KB-3854

Codex FIX7 Authority Seal Approval Lane Review (2026-06-10)

9 min read Revision 1
fix7codexauthority-sealn7n8p7rejectarticle-142026-06-10

Codex FIX7 Authority Seal Approval Lane Review

  • Date: 2026-06-10
  • Decision timestamp: 2026-06-10T09:57:27Z
  • Host: CODEX
  • Final status: CODEX_FIX7_AUTHORITY_REJECT
  • Production mutation: NO
  • N7 authored: NO
  • N8 authored: NO
  • P7 authored/pinned: NO

1. Decision

The owner authorization in the current macro is clear and sufficient for Codex to review and, if technically valid, author the limited blueprint authority seal. It does not authorize implementation or production mutation.

The authority closure packet is rejected for sealing in its current form because it overclaims deterministic seal readiness. The engineering evidence remains PASS, but the enacted canonicalizer and closure packet do not provide a finite, byte-exact N7/N8/P7 seal procedure. Authoring any seal now would require Codex to invent authority fields, field order, and encoding, which is prohibited by Article 14 and by this macro's no-fabricated-seal rule.

2. Live-readback table

Source Rev Key fact Supports Contradiction/action
knowledge/dev/laws/prompt-muc-tieu-mo-for-claude-code.md 43 live truth wins; no fake PASS; stop at true blocker boundary none
knowledge/dev/ssot/operating-rules.md v7.58 uncertain = wrong; verify or stop boundary none
knowledge/dev/laws/constitution.md v4.6.3 Article 13/14 authority and executable-evidence rules boundary none
Codex Recheck-9 V3 report .../00-readme-first.md 1 engineering PASS; tree/hash/rev/bytes verified; seal not authored P7 basis none
Codex Recheck-9 V3 checkpoint 1 same engineering basis P7 basis none
authority closure master report 1 packet says N7/N8/P7 ready for authority action all readiness overclaim found
self-Codex readiness report 1 claims Codex can compute N7 via fail-closed encoder N7 contradicted by canonicalizer rev3
completeness matrix 1 files/engineering values complete engineering does not prove seal protocol completeness
N7/N8/P7 readiness matrix 1 says N7 encoder can run after A1-A5 N7/N8/P7 contradicted by canonicalizer rev3
owner scope analysis 1 old authorization only allowed review/routing owner superseded by current macro's explicit seal authorization
anti-overclaim scan 1 reported no overclaim all contradicted by live canonicalizer readback
N7 input envelope md/json 1/1 A1-A6 model; says A4 binds N8/P7 then N7 N7 creates N7/N8 cycle; no exact encoder
N8 detached-seal request 1 lists minimum objects to bind N8 no exact seal roster/order/encoder
P7 reseal request 1 rev3/tree candidates exact P7 no exact P7 seal artifact schema/encoding
owner decision packet 1 Option 2 = seal only, no implementation owner current macro supplies equivalent authorization
implementation precondition checklist 1 all runtime/production gates remain closed boundary none
blocker ledger 4 N7/N8/P7/OWN-1 listed authority-only all must be revised: N7/N8/P7 include protocol defects
authority self-Codex checkpoint 1 claims N7/N8/P7 well-formed all contradicted by canonicalizer rev3
authority self-Codex current state 1 claims packet self-clean all contradicted by canonicalizer rev3
Packet V3 manifest.json 5 N7 blocked; N8 Codex-only; engineering digests present N7/N8 contains no N7/N8 encoder
canonicalizer SSOT 3 authoritative DAG and executable contract N7/N8/P7 decisive blocker evidence

3. Engineering basis verdict

PASS PRESERVED. No new engineering-evidence contradiction was found:

  • Packet V3 tree: b95df0a5d2f41f80bea0cef8621c1f8bb0f6b49a40175116418494ed4141ca6d
  • Canonicalizer rev3: revision 3, UTF-8 bytes 38756, SHA-256 49c386a9b9666c09786fc4f89bc79776b6046eaee6f4da6d8537d2c753b734d0
  • Article 13: PASS for the reviewed engineering lane
  • Article 14: PASS for the reviewed engineering evidence lane
  • Hardcode/disguised hardcode: no remaining defect in the reviewed engineering scope

This engineering PASS does not prove that the authority-seal encoder exists.

