Executive summary
Phase 3F-V added a non-authoritative viability boundary before research reproduction. It inspects current production capabilities, requires measurable gap evidence, checks for a bounded implementation surface, and returns an explicit pre-reproduction disposition.
The six original Phase 3F findings were used only as a diagnostic corpus. An initial diagnostic exposed a real false-positive defect: generic runtime failures and hypothetical new modules were accepted as evidence of a current bounded opportunity.
The minimum repair required a numeric baseline tied to cited telemetry, existing repository evidence for required input signals, an existing production path, and a production change rather than evaluation-only instrumentation. The preserved six plans then produced zero false viable findings and six GAP_UNPROVEN outcomes.
A fresh bounded campaign considered 72 sources, retained 14 after excluding prior material, validated 32 claims, and produced eight explicit Hiro-transfer feasibility plans. Twenty-four claims terminated NOT_HIRO_RELEVANT.
All eight fresh plans were assessed and independently audited. The model proposed all eight as viable, but deterministic validation rejected all eight as GAP_UNPROVEN because none established the required current numeric baseline. Seven cited no runtime measurement and one cited telemetry without reproducing its count in the baseline observation.
Three independent model audits also incorrectly treated absence of a specific mechanism as proof of an improvement gap. The deterministic evidence contract correctly vetoed those judgments, demonstrating why model agreement alone is insufficient.
The first unresolved boundary is CURRENT_CAPABILITY_PROBE to MEASURED_GAP. Hiro can describe a cheap baseline probe but does not yet have a safe declarative primitive that executes and freezes that baseline before deciding viability.
No reproduction experiment ran, no candidate was constructed, no promotion was requested, and no meta-improvement began. The complete Hiro repository suite passed 864 tests with one expected skip.
Hiro was restarted and is healthy with the local model connected and its checkout and loaded runtime aligned at revision 6f317c9242b78e613249fc42eb046632c064a13a.
Phase 3F-V is not demonstrated. The evidence identifies a gap-assessment interface failure rather than a downstream reproduction, candidate, governor, or promotion failure.