
qe-chaos-resilience
by proffesor-for-testing
Agentic QE Fleet is an open-source AI-powered quality engineering platform designed for use with Claude Code, featuring specialized agents and skills to support testing activities for a product at any stage of the SDLC. Free to use, fork, build, and contribute. Based on the Agentic QE Framework created by Dragan Spiridonov.
SKILL.md
name: "QE Chaos Resilience" description: "Chaos engineering and resilience testing including fault injection, load testing, and system recovery validation."
QE Chaos Resilience
Purpose
Guide the use of v3's chaos engineering capabilities including controlled fault injection, load/stress testing, resilience validation, and disaster recovery testing.
Activation
- When testing system resilience
- When performing chaos experiments
- When load/stress testing
- When validating disaster recovery
- When testing circuit breakers
Quick Start
# Run chaos experiment
aqe chaos run --experiment network-latency --target api-service
# Load test
aqe chaos load --scenario peak-traffic --duration 30m
# Stress test to breaking point
aqe chaos stress --endpoint /api/users --max-users 10000
# Test circuit breaker
aqe chaos circuit-breaker --service payment-service
Agent Workflow
// Chaos experiment
Task("Run chaos experiment", `
Execute controlled chaos on api-service:
- Inject 500ms network latency
- Monitor service health metrics
- Verify circuit breaker activation
- Measure recovery time
- Document findings
`, "qe-chaos-engineer")
// Load testing
Task("Performance load test", `
Run load test simulating Black Friday traffic:
- Ramp up to 10,000 concurrent users
- Maintain load for 30 minutes
- Monitor response times and error rates
- Identify bottlenecks
- Compare against SLAs
`, "qe-load-tester")
Chaos Experiments
1. Fault Injection
await chaosEngineer.injectFault({
target: 'api-service',
fault: {
type: 'latency',
parameters: {
delay: '500ms',
jitter: '100ms',
percentage: 50
}
},
duration: '5m',
monitoring: {
metrics: ['response_time', 'error_rate', 'throughput'],
alerts: true
},
rollback: {
automatic: true,
trigger: 'error_rate > 10%'
}
});
2. Load Testing
await loadTester.execute({
scenario: 'peak-traffic',
profile: {
rampUp: '5m',
steadyState: '30m',
rampDown: '5m'
},
users: {
initial: 100,
target: 5000,
pattern: 'linear'
},
assertions: {
p95_latency: '<500ms',
error_rate: '<1%',
throughput: '>1000rps'
}
});
3. Stress Testing
await loadTester.stressTest({
endpoint: '/api/checkout',
strategy: 'step-increase',
steps: [100, 500, 1000, 2000, 5000],
stepDuration: '5m',
findBreakingPoint: true,
monitoring: {
resourceUtilization: true,
databaseConnections: true,
memoryUsage: true
}
});
4. Resilience Validation
await resilienceTester.validate({
scenarios: [
'database-failover',
'cache-failure',
'external-service-timeout',
'pod-termination'
],
expectations: {
gracefulDegradation: true,
automaticRecovery: true,
dataIntegrity: true,
recoveryTime: '<30s'
}
});
Fault Types
| Fault | Description | Use Case |
|---|---|---|
| Latency | Add network delay | Test timeouts |
| Packet Loss | Drop network packets | Test retry logic |
| CPU Stress | Consume CPU | Test resource limits |
| Memory Pressure | Consume memory | Test OOM handling |
| Disk Full | Fill disk space | Test disk errors |
| Process Kill | Terminate process | Test recovery |
Chaos Report
interface ChaosReport {
experiment: {
name: string;
target: string;
fault: FaultConfig;
duration: number;
};
results: {
hypothesis: string;
validated: boolean;
metrics: {
before: MetricSnapshot;
during: MetricSnapshot;
after: MetricSnapshot;
};
events: ChaosEvent[];
recovery: {
detected: boolean;
time: number;
automatic: boolean;
};
};
findings: {
severity: 'critical' | 'high' | 'medium' | 'low';
description: string;
recommendation: string;
}[];
artifacts: {
logs: string;
metrics: string;
traces: string;
};
}
Safety Controls
safety:
blast_radius:
max_affected_pods: 1
max_affected_percentage: 10
abort_conditions:
- error_rate > 50%
- p99_latency > 10s
- service_unavailable
excluded_environments:
- production-critical
required_approvals:
production: 2
staging: 0
SLA Validation
await resilienceTester.validateSLA({
slas: {
availability: 99.9,
p95_latency: 500,
error_rate: 0.1
},
period: '30d',
report: {
breaches: true,
trends: true,
projections: true
}
});
Coordination
Primary Agents: qe-chaos-engineer, qe-load-tester, qe-resilience-tester Coordinator: qe-chaos-coordinator Related Skills: qe-performance, qe-security-compliance
Score
Total Score
Based on repository quality metrics
SKILL.mdファイルが含まれている
ライセンスが設定されている
100文字以上の説明がある
GitHub Stars 100以上
1ヶ月以内に更新
10回以上フォークされている
オープンIssueが50未満
プログラミング言語が設定されている
1つ以上のタグが設定されている
Reviews
Reviews coming soon

