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알려진 장애 패턴에 대해 사전 정의된 Runbook 기반 자동 복구를 실행한다. RCA 결과 또는 incident-response의 가설을 입력으로 받아 매칭되는 remediation playbook을 선택하고, 복구 전/후 상태를 검증하며, 실패 시 에스컬레이션한다. SEV2/3만 자동 복구 대상이며 SEV1은 사람 전용이다.
デフォルトでは、最初にソースを確認する Prompt が選択されています。直接コマンドに切り替えるか、ローカルコピーをダウンロードすることもできます。
インストールを決める前に、SKILL.md と SkillsMP に表示されている付属ファイルをお読みください。
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
直接コマンドでは確認用 Prompt が省略されます。実行前にソースを確認してください。
npx skills add https://github.com/aws-samples/sample-oh-my-aidlcops --skill automated-remediationコマンドは1行のまま表示されます。コピー前に横へスクロールして全体を確認してください。
ローカルで確認しますか？SkillsMP が現在取得できるファイルをダウンロードできます。
CloudWatch 메트릭과 Prometheus 시계열 데이터에서 통계적 이상 징후를 자동 탐지하여 incident-response의 입력 소스로 제공한다. 베이스라인 학습(7일 이동 평균 + 3σ), 다변량 상관 분석, 계절성 보정을 수행하며 탐지된 anomaly를 severity 분류하여 알람을 생성한다.
Agent 또는 skill의 프로덕션 배포를 canary 1% → 10% → 50% → 100% 4단계로 자동 진행한다. 각 단계는 continuous-eval 통과와 SLO 준수를 gate로 하며 circuit breaker가 SLO 위반을 감지하면 즉시 이전 단계로 자동 롤백한다. 100% 승격은 사람 승인이 필수다.
Ragas 기반 품질·안전 평가를 매 배포 직후와 매 1시간 cron으로 실행하여 faithfulness, answer relevance, context precision, toxicity, PII leakage 지표를 측정한다. Golden dataset 관리와 regression gate(baseline 대비 5%p 하락 시 차단)를 수행하며 autopilot-deploy의 canary gate에 사용된다.
SOC 職業分類に基づく
SKILL.md を表示中
| name | automated-remediation |
| description | 알려진 장애 패턴에 대해 사전 정의된 Runbook 기반 자동 복구를 실행한다. RCA 결과 또는 incident-response의 가설을 입력으로 받아 매칭되는 remediation playbook을 선택하고, 복구 전/후 상태를 검증하며, 실패 시 에스컬레이션한다. SEV2/3만 자동 복구 대상이며 SEV1은 사람 전용이다. |
| argument-hint | [incident-id or runbook-name] |
| user-invocable | true |
| model | claude-sonnet-4-6 |
| allowed-tools | Read,Grep,Bash,mcp__cloudwatch,mcp__prometheus,mcp__eks |
| ontology | {"consumes":["Incident"],"references":["Deployment"]} |
| loop-interface | {"accepts-from":["root-cause-analysis.rca"],"emits-to":["slo-management.remediation-event"],"emits-signals":[]} |
root-cause-analysis가 근본 원인을 식별하고 알려진 패턴과 매칭될 때incident-response가 SEV2/3 인시던트를 분류하고 runbook이 존재할 때anomaly-detection이 이전에 자동 복구로 해결된 패턴을 재탐지할 때사용 제외:
.omao/plans/runbooks/ 에 패턴별 ${pattern-name}.yaml 형식.@latest 금지, PyPI 버전 pin 필수). Write 작업(Pod 삭제, eviction, scale 변경)은 EKS MCP가 아닌 kubectl Bash 명령으로 실행하며, EKS MCP는 read-only 기본값을 유지합니다.incident-response 상태 파일 접근 (.omao/state/incident/).root-cause-analysis 보고서 접근 (RCA 결과 기반 runbook 매칭).# .omao/plans/runbooks/pod-crashloop.yaml
name: pod-crashloop
description: "Pod CrashLoopBackOff 자동 복구"
version: "1.0.0"
match_conditions:
- symptom: "CrashLoopBackOff"
- k8s_event: "BackOff"
- metric: "kube_pod_container_status_waiting_reason"
value: "CrashLoopBackOff"
severity_scope: [SEV2, SEV3]
steps:
- name:
[, , ]
# .omao/plans/runbooks/canary-rollback.yaml
name: canary-rollback
description: "Canary 배포 실패 시 이전 버전으로 롤백"
version: "1.0.0"
match_conditions:
- rca_category: "deployment"
- symptom: "canary_gate_failure"
- metric: "agent_request_errors_total"
condition: "rate > 2x baseline"
severity_scope: [SEV2, SEV3]
steps:
- name: "Identify current canary revision"
action: kubectl_get_revision
params:
resource: "deployment"
- name: "Scale down canary"
action: kubectl_scale
params:
replicas: 0
target: "canary"
- name: "Verify stable version healthy"
action: wait_for_ready
params:
target: "stable"
timeout_sec: 60
- name: "Update ArgoCD application"
action: argocd_rollback
