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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 45.2% (below 70% clear threshold) — clean check 1/2

Auto-resolver: CPU at 45.2% (below 70% clear threshold) — clean check 1/2

Auto-resolver: CPU at 45.2% (below 70% clear threshold) — clean check 2/2

AUTO-RESOLVED: CPU sustained below 70% for 2 consecutive checks. Current value: 45.2%

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident**: CPU spike to 96% on claw-gateway1 triggered MEDIUM severity alert at 16:05; auto-resolved at 16:20 when CPU stabilized to 45.2% - **Root Cause**: Likely runaway process or deployment-triggered load spike; memory leak suspected but not confirmed before recovery - **Actions Taken**: Alert auto-resolved by system; no manual intervention required (CPU dropped below 70% threshold and sustained for 2 consecutive checks) - **Current State**: RESOLVED — CPU holding steady at 45.2%, well below alert threshold; all systems nominal - **Watch For**: Monitor claw-gateway1 for CPU regression over next shift; if spikes recur, manually investigate top CPU consumers via `top` command and check for recent deployments or memory leaks on ADOStack services

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident Summary**: CPU spike to 96% on claw-gateway1 triggered MEDIUM severity alert on 2026-04-27 at 16:05; auto-resolved at 16:20 when CPU dropped to 45.2% and remained stable through 2 consecutive clean checks. - **Root Cause**: Likely runaway process or deployment-triggered load spike; possible service memory leak. No manual intervention was required as CPU normalized automatically within 15 minutes. - **Current State**: RESOLVED. CPU is stable at 45.2% (well below 70% clear threshold). All systems nominal on claw-gateway1. - **Watch For**: Monitor claw-gateway1 CPU trends over next shift. If spike recurs or CPU climbs above 80%, investigate running processes via `top` and check for recent deployments or service restarts. Consider reviewing ADOStack service logs for memory leaks if pattern repeats.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **What Happened**: CPU spike to 96% on claw-gateway1 triggered MEDIUM severity alert on 2026-04-27 at 16:05; suspected root cause was runaway process or deployment-triggered load spike. - **Resolution**: Alert auto-resolved at 16:20 when CPU dropped to 45.2% and remained below 70% threshold for 2 consecutive checks (15-minute sustained recovery). - **Current State**: Incident fully resolved with no manual intervention required. CPU stable at 45.2% as of last check. - **Watch For**: Monitor claw-gateway1 for CPU regression or similar spikes in the coming shift. If spike recurs, check for runaway processes (`top`) or recent deployments to ADOStack services. Have restart procedures ready if threshold breaches 80% again. - **Note**: Root cause analysis incomplete—spike self-resolved before manual investigation. Consider reviewing logs and deployment timeline on next occurrence to identify underlying trigger.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **What Happened**: CPU spike to 96% on claw-gateway1 triggered MEDIUM severity alert on 2026-04-27 at 16:05; suspected root cause was runaway process or deployment-triggered load spike. - **Resolution**: Alert auto-resolved at 16:20 when CPU dropped to 45.2% and remained below 70% threshold for 2 consecutive checks (5-minute interval). - **Current State**: RESOLVED. claw-gateway1 operating normally with CPU at 45.2%. No manual intervention was required. - **Watch For**: Monitor for recurrence of CPU spikes on claw-gateway1. If alert triggers again, investigate for memory leaks or persistent runaway processes using `top -b -n1` command; be prepared to restart affected ADOStack services if CPU exceeds 80%.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **What Happened**: CPU spike to 96% on claw-gateway1 triggered MEDIUM severity alert on 2026-04-27 at 16:05; suspected root cause was runaway process or deployment-triggered load spike. - **Resolution**: Alert auto-resolved at 16:20 when CPU dropped to 45.2% and remained stable below 70% threshold for 2 consecutive checks (15-minute window). - **Current State**: Host is healthy with CPU at 45.2%; no manual intervention was required as the spike resolved organically. - **Watch For**: Monitor claw-gateway1 CPU trends over the next 24-48 hours for recurrence. If spikes return, investigate service deployments, memory leaks in ADOStack services, and resource utilization patterns. Consider running `top` analysis if threshold breaches occur again. - **No Action Required**: Incident is fully resolved; routine monitoring in place.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **What Happened**: CPU spiked to 96% on claw-gateway1 on 2026-04-27 at 16:05, triggering a MEDIUM severity alert. Suspected root causes: runaway process or deployment-triggered load spike. - **Resolution**: Alert auto-resolved at 16:20 when CPU dropped to 45.2% and remained below 70% threshold for two consecutive checks (15 minutes total). - **Current State**: RESOLVED. CPU sustained at healthy levels (45.2%). No manual intervention was required; system self-recovered. - **Watch For**: Monitor claw-gateway1 for CPU regression or recurrence of spikes. If similar alerts trigger again, investigate process-level details (`top`, service logs) and check for recent deployments or memory leaks in ADOStack services. - **Runbook Available**: Full context (runbook, past incidents, infra health) is documented and accessible for future reference.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident**: CPU spiked to 96% on claw-gateway1 on 2026-04-27 at 16:05 (MEDIUM severity). Suspected root cause: runaway process or deployment-triggered load spike / service memory leak. - **Resolution**: Alert auto-resolved at 16:20 when CPU dropped to 45.2% and remained below 70% threshold for 2 consecutive checks (15-minute window). - **Current State**: RESOLVED. claw-gateway1 is operating normally with CPU sustained in healthy range. No manual intervention was required. - **Watch For**: Monitor for CPU spikes on claw-gateway1 recurring at similar times or patterns. If spike recurs above 80%, investigate top CPU-consuming processes via `top` command and check for recent deployments or service memory leaks. Consider reviewing service logs from 2026-04-27 16:00–16:30 if pattern repeats.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident**: CPU spiked to 96% on claw-gateway1 on 2026-04-27 at 16:05 (MEDIUM severity). Suspected root cause: runaway process or deployment-triggered load spike. - **Resolution**: Alert auto-resolved at 16:20 when CPU dropped to 45.2% and sustained below 70% threshold for 2 consecutive checks (~15 minutes total). - **Current State**: RESOLVED. claw-gateway1 CPU stable at 45.2%. No manual intervention was required. - **Watch For**: Monitor for CPU spike recurrence on claw-gateway1 over next shift. If spike returns, check for runaway processes (`top -b -n1 | head -20`) or recent service deployments that may have triggered the load. - **Runbook Available**: Full context and escalation procedures documented in AI Infra Monitor runbook if issue recurs.

Handoff notes generated: # Shift Handoff Notes: claw-gateway1 CPU Alert - **Incident**: CPU spike to 96% on claw-gateway1 triggered MEDIUM severity alert on 2026-04-27 at 16:05. Suspected root cause: runaway process or deployment-triggered load spike / service memory leak. - **Resolution**: Alert auto-resolved at 16:20 when CPU dropped to 45.2% and sustained below 70% threshold for 2 consecutive checks (15-minute window). No manual intervention was required. - **Current State**: RESOLVED. claw-gateway1 CPU stable at 45.2% as of last check. No active alerts. - **Watch For**: Monitor for CPU spike recurrence on claw-gateway1. If similar spike occurs, check for runaway processes via `top` and review recent deployments/service changes. Consider enabling process-level monitoring if pattern repeats.