On-Call Assistant

Alert received from AI Infra Monitor. Host: claw-gateway1, Severity: MEDIUM

OPEN -> INVESTIGATING (auto - low/medium severity)

Sources available: 3/3 — Runbook: ✓ | Past incidents: ✓ | Infra health: ✓

Auto-resolver: CPU at 17.2% (below 70% clear threshold) — clean check 1/2

Auto-resolver: CPU at 17.2% (below 70% clear threshold) — clean check 1/2

Auto-resolver: CPU at 17.2% (below 70% clear threshold) — clean check 2/2

AUTO-RESOLVED: CPU sustained below 70% for 2 consecutive checks. Current value: 17.2%

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident Summary:** CPU spike on claw-gateway1 reached 94.7% at 00:05 UTC on 2026-05-17, exceeding the 90% threshold. Alert auto-resolved at 00:20 when CPU dropped to 17.2% and remained stable across 2 consecutive checks. - **What Happened & Root Cause:** Likely runaway process or resource-intensive workload (possible service memory leak or unoptimized query under load). No manual intervention was required—CPU naturally de-escalated. - **Current State:** RESOLVED. claw-gateway1 CPU is stable at 17.2% as of 00:20 UTC. No traffic degradation observed. - **Watch For:** Monitor claw-gateway1 CPU metrics closely over the next shift. If spikes recur, SSH in and run `top` to identify the problematic process, then follow the runbook for service restart procedures (max 3 restarts with 2–3 min intervals between attempts). - **Escalation:** If CPU consistently exceeds 80% or shows a pattern of spikes, engage the infrastructure team to investigate potential memory leaks or query optimization issues.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident:** CPU spike on claw-gateway1 reached 94.7% (threshold: 90%) at 00:05 UTC on 2026-05-17; auto-resolved at 00:20 UTC after CPU dropped to 17.2%. - **Root Cause:** Likely runaway process or resource-intensive workload; incomplete AI analysis suggests possible service memory leak or unoptimized query under load. - **Resolution:** CPU self-recovered and sustained below 70% for 2 consecutive checks, triggering auto-resolution. No manual intervention was required. - **Current State:** RESOLVED. claw-gateway1 operating normally at 17.2% CPU. No active alerts. - **Watch For:** Monitor for CPU spikes recurring on claw-gateway1 over next 24–48 hours. If spike repeats, investigate runaway processes via `top` and review ADOStack service logs for memory leaks or performance degradation.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident:** CPU spike on claw-gateway1 reached 94.7% (threshold: 90%) at 00:05 UTC on 2026-05-17; triggered P1 alert due to potential traffic degradation risk. - **Resolution:** Alert auto-resolved at 00:20 UTC after CPU dropped to 17.2% and remained below 70% for 2 consecutive clean checks (~15 min). Root cause suspected to be runaway process or resource-intensive workload, but underlying issue was not explicitly identified. - **Current State:** claw-gateway1 stable with CPU at 17.2%. No manual intervention was required; incident resolved automatically. - **Watch For:** Monitor claw-gateway1 CPU over next shift for recurring spikes. If CPU exceeds 90% again, follow runbook: SSH to host, run `top` to identify top CPU consumer, and restart affected ADOStack services if needed (max 3 attempts with 2–3 min between restarts). - **Next Steps:** Consider post-incident review to identify root cause and implement preventive measures if pattern recurs.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident:** CPU spike on claw-gateway1 reached 94.7% (threshold: 90%) at 00:05 UTC on 2026-05-17; triggered P1 alert due to potential traffic degradation risk. - **Resolution:** Alert auto-resolved at 00:20 UTC after CPU dropped to 17.2% and remained below 70% for 2 consecutive checks; no manual intervention was required. - **Current State:** RESOLVED. claw-gateway1 operating normally with CPU at safe levels. No ongoing issues detected. - **Root Cause (Suspected):** Runaway process or resource-intensive workload (likely service memory leak or unoptimized query); exact culprit not identified before auto-recovery. - **Watch For:** Monitor claw-gateway1 CPU metrics for recurrence. If spike returns, SSH to host and run `top` to identify the offending process before auto-escalation. Consider post-incident review to prevent similar spikes.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident:** CPU spike on claw-gateway1 reached 94.7% (threshold: 90%) at 00:05 UTC on 2026-05-17, triggering a P1 alert due to potential traffic degradation risk. - **Root Cause:** Suspected runaway process or resource-intensive workload; possible service memory leak or unoptimized query under load (investigation incomplete). - **Resolution:** Alert auto-resolved at 00:20 UTC after CPU dropped to 17.2% and remained below 70% threshold for 2 consecutive checks (15 minutes total). - **Current State:** RESOLVED. No manual intervention was performed; the spike was transient and self-corrected. - **Watch For:** Monitor claw-gateway1 CPU metrics closely over the next 24–48 hours. If spikes recur, investigate service logs and identify the specific process using `top`. Be prepared to restart ADOStack services if CPU exceeds 80% again.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident:** CPU spike on claw-gateway1 reached 94.7% (threshold: 90%) on 2026-05-17 at 00:05 UTC, triggering P1 alert due to potential gateway traffic degradation. - **Resolution:** CPU auto-resolved at 00:20 UTC after dropping to 17.2% and sustaining below 70% threshold for two consecutive checks. No manual intervention was required. - **Root Cause:** Likely runaway process or resource-intensive workload (possible service memory leak or unoptimized query); root cause not definitively identified before auto-resolution. - **Current State:** Incident resolved and closed. claw-gateway1 CPU stable at 17.2% as of last check. - **Next Steps:** Monitor claw-gateway1 for CPU spikes above 85% over next 24 hours. If spike recurs, SSH in and run `top` to identify the culprit process before auto-resolution masks the issue. Consider reviewing service logs and ADOStack configurations for memory leaks or query optimization.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident:** CPU spike on claw-gateway1 reached 94.7% (threshold: 90%) on 2026-05-17 at 00:05 UTC, triggering a P1 alert due to potential runaway process or resource-intensive workload. - **Resolution:** CPU auto-resolved within 15 minutes, dropping to 17.2% and sustaining below 70% threshold across two consecutive checks. No manual intervention was required. - **Current State:** Incident is fully resolved and closed. claw-gateway1 operating normally with CPU at safe levels. - **Root Cause:** Suspected runaway process or service memory leak on claw-gateway1, though underlying cause was not explicitly identified before automatic recovery. - **Next Steps:** Monitor claw-gateway1 CPU metrics over the next 24–48 hours for recurrence. If spike reoccurs, SSH to host and run `top` to identify culprit process, then restart affected ADOStack services as needed per runbook.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident:** CPU spike on claw-gateway1 reached 94.7% (threshold: 90%) on 2026-05-17 at 00:05 UTC, classified as P1 due to potential traffic degradation on gateway service. - **Resolution:** CPU auto-resolved at 00:20 UTC after dropping to 17.2% and sustaining below 70% threshold for 2 consecutive checks. Root cause suspected to be runaway process or resource-intensive workload; no manual intervention required. - **Current State:** RESOLVED. claw-gateway1 operating normally with CPU at 17.2%. No ongoing issues detected. - **Watch For:** Monitor claw-gateway1 for CPU spike recurrence over next 24–48 hours. If alert triggers again, SSH to host and run `top` to identify the offending process before restarting ADOStack services (max 3 attempts with 2–3 min between restarts). - **Next Steps:** Review service logs and runbooks if incident recurs; consider investigating potential memory leaks or unoptimized queries under load.