params:
revision: "previous"
- name: "Verify rollback complete"
action: wait_for_ready
params:
timeout_sec: 180
rollback:
action: manual_escalation
reason: "Rollback itself failed"
max_retries: 1
cooldown_minutes: 30
escalation_on_failure: SEV1
tags: [deployment, canary, rollback]
# .omao/plans/runbooks/memory-pressure.yaml
name: memory-pressure
description: "Node memory pressure 자동 대응"
version: "1.0.0"
match_conditions:
- symptom: "MemoryPressure"
- k8s_event: "EvictionThresholdMet"
- metric: "node_memory_MemAvailable_bytes"
condition: "< 10%"
severity_scope: [SEV2, SEV3]
steps:
- name: "Identify memory-heavy pods"
action: kubectl_top_pods
params:
sort_by: memory
limit: 10
- name: "Evict non-critical pods"
action: kubectl_evict
params:
priority_class_below: "high-priority"
max_evictions: 3
- name: "Verify memory recovered"
action: check_metric
params:
metric: "node_memory_MemAvailable_bytes"
condition: "> 20%"
timeout_sec: 120
rollback:
action: cordon_and_drain
params:
node: "affected"
max_retries: 2
cooldown_minutes: 10
escalation_on_failure: SEV2
tags: [kubernetes, node, memory]
| 장치 | 설명 |
|---|---|
| SEV1 차단 | SEV1 인시던트는 절대 자동 복구하지 않음. 시도 시 OPERATIONS-06 blocking finding |
| Retry 제한 | runbook별 max_retries 초과 시 자동 에스컬레이션 |
| Cooldown | 동일 runbook 재실행 간 최소 대기 시간 (cooldown_minutes) |
| Blast radius 제한 | 동시에 영향받는 Pod/서비스 수 상한 (기본 3) |
| Rollback 필수 | 모든 runbook에 rollback 절차 정의 필수. 미정의 시 OPERATIONS-08 |
| Human override | 자동 복구 중 사람이 /stop-remediation 으로 즉시 중단 가능 |
| Deploy freeze 연동 | autopilot-deploy freeze 상태에서는 배포 관련 복구만 허용 |
인시던트의 증상/RCA 결과를 기반으로 적합한 runbook을 선택합니다.
import os
import yaml
import json
from glob import glob
from datetime import datetime, timedelta
from dataclasses import dataclass, field
@dataclass
class RunbookMatch:
runbook: dict
match_score: float
matched_conditions: list[str]
def match_runbook(incident: dict, runbooks_dir: str = ".omao/plans/runbooks") -> RunbookMatch | None:
"""인시던트 증상과 매칭되는 runbook 검색.
매칭 우선순위:
1. rca_category 정확 매칭 (score 1.0)
2. symptom 키워드 매칭 (score 0.8)
3. metric condition 매칭 (score 0.6)
4. k8s_event 매칭 (score 0.7)
"""
symptom = incident.get("symptom", "")
rca_category = incident.get("rca_category", "")
severity = incident.get("severity", "SEV3")
k8s_events = incident.get("k8s_events", [])
best_match = None
best_score = 0.0
for runbook_file in glob(f"{runbooks_dir}/*.yaml"):
with open(runbook_file) as f:
runbook = yaml.safe_load(f)
# Severity scope 확인
if severity not in runbook.get("severity_scope", []):
continue
score = 0.0
matched = []
for condition in runbook.get("match_conditions", []):
if condition.get("rca_category") and condition["rca_category"] == rca_category:
score = max(score, 1.0)
matched.append(f"rca_category={rca_category}")
if condition.get("symptom") and condition["symptom"].lower() in symptom.lower():
score = max(score, 0.8)
matched.append(f"symptom contains '{condition['symptom']}'")
if condition.get("k8s_event"):
for event in k8s_events:
if condition["k8s_event"] in event:
score = max(score, 0.7)
matched.append(f"k8s_event={condition['k8s_event']}")
if score > best_score:
best_score = score
best_match = RunbookMatch(
runbook=runbook,
match_score=score,
matched_conditions=matched,
)
return best_match if best_match and best_match.match_score >= 0.6 else None
복구 실행 전 안전 조건을 검증합니다.
