10 — Final GO / NO-GO & Next Macro

Final status: PASS (8/8 objectives; production byte-unchanged)

A label/projection drift PASS (committed; divergent 4→0, projection_gap 1→0). B governed topic ratification PASS (kg_provisional→kg_ratified; lifecycle re-proven). C containment activation PASS (rule + 35 assign + 35 own; gap 0; fail-closed). D projection-lag timing detector PASS (real timestamp; 4 findings). E regression PASS (0 critical; fail-closed; projections live). F rollout rehearsal PASS (Tiers 1–6 + verify + rollback; NOT executed). G readiness matrix PASS. H clone lifecycle KEEP + snapshot.

GO / NO-GO

• Clone finalization: GO — committed, verified, reversible.
• Production activation: NO-GO — single unchanged blocker os_proposal_approvals >= 1 (human L2/L4). Every data-seed tier (2/3/4) gated; structure tiers ratification-independent but held until seeds authorized.

Remaining blockers

1. ospa = 0 on production → all governed activation NO-GO (single, unchanged).
2. Production has no base axis substrate → Tier-1 must precede any seed.

Operationally complete (on clone)

3 axes fully activated (gap 0), KG topic ratified, label/projection drift reconciled with auditable decision register, real timestamp projection-lag detector, idempotent scanning, fail-closed event boundary, live UI/API reads, gated rehearsed production rollout with rollback.

Next macro (proposed)

ONE_ROOF_PRODUCTION_ROLLOUT_TIER1_BASE_SUBSTRATE_ON_RATIFICATION — on ospa≥1, execute Tier-1 base substrate DDL then Tier-2 ownership seed under protocol. In parallel (no gate): build app-side label-rule alignment for accepted projection-pending collections; design event-activation tier (gov event types→active, bounded dispatcher) as a separate gated macro. Use finalized clone as regression oracle. Continue human B-RATIFY (ospa≥1) ∥ GPT review.

Forbidden compliance

No production mutation. Clone isolation held. No external dispatch. No event emission. No law/version/status change.