Stabilized office-cycle health sensor triage

2 min read

Stabilized office-cycle health sensor triage

  • Day: 2026-05-02
  • Time: 10:45 to 11:05
  • Project: Dev
  • Workspace: WP 2: Operational
  • Status: Completed
  • Priority: MEDIUM
  • Assignee: Matías Nehuen Iglesias
  • Tags: Automation, Health-Sensor, Smoke-Tests, Triage, Runbook, Stabilization

Description

Session Goal

Assess whether the automation system had reached a sufficiently complete state and define a bounded stabilization pass instead of continuing architectural expansion.

Key Activities

  • Reviewed the office-cycle automation as a “minimum viable organism” and treated the current system as a living cell with healthy bounded surfaces.
  • Identified two validation issues and one substrate-quality concern that still required attention.
  • Proposed a five-step repair-and-freeze sequence to stabilize the runtime before resuming observation.
  • Refined health-sensor handling by deduplicating repeated WARN rows into actionable classes: real smoke failures, missing smoke targets, and missing Makefiles.
  • Separated response lanes for timeout, smoke failure, stale output, and old-commit signals to avoid overreacting to non-actionable noise.
  • Reframed PASS results as reusable smoke-contract templates, recommending extraction of the minimum smoke contract from passing repos and applying it selectively to active targets.
  • Recommended a selective remediation policy for runbook warnings: prioritize active or support-needed repos, preserve dormant warnings, and avoid binding smoke checks to dormant or non-repo projects.

Achievements

  • Clarified that the system should pause feature expansion and focus on stabilization.
  • Established a bounded triage model for health-sensor alerts.
  • Defined a template-based repair strategy using passing repos as canonical smoke-contract examples.
  • Produced a minimal next-response packet approach for targeted triage and reruns.

Pending Tasks

  • Execute the five-step repair-and-freeze sequence.
  • Repair only the small set of active repos with real smoke failures or missing smoke targets/Makefiles.
  • Rerun bounded smoke checks and confirm the latest PASS per project/plugin.
  • Keep dormant or low-value warnings out of the active repair queue.

Evidence

  • source_file=2026-05-02.sessions.jsonl, line_number=5, event_count=0, session_id=0c32ce344c585f7194d0e79b07dc34de7060aeb7e335a973ab8c3d7450d94a1b
  • event_ids: []

Graph View

Backlinks