@dataclass
class PreflightResult:
passed: bool
checks: dict[str, bool]
block_reason: str | None = None
def preflight_check(incident: dict, runbook: dict) -> PreflightResult:
"""복구 실행 전 안전 조건 검증.
모든 조건이 통과해야 복구를 실행합니다.
하나라도 실패하면 사유를 명시하고 중단합니다.
"""
checks = {}
# 1. SEV1 차단
checks["severity_not_sev1"] = incident.get("severity") != "SEV1"
# 2. Severity scope 확인
checks["severity_in_scope"] = incident.get("severity") in runbook.get("severity_scope", [])
# 3. 활성 SEV1 없음 (SEV1 진행 중이면 모든 자동 복구 중단)
checks["no_active_sev1"] = not has_active_sev1()
# 4. 배포 진행 중 아님 (배포 관련 runbook 제외)
if "deployment" not in runbook.get("tags", []):
checks["deploy_not_in_progress"] = not is_deploy_active()
else:
checks["deploy_not_in_progress"] = True
# 5. Retry 예산 확인
retry_count = get_retry_count(incident["id"], runbook["name"])
checks["retry_budget_available"] = retry_count < runbook.get("max_retries", 2)
# 6. Cooldown 확인
checks["cooldown_elapsed"] = is_cooldown_elapsed(
incident["id"], runbook["name"], runbook.get("cooldown_minutes", 15)
)
# 7. Rollback 정의 확인
checks["rollback_defined"] = "rollback" in runbook and runbook["rollback"] is not None
passed = all(checks.values())
block_reason = None
if not passed:
failed = [k for k, v in checks.items() if not v]
block_reason = f"Pre-flight failed: {', '.join(failed)}"
return PreflightResult(passed=passed, checks=checks, block_reason=block_reason)
def has_active_sev1() -> bool:
"""활성 SEV1 인시던트 존재 여부."""
incident_dir = ".omao/state/incident"
if not os.path.exists(incident_dir):
return False
for d in os.listdir(incident_dir):
if d.startswith("sev1-"):
result_file = os.path.join(incident_dir, d, "result.json")
if not os.path.exists(result_file):
return True # 결과 없음 = 아직 진행 중
return False
def is_deploy_active() -> bool:
"""autopilot-deploy 진행 중 여부."""
state_file = ".omao/state/autopilot-deploy/current.json"
if not os.path.exists(state_file):
return False
with open(state_file) as f:
state = json.load(f)
return state.get("status") == "in_progress"
def get_retry_count(incident_id: str, runbook_name: str) -> int:
"""동일 인시던트+runbook 조합의 재시도 횟수."""
exec_dir = f".omao/state/remediation/{incident_id}"
if not os.path.exists(exec_dir):
return 0
count = 0
for f in os.listdir(exec_dir):
if f.startswith(runbook_name) and f.endswith(".json"):
count += 1
return count
def is_cooldown_elapsed(incident_id: str, runbook_name: str,
cooldown_minutes: int) -> bool:
"""마지막 실행 이후 cooldown 경과 여부."""
exec_dir = f".omao/state/remediation/{incident_id}"
if not os.path.exists(exec_dir):
return True
latest_time = None
for f in sorted(os.listdir(exec_dir), reverse=True):
if f.startswith(runbook_name):
filepath = os.path.join(exec_dir, f)
with open(filepath) as fh:
data = json.load(fh)
latest_time = datetime.fromisoformat(data.get("completed_at", "").replace("Z", "+00:00"))
break
if latest_time is None:
return True
elapsed = datetime.utcnow() - latest_time.replace(tzinfo=None)
return elapsed > timedelta(minutes=cooldown_minutes)
Runbook의 각 step을 순차 실행하며 중간 검증을 수행합니다.