4. Blocking findings

AS-P1 — N7 deterministic encoder is absent

The N7 envelope and readiness documents claim Codex can run a deterministic fail-closed encoder to compute A6. The authoritative canonicalizer rev3 explicitly does not implement that encoder:

  • invocation contract: N7 and N8 are produced at the Codex seal, not by --selftest;
  • production code emits only REHEARSAL_ONLY_NEEDS_SEALED_INPUTS (N7);
  • there is no N7 function, complete authority-field roster, fixed field order, or executable test vector.

Therefore A6 cannot be computed uniquely without Codex inventing a protocol.

AS-P2 — Closure packet describes a forbidden N7/N8 dependency cycle

The N7 envelope A4 says Codex seals N8/P7 values and the N7 encoder then binds them. The authoritative canonicalizer DAG states:

  • N7 -> N2,N3,N4,N5,N6,N1
  • N8 -> N2,N5,N6,N7

N8 depends on N7. If N7 also binds N8 as the closure packet instructs, the graph becomes cyclic and must fail with SEAL_HASH_GRAPH_CYCLE. The packet's proposed sequence N7 -> N8 -> P7 and its A4 wording are not a finitely executable authority procedure.

AS-P3 — N8 exact seal contract is absent

The N8 request lists only the minimum objects to bind. It does not define the complete authority-field roster, fixed order, exact encoding, signature representation, parent-checkpoint representation, report-document representation, or an executable encoder/test vector. A detached-seal digest cannot be authored uniquely.

AS-P4 — P7 exact seal artifact contract is absent

The P7 candidate identity is verified, but the request defines no exact P7 seal artifact schema or byte-exact encoding. The macro explicitly rejects prose-only approval. Codex therefore does not convert the valid candidate values into an official P7 pin in this run.

5. N7 / N8 / P7 verdicts

Item Verdict Reason
N7 REJECT / NOT AUTHORED owner inputs A2/A5 are now sufficient, but A6 has no executable deterministic encoder and A4 conflicts with the authority DAG
N8 REJECT / NOT AUTHORED depends on valid N7; exact detached-seal contract absent
P7 TECHNICALLY VERIFIED, NOT SEALED/PINNED candidate values exact, but exact authority-seal artifact/encoding absent; prose-only pin prohibited
canonicalizer rev3 pin REMAINS CANDIDATE 49c386...b734d0 @ rev3 / 38756 bytes
Packet V3 tree pin REMAINS ENGINEERING-VERIFIED CANDIDATE b95df0...ca6d

6. Owner authorization and implementation boundary

Owner authorization verdict: SUFFICIENT FOR LIMITED SEAL ACTION IF THE SEAL CONTRACT WERE VALID. It does not cure missing technical authority contracts.

Implementation boundary verdict: BLOCKED. No FIX7 implementation, production mutation, PG/Directus/registry/system_issues mutation, REAL_RUN, QT001 apply, permit, activation, repoint, cutover, registries-pivot, or auto-birth repair is authorized.

7. Remaining blockers

ID Class Missing fact/action Actor Blocks implementation Blocks production
AS-P1 TECHNICAL/AUTHORITY-CONTRACT executable byte-exact N7 encoder + roster/order/vectors T1 proposes; Codex rechecks/approves YES YES
AS-P2 TECHNICAL/AUTHORITY-CONTRACT remove N7↔N8 cycle; enact one order consistent with authoritative DAG, normally P7/N2 -> N7 -> N8 T1 proposes; Codex rechecks/approves YES YES
AS-P3 TECHNICAL/AUTHORITY-CONTRACT executable byte-exact N8 detached-seal contract T1 proposes; Codex rechecks/approves YES YES
AS-P4 TECHNICAL/AUTHORITY-CONTRACT exact P7 authority-seal artifact schema/encoding, or an enacted rule that the Codex checkpoint itself is the pin T1 proposes; Codex rechecks/approves YES YES
IMPL-OWNER OWNER separate implementation macro authorization after a full seal PASS Owner YES YES

8. Minimal safe next step

T1 must patch only the authority-seal contract layer, not redo the engineering packet:

  1. Add one executable, authoritative, byte-exact encoder for N7, N8, and P7, or explicitly enact separate encoders with unique ownership.
  2. Define complete field rosters, fixed field order, domain tags, encoding, exclusions, and positive/negative test vectors.
  3. Correct the dependency sequence so it is acyclic and matches the authoritative DAG.
  4. Re-run the closure packet anti-overclaim/readiness scans against the executable contract.
  5. Route the corrected packet to Codex for a new seal macro.

Until that recheck passes, preserve Packet V3 and canonicalizer rev3 unchanged and keep all implementation/production gates closed.

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