DevOps-Security-Agent-Skills/devops/ai/ai-sre-incident-response/SKILL.md

name, description, license, metadata

name	description	license	metadata
ai-sre-incident-response	Build AI-focused SRE incident response practices for LLM outages, degraded quality, runaway cost events, and safety regressions.	MIT	author version devops-skills 1.0

AI SRE Incident Response

Apply SRE rigor to AI systems where incidents include quality regressions, unsafe outputs, and budget explosions.

AI Incident Classes

• Availability incident: model/provider unavailable, timeout storm.
• Quality incident: answer accuracy or tool success drops below SLO.
• Safety incident: harmful or policy-violating outputs increase.
• Cost incident: unexpected token or provider spend spike.

Severity Framework (Example)

• SEV1: user-facing outage, critical compliance risk, or active data leak.
• SEV2: major degradation affecting key flows.
• SEV3: limited impact or internal-only issue.

Golden Signals for AI Services

• Request success rate
• Latency (queue + generation + tool execution)
• Hallucination/groundedness proxy metrics
• Cost per minute and per tenant
• Guardrail violation rate

Response Playbooks

Model Outage

1. Freeze deployments.
2. Shift traffic to fallback model/provider.
3. Enforce stricter rate limits.
4. Communicate ETA and mitigation.

Quality Regression

1. Roll back prompt/model version.
2. Disable risky optimization flags.
3. Increase sampling for trace review.
4. Re-run latest eval baseline.

Cost Spike

1. Identify top tenants/routes/models.
2. Enable cache + cheaper fallback path.
3. Apply temporary token caps.
4. Open postmortem with prevention actions.

Postmortem Requirements

• Timeline with detector and responder timestamps
• Blast radius by tenant and feature
• Missed signals and alert tuning actions
• Concrete hardening tasks with owners and due dates

Related Skills

• incident-response - Standard incident process and evidence
• alerting-oncall - Paging and escalation policy
• llm-cost-optimization - Spend controls and efficiency patterns