@dataclass
class StepResult:
step_name: str
action: str
status: str # success, failed, skipped
output: str
duration_sec: float
timestamp: str
@dataclass
class RemediationExecution:
incident_id: str
runbook_name: str
started_at: str
steps: list[StepResult] = field(default_factory=list)
status: str = "in_progress" # in_progress, success, failed, rolled_back
completed_at: str | None = None
def execute_remediation(incident: dict, runbook: dict) -> RemediationExecution:
"""Runbook의 각 step을 순차 실행."""
execution = RemediationExecution(
incident_id=incident["id"],
runbook_name=runbook["name"],
started_at=datetime.utcnow().isoformat() + "Z",
)
# Pre-snapshot 저장
pre_snapshot = capture_metrics_snapshot(incident)
save_snapshot(incident["id"], "pre-snapshot.json", pre_snapshot)
for step in runbook["steps"]:
step_start = datetime.utcnow()
try:
output = execute_step(step, incident)
# Step 내 verify 조건 확인
if "verify" in step:
if not verify_condition(step["verify"], output):
raise Exception(f"Verification failed: {step['verify']}")
result = StepResult(
step_name=step["name"],
action=step["action"],
status="success",
output=output,
duration_sec=(datetime.utcnow() - step_start).total_seconds(),
timestamp=datetime.utcnow().isoformat() + "Z",
)
except Exception as e:
result = StepResult(
step_name=step["name"],
action=step["action"],
status="failed",
output=str(e),
duration_sec=(datetime.utcnow() - step_start).total_seconds(),
timestamp=datetime.utcnow().isoformat() + "Z",
)
execution.steps.append(result)
execution.status = "failed"
break
execution.steps.append(result)
if execution.status != "failed":
execution.status = "success"
execution.completed_at = datetime.utcnow().isoformat() + "Z"
return execution
def execute_step(step: dict, incident: dict) -> str:
"""개별 step 실행. action 타입에 따라 분기."""
action = step["action"]
params = step.get("params", {})
timeout = step.get("timeout_sec", 60)
if action == "kubectl_get_revision":
# kubectl rollout history deployment/...
return f"Current revision identified for {params.get('resource', 'deployment')}"
elif action == "kubectl_logs":
# mcp__eks__get_pod_logs(...)
return f"Collected {params.get('tail_lines', 100)} lines of logs"
elif action == "kubectl_describe":
# mcp__eks__manage_k8s_resource(operation='read', ...)
return "Pod description retrieved"
elif action == "kubectl_delete_pod":
# mcp__eks__manage_k8s_resource(operation='delete', ...)
return f"Pod deleted with grace period {params.get('grace_period', 30)}s"
elif action == "kubectl_scale":
# mcp__eks__manage_k8s_resource(operation='patch', ...)
return f"Scaled to {params.get('replicas')} replicas"
elif action == "wait_for_ready":
# Poll pod status until ready or timeout
return f"Pod ready within {timeout}s"
elif action == "kubectl_top_pods":
# mcp__eks__list_k8s_resources + metrics
return "Top pods by memory retrieved"
elif action == "kubectl_evict":
# mcp__eks__manage_k8s_resource(operation='create', kind='Eviction')
return f"Evicted {params.get('max_evictions', 1)} pods"
elif action == "check_metric":
# mcp__prometheus__query or mcp__cloudwatch__get_metric_data
return f"Metric check: {params.get('condition')}"
elif action == "argocd_rollback":
# kubectl patch application ...
return f"ArgoCD rollback to {params.get('revision', 'previous')}"
else:
raise ValueError(f"Unknown action: {action}")
복구 후 메트릭이 정상 범위로 복귀했는지 확인합니다.
def verify_recovery(incident: dict, execution: RemediationExecution,
wait_sec: int = 120) -> dict:
"""복구 후 정상 상태 복귀 확인.
Pre-snapshot과 비교하여 메트릭이 정상 범위로 돌아왔는지 검증합니다.
"""
import time
time.sleep(min(wait_sec, 30)) # 최소 30초 대기
# Post-snapshot 캡처
post_snapshot = capture_metrics_snapshot(incident)
save_snapshot(incident["id"], "post-snapshot.json", post_snapshot)
# Pre-snapshot 로드
pre_snapshot = load_snapshot(incident["id"], "pre-snapshot.json")
# 비교
recovery_checks = []
for metric_name in pre_snapshot:
pre_val = pre_snapshot[metric_name]
post_val = post_snapshot.get(metric_name)
if post_val is None:
recovery_checks.append({"metric": metric_name, "status": "unknown"})
continue
# 정상 범위 판정: baseline 로드
baseline = load_baseline(metric_name)
if baseline:
is_normal = baseline["lower_bound"] <= post_val <= baseline["upper_bound"]
else:
# Baseline 없으면 pre 대비 개선 여부로 판단
is_normal = abs(post_val) <= abs(pre_val)
recovery_checks.append({
"metric": metric_name,
"pre_value": pre_val,
"post_value": post_val,
"within_baseline": is_normal,
"status": "recovered" if is_normal else "not_recovered",
})
all_recovered = all(c["status"] == "recovered" for c in recovery_checks if c["status"] != "unknown")
return {
"recovered": all_recovered,
"checks": recovery_checks,
"verification_time": datetime.utcnow().isoformat() + "Z",
}
def capture_metrics_snapshot(incident: dict) -> dict:
"""현재 시점의 관련 메트릭 스냅샷 캡처."""
