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failure-analysislisted

Identify and prioritize concrete component and dependency failure modes, their consequences, containment and recovery. Use for FMEA, reliability assessment, single points of failure, or "how could this fail". General engineering verdicts belong to morpheus; active debugging to the troubleshooting reference in morpheus; past incident analysis to premortem-postmortem.
CassioRoos/godfly-skills · ★ 1 · AI & Automation · score 77
Install: claude install-skill CassioRoos/godfly-skills
# Failure analysis Produce a prioritized failure inventory grounded in the actual design/code, not a list of imaginable disasters. Assessment does not authorize fixes, chaos tests, live faults, deployment or data mutations. ## Consequence before arithmetic For each credible failure mode, identify: - Trigger and affected operation, backed by a path, artifact or stated assumption. - Impact: who/what is harmed, blast radius, reversibility and time to damage. - Exposure/likelihood with its evidence and uncertainty. Unknown is not rare. - Detection and containment: does intervention occur **before** irreversible harm? - Recovery: tested restoration/reconciliation versus merely a proposed plan. - Existing controls, surviving gap, next proof and owner when known. **No absolute RPN thresholds and no automatic risk acceptance.** Multiplying ordinal severity/likelihood/detectability scores cannot decide release gates. A catastrophic event scored 10×1×1=10 is not acceptable just because it is rare and loud; alerting after a charge or disclosure does not undo it. Prioritize credible uncontained irreversible harm first. Distinguish an active incident (route to containment/troubleshooting) from a prospective release risk. Block the affected release path when a credible severe failure lacks prevention, bounded containment or demonstrated recovery. State what evidence clears it. Lower-impact, recoverable degradation may be scheduled or explicitly accepted by the authorized owner with r