10 — Final GO / NO-GO & Next Macro

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

A governed topic promotion PASS (committed; gap 2→1). B reconcile PASS (committed; boundary defined). C 10 drift detectors PASS (keystone v_drift_finding). D scanner PASS (idempotent, bounded, bug fixed+verified). E issue/event/log PASS (shaped, logged, fail-closed). F UI/API PASS (7 views, live JSON). G rollout PASS (packaged+validated; NOT executed). H lifecycle KEEP.

GO / NO-GO

Clone work: GO (committed & verified). Production activation: NO-GO — unchanged single blocker: human L2/L4 ratification with ospa≥1. Tier-1 structure DDL ratification-independent but requires base substrate present; Tier-2 promotion is the ratification-gated accountability act.

Remaining blockers

1 ospa=0 on production → all governed activation NO-GO (single, unchanged). 2 base axis substrate absent on production → Tier-1 rollout prerequisites the prior base-substrate rollout.

Operationally ready (on clone)

Governed topic activation end-to-end: promote → own → reconcile vs labels → detect drift → scan idempotently → shape fail-closed events → project to UI → roll out (gated). Satisfies the macro goal "governed topic activation is operationally ready."

Next macro (proposed)

ONE_ROOF_NONPROD_CLONE_LABEL_PROJECTION_RECONCILIATION_AND_CONTAINMENT_ACTIVATION: drive the 4 divergent + 1 projection-gap collections to reconciled state; activate containment axis with real group assignments + coverage_rule (resolve coverage_rule_missing properly); promote kg-domain-x via KG-provisional→ratified path; build a projection-lag timing detector (entity_labels.assigned_at vs axis_assignment.assigned_at) once a label_rule↔topic binding exists. In parallel: human B-RATIFY (ospa≥1) + GPT review.

Forbidden compliance

No production mutation occurred. Clone isolation held. No external dispatch.