target = incident.get("target_service", "unknown")
snapshot = {}
# Prometheus 메트릭
# error_rate = mcp__prometheus__query(f'rate(agent_request_errors_total{{service="{target}"}}[5m])')
# latency = mcp__prometheus__query(f'histogram_quantile(0.99, ...)')
snapshot["error_rate"] = 0.0 # placeholder
snapshot["p99_latency_ms"] = 0.0
snapshot["pod_ready_count"] = 0
return snapshot
복구 실패 시 rollback 절차를 실행합니다.
def execute_rollback(incident: dict, runbook: dict,
execution: RemediationExecution) -> dict:
"""복구 실패 시 rollback 실행."""
rollback_config = runbook.get("rollback", {})
if not rollback_config:
return {"status": "no_rollback_defined", "escalated": True}
action = rollback_config.get("action")
params = rollback_config.get("params", {})
try:
if action == "scale_previous_revision":
# kubectl rollout undo deployment/...
output = "Rolled back to previous revision"
elif action == "cordon_and_drain":
# kubectl cordon + drain
output = "Node cordoned and drained"
elif action == "manual_escalation":
reason = rollback_config.get("reason", "Rollback requires manual intervention")
return {"status": "escalated", "reason": reason}
else:
output = f"Executed rollback action: {action}"
execution.status = "rolled_back"
return {"status": "rolled_back", "output": output}
except Exception as e:
return {"status": "rollback_failed", "error": str(e), "escalated": True}
실행 결과를 기록하고 후속 조치를 트리거합니다.
def record_result(execution: RemediationExecution,
verification: dict, incident: dict, runbook: dict):
"""실행 결과 기록 및 후속 조치 트리거."""
result_dir = f".omao/state/remediation/{execution.incident_id}"
os.makedirs(result_dir, exist_ok=True)
result = {
"incident_id": execution.incident_id,
"runbook_name": execution.runbook_name,
"started_at": execution.started_at,
"completed_at": execution.completed_at,
"status": execution.status,
"steps": [vars(s) for s in execution.steps],
"verification": verification,
}
timestamp = execution.started_at.replace(":", "-").replace(".", "-")
result_file = os.path.join(result_dir, f"{execution.runbook_name}-{timestamp}.json")
with open(result_file, "w") as f:
json.dump(result, f, indent=2)
# 후속 조치
if execution.status == "success" and verification.get("recovered"):
# 성공: effectiveness 통계 업데이트
update_effectiveness(runbook["name"], success=True)
elif execution.status == "failed":
# 실패: 에스컬레이션
escalation_severity = runbook.get("escalation_on_failure", "SEV2")
trigger_escalation(incident, escalation_severity, execution)
update_effectiveness(runbook["name"], success=False)
# self-improving-loop에 피드백
if execution.status == "failed":
notify_self_improving(execution)
def update_effectiveness(runbook_name: str, success: bool):
"""Runbook 성공률 통계 업데이트."""
stats_file = ".omao/plans/runbooks/effectiveness.yaml"
if os.path.exists(stats_file):
with open(stats_file) as f:
stats = yaml.safe_load(f) or {"runbooks": {}}
else:
stats = {"runbooks": {}}
if runbook_name not in stats["runbooks"]:
stats["runbooks"][runbook_name] = {"total": 0, "success": 0, "failure": 0}
stats["runbooks"][runbook_name]["total"] += 1
if success:
stats["runbooks"][runbook_name]["success"] += 1
else:
stats["runbooks"][runbook_name]["failure"] += 1
# 성공률 계산
total = stats["runbooks"][runbook_name]["total"]
succ = stats["runbooks"][runbook_name]["success"]
stats["runbooks"][runbook_name]["success_rate"] = round(succ / total, 3) if total > 0 else 0
with open(stats_file, "w") as f:
yaml.dump(stats, f, default_flow_style=False)
.omao/state/remediation/${incident-id}/ — 복구 실행 상태
${runbook-name}-${timestamp}.json — 실행 결과pre-snapshot.json — 복구 전 메트릭 스냅샷post-snapshot.json — 복구 후 메트릭 스냅샷.omao/plans/runbooks/ — Runbook 정의.omao/plans/runbooks/effectiveness.yaml — Runbook별 성공률 통계Input: /automated-remediation sev2-20260508-1405
Output (success):
[14:07:00Z] Starting automated remediation for: sev2-20260508-1405
[14:07:00Z] Loading incident state...
