEvidence emitted
Governsigned human intent; scope requestedgovernance regime established; grants scoped, bounded, revocableintent unbounded / unauthorized / implicit; grant cannot be scopedHalt — no discovery scope is granted; return to intent re-authorization.correctedAgent-008 + human authorizer; H33-Root roots intentsigned intent record; scoped delegation records
Discoverread authority granted; intent scopes relevanceinventory stated with coverage; known gaps explicitsilent incompleteness; stale observation; observation mistaken for changeRe-scan / extend coverage, or record gaps and proceed under an explicit coverage bound.correcteddiscovery role (read-only)signed observation manifest with coverage
Architectobservations with stated coverageclassified graph; blast radius; ordered reversible planmisclassification; missed dependency; no rollback in planreturn to Architect (re-plan) or Discover (extend coverage)Agent-008 + H33-Rootclassification + dependency records; signed plan
Validateplan + knowledge graphpredicted failures & blast radius surfaced; no unresolved material failuresimulation divergence; skipped; predicts only successreturn to Architect / Discover; never proceed on unresolved material failurevalidation / simulation tooling (simulate-only)signed simulation result
Commissionapproved plan; resolved simulations; reserved grantschange authorized under least exposure; grant reserved per changeaction beyond authority; partial with no rollback; over-exposurefail closed — no change, no evidence; reverthuman authority gateper-change authorization record bound to grant
Superviseauthorized change; reserved grant presentedtransformed cryptographic assets; grant consumedprimitive misapplied; partial transform; exposure during operationfail closed; revert to pre-change state; re-authorizeML-KEM / ML-DSA surfaces (APQC performs no primitive)per-change execution record bound to grant
Verifypost-execution estate; validation vectorsindependent verification incl. negative tests; sealed portable evidenceverifies intent not reality; happy-path only; verifier trusts executor; editable evidencereturn to Supervise for failed assets; re-verifyVerification / h33-verifier (independent of executor)signed verification results; sealed evidence-graph nodes
Sustainverified estate in operation; drift / new intent / changed standardre-opened lifecycle (new intent), delta-linked — never a terminal “done”lifecycle treated as ended; adaptation without re-authorization; unlinked cyclesthe loop is the recovery — drift re-enters Discover under fresh authorized intentHATS (continuous monitoring / evidence)drift receipts + clean-interval receipts; versioned lifecycle deltas
Two transitions were under-modeled and are now corrected in-line (not hidden): Govern previously specified only “Halt” with no route back — its recovery is now stated as halt-and-re-authorize. Discover previously had a branch rather than a defined re-run — its recovery is now stated as re-scan / extend-coverage. These are corrections to the page, made explicit rather than papered over in the graph.

What APQC does not do — the boundary

from graph: explicit non-ownership · five responsibilities kept external and typed

Five responsibilities are commonly mis-attributed to an orchestrator. Each stays external:

Govern decisions

APQC does not decide whether an action is authorized. Agent-008 governs; APQC coordinates the governance transition.

Monitor continuously

APQC does not watch the running estate. HATS monitors and emits continuous evidence.

Verify independently

APQC does not render the verdict. Verification / the verifier validates, independent of whoever executed.

Preserve authority

APQC does not hold authority over time. Authority Center preserves the governed operating state.

Perform the primitive

APQC does not compute ML-KEM or ML-DSA. The cryptographic implementation surfaces perform the primitive; APQC coordinates the operation.

What it does

APQC does coordinate every transition, hold the three graphs consistent, and guarantee no phase moves without entry, exit, failure, recovery, a responsible capability, and evidence.

The three graphs it holds consistent

from graph: APQC HAS_PART {KNOWLEDGE_GRAPH, AUTHORITY_GRAPH, EVIDENCE_GRAPH}

APQC coordinates over three graphs, and the whole discipline is keeping them aligned as the estate changes:

KNOWLEDGE GRAPHwhat is known — the observed, classified state of the estate (APQC-MODEL-003)
AUTHORITY GRAPHwhat is permitted — delegated, scoped, revocable authority (APQC-AUTH-006)
EVIDENCE GRAPHwhat is proven — portable, replayable, independently-verifiable evidence (APQC-EVIDENCE-007)

Governance, in one line from the standard: it verifies the Authority Graph against reality — it does not build it. If governance ever mutates authority, it has stopped judging and started permitting.

Where it sits in the platform lifecycle

from graph: APQC migrate → AGENT_008 govern → HATS monitor → VERIFICATION prove → AUTHORITY_CENTER preserve

APQC is the coordination spine the other capabilities plug into. It moves an environment to a governed state; Agent-008 enforces authority on every action; HATS continuously monitors that it holds; Verification proves it independently; and Authority Center preserves the resulting authority over time. Each is a performer APQC coordinates — none is a part APQC owns.

The reference implementation — honest status

from graph: APQC-REFERENCE-010 conforming implementation (Implemented / Partial / Trajectory)

H33 is a conforming reference implementation of APQC — not the definition. The reference-implementation document states, per stage, what is Implemented, Partial, or on Trajectory, and is falsifiable against the live proofs below. The vendor-neutral standard stands whether or not H33 implements it.

Reference
implementation
Open the APQC Terminal
The H33 console that runs the eight operating phases — the reference implementation of the twelve-stage lifecycle.
Open Terminal →

Evaluate APQC

from graph: APQC CONVERTS_TO evaluation path

Assess your estate against the twelve-stage lifecycle, or run the reference implementation on a scoped environment.

See APQC coordinate a governed conversion

The specification suite

from graph: APQC DOCUMENTED_BY the eleven-document corpus

APQC is defined by a vendor-neutral corpus — read in order below in the reading-order rail, or start with the two that carry this page:

APQC Constitution (APQC-CORE-001) · The Twelve-Stage Lifecycle (APQC-LIFECYCLE-004) · Authority Model (APQC-AUTH-006) · Evidence Model (APQC-EVIDENCE-007) · Reference Implementation (APQC-REFERENCE-010)

Limitations & boundaries

from graph: explicit claim boundary (does-not / does)

APQC does not govern decisions, monitor continuously, verify independently, preserve authority, or perform cryptographic primitives — those responsibilities are external and typed. It does coordinate the transitions of a governed transformation so that an estate changes state without losing governance, and so that the loop never declares itself finished. The conversion completes; governance does not.

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