workflow-failure-forensics

To conduct a post-mortem for a failed workflow build, you gather git history, phase artifacts, pheromone signals, and colony state data to reconstruct events and identify root causes. This forensic analysis delivers preventive guidance to reduce recurrence.

Root-cause analysis for colony workflow failures is the process of reconstructing event timelines from git history and artifacts to determine why a phase failed or crashed. It identifies failure patterns and generates preventive actions to resume work safely.

You investigate unexpected colony states and crashes by collecting evidence from pheromone history and colony state data. This reconstructs the operational timeline, identifies what triggered the unexpected state, and produces a forensic report with preventive fixes.

Yes, you can reconstruct a timeline from git history and artifacts after a crash. The forensic analysis aggregates these evidence sources alongside pheromone signals to map out the exact sequence of events leading to the workflow failure and propose fixes.

The best way to analyze pheromone history during failure analysis is to cross-reference it with git history and phase artifacts. This comprehensive evidence collection reconstructs the colony state timeline, highlighting the root cause and guiding preventive fixes.

You should perform forensic reporting on a failed phase immediately after a build crashes or encounters an unexpected state. Prompt evidence collection from colony artifacts ensures accurate timeline reconstruction and effective preventive guidance.