Severity: SEV2
Symptom: CrashLoopBackOff on rag-qa-agent-7f8b9c-x4k2p
RCA category: deployment
[14:07:01Z] Step 1: Runbook Matching
Match: pod-crashloop (score=0.80)
Matched conditions: symptom contains 'CrashLoopBackOff', k8s_event=BackOff
[14:07:01Z] Step 2: Pre-flight Validation
✓ severity_not_sev1: true
✓ severity_in_scope: true (SEV2 in [SEV2, SEV3])
✓ no_active_sev1: true
✓ deploy_not_in_progress: true
✓ retry_budget_available: true (0/2 used)
✓ cooldown_elapsed: true (no previous execution)
✓ rollback_defined: true
Pre-flight: PASS
[14:07:02Z] Step 3: Executing Remediation
Pre-snapshot captured: error_rate=0.15, p99=890ms, pods_ready=2/3
[1/4] Collect pod logs → SUCCESS (2.1s)
Found: "OOMKilled" in recent events
[2/4] Check resource limits → SUCCESS (1.5s)
Memory limit: 512Mi, actual usage peak: 498Mi
[3/4] Delete and recreate pod → SUCCESS (32s)
Pod rag-qa-agent-7f8b9c-x4k2p deleted, new pod scheduling...
[4/4] Verify recovery → SUCCESS (45s)
New pod rag-qa-agent-7f8b9c-m9n3q Running and Ready
[14:08:25Z] Step 4: Post-Remediation Verification
Post-snapshot: error_rate=0.01, p99=380ms, pods_ready=3/3
Recovery checks:
error_rate : 0.15 → 0.01 (within baseline) ✓
p99_latency : 890ms → 380ms (within baseline) ✓
pod_ready : 2/3 → 3/3 ✓
Verdict: RECOVERED
[14:08:25Z] Result: SUCCESS
Duration: 85s
Effectiveness updated: pod-crashloop success_rate=0.875 (7/8)
Output (failure + rollback):
[14:07:00Z] Starting automated remediation for: sev2-20260508-1520
[14:07:01Z] Match: canary-rollback (score=1.00)
[14:07:02Z] Step 3: Executing Remediation
[1/5] Identify current canary revision → SUCCESS
[2/5] Scale down canary → SUCCESS
[3/5] Verify stable version healthy → FAILED (timeout after 60s)
Error: stable pods not reaching Ready state
[14:08:05Z] Remediation FAILED at step 3/5
[14:08:05Z] Executing rollback: manual_escalation
Reason: "Rollback itself failed"
[14:08:05Z] Escalating to SEV1 — both canary and stable unhealthy
[14:08:05Z] Effectiveness updated: canary-rollback success_rate=0.667 (4/6)
Output (SEV1 blocked):
[14:07:00Z] Starting automated remediation for: sev1-20260508-1400
[14:07:00Z] Step 2: Pre-flight Validation
✗ severity_not_sev1: FALSE
Pre-flight: BLOCKED
Reason: SEV1 incidents require human remediation.
Action: No automated remediation executed. Human responder in control.
| 연동 대상 | 방향 | 설명 |
|---|---|---|
incident-response | ← 입력 | SEV2/3 인시던트 및 가설을 입력으로 수신 |
root-cause-analysis | ← 입력 | RCA 결과 기반 runbook 매칭 |
anomaly-detection | ← 입력 | 재발 패턴 탐지 시 자동 복구 트리거 |
self-improving-loop | → 출력 | 복구 실패 패턴을 runbook 개선 신호로 전달 |
autopilot-deploy | ↔ 양방향 | 배포 중 복구 차단 / 복구 후 배포 재개 신호 |
audit-trail | → 출력 | 모든 복구 실행을 감사 로그에 기록 |
slo-management | ← 입력 | SLO 위반 인시던트의 자동 복구 요청 수신 |