spectralbio-canonical-replay-and-portability-audit

To audit TP53 replay portability, execute a deterministic replay-audit workflow that verifies the canonical replay boundary and inspects portability blocks across BRCA2, TSC2, and CREBBP surfaces. This generates machine-checkable summaries for reproducibility.

Canonical replay boundary verification identifies and validates the exact TP53 regeneration path while auditing its portability across guardrail targets like BRCA1, MSH2, and CREBBP. It produces structured evidence surfaces for provenance and reviewer-friendly audit validation.

Yes, you can run deterministic replay audits in a CPU-only offline environment. The process is specifically designed for CPU-only replay, producing bounded evidence and machine-checkable verifications without requiring GPU acceleration.

Yes, you need a SKILL.md frontmatter at the repository root with a defined name and description to perform a replay portability audit. The environment may also reference optional directories like scripts and assets to execute deterministic tasks.

Portability auditing works by inspecting replay surfaces across BRCA2, TSC2, and CREBBP to ensure the canonical TP53 path holds. It generates structured evidence for audit, provenance tracking, and regeneration planning across these genetic guardrails.