agentic-quality-engineering

name	agentic-quality-engineering
description	AI agents as force multipliers for quality work. Core skill for all 19 QE agents using PACT principles.
category	qe-core
priority	critical
tokenEstimate	1400
agents	["qe-test-generator","qe-test-executor","qe-coverage-analyzer","qe-quality-gate","qe-quality-analyzer","qe-performance-tester","qe-security-scanner","qe-requirements-validator","qe-production-intelligence","qe-fleet-commander","qe-deployment-readiness","qe-regression-risk-analyzer","qe-test-data-architect","qe-api-contract-validator","qe-flaky-test-hunter","qe-visual-tester","qe-chaos-engineer","qe-code-complexity","qx-partner"]
implementation_status	optimized
optimization_version	1
last_optimized	"2025-12-02T00:00:00.000Z"
dependencies	[]
quick_reference_card	true
tags	["pact","agents","fleet","coordination","autonomous","foundational"]
trust_tier	1
validation	{"schema_path":"schemas/output.json"}

Agentic Quality Engineering

<default_to_action> When implementing agentic QE or coordinating agents:

1. SPAWN appropriate agent(s) for the task using Task tool with agent type
2. CONFIGURE agent coordination (hierarchical/mesh/sequential)
3. EXECUTE with PACT principles: Proactive analysis, Autonomous operation, Collaborative feedback, Targeted risk focus
4. VALIDATE results through quality gates before deployment
5. LEARN from outcomes - store patterns in aqe/learning/* namespace

Quick Agent Selection:

• Test generation needed → qe-test-generator
• Coverage gaps → qe-coverage-analyzer
• Quality decision → qe-quality-gate
• Security scan → qe-security-scanner
• Performance test → qe-performance-tester
• Full pipeline → qe-fleet-commander

Critical Success Factors:

• Agents amplify human expertise, not replace it
• Human-in-the-loop for critical decisions
• Measure: bugs caught, time saved, coverage improved </default_to_action>

Quick Reference Card

When to Use

• Designing autonomous testing systems
• Scaling QE with intelligent agents
• Implementing multi-agent coordination
• Building CI/CD quality pipelines

PACT Principles

Principle	Agent Behavior	Human Role
Proactive	Analyze pre-merge, predict risk	Set guardrails
Autonomous	Execute tests, fix flaky tests	Review critical
Collaborative	Multi-agent coordination	Provide context
Targeted	Risk-based prioritization	Define risk areas

19-Agent Fleet

Category	Agents	Primary Use
Core Testing (5)	test-generator, test-executor, coverage-analyzer, quality-gate, quality-analyzer	Daily testing
Performance/Security (2)	performance-tester, security-scanner	Non-functional
Strategic (3)	requirements-validator, production-intelligence, fleet-commander	Planning
Advanced (4)	regression-risk-analyzer, test-data-architect, api-contract-validator, flaky-test-hunter	Specialized
Visual/Chaos (2)	visual-tester, chaos-engineer	Edge cases
Deployment (1)	deployment-readiness	Release
Analysis (1)	code-complexity	Maintainability

Coordination Patterns

Hierarchical: fleet-commander → [generators] → [executors] → quality-gate
Mesh: test-gen ↔ coverage ↔ quality (peer decisions)
Sequential: risk-analyzer → test-gen → executor → coverage → gate

Success Criteria

✅ 10x deployment frequency with same/better quality ✅ Coverage gaps detected in real-time ✅ Bugs caught pre-production ❌ Agents acting without human oversight on critical decisions ❌ Deploying all 19 agents at once (start with 1-2)

---

Core Concepts

QE Evolution

Stage	Approach	Limitation
Traditional	Manual everything	Human bottleneck
Automation	Scripts + fixed scenarios	Needs orchestration
Agentic	AI agents + human judgment	Requires trust-building

Core Premise: Agents amplify human expertise for 10x scale.

Key Capabilities

1. Intelligent Test Generation

// Agent analyzes code change, generates targeted tests
const tests = await qeTestGenerator.generate(prDiff);
// → Happy path, edge cases, error handling tests

2. Pattern Detection - Scan logs, find anomalies, correlate errors

3. Adaptive Strategy - Adjust test focus based on risk signals

4. Root Cause Analysis - Link failures to code changes, suggest fixes

---

Agent Coordination

Memory Namespaces

aqe/test-plan/*     - Test planning decisions
aqe/coverage/*      - Coverage analysis results
aqe/quality/*       - Quality metrics and gates
aqe/learning/*      - Patterns and Q-values
aqe/coordination/*  - Cross-agent state

Memory Operations (MCP Tools)

CRITICAL: Always use mcp__agentic-qe__memory_store with persist: true for learnings.

1. Store data to persistent memory:

// Store test plan decisions (persisted to .agentic-qe/memory.db)
mcp__agentic-qe__memory_store({
  key: "aqe/test-plan/pr-123",
  namespace: "aqe/test-plan",
  value: {
    prNumber: 123,
    riskLevel: "medium",
    requiredCoverage: 85,
    testTypes: ["unit", "integration"],
    estimatedTime: 1800
  },
  persist: true,  // ⚠️ REQUIRED for cross-session persistence
  ttl: 604800     // 7 days (0 = permanent)
})

2. Retrieve prior learnings before task:

// Query patterns before starting test generation
const priorData = await mcp__agentic-qe__memory_retrieve({
  key: "aqe/learning/patterns/test-generation/*",
  namespace: "aqe/learning",
  includeMetadata: true
})

// Use patterns to guide current task
if (priorData.success) {
  console.log(`Loaded ${priorData.patterns.length} prior patterns`);
}

3. Store coverage analysis results:

mcp__agentic-qe__memory_store({
  key: "aqe/coverage/auth-module",
  namespace: "aqe/coverage",
  value: {
    moduleId: "auth-module",
    currentCoverage: 78,
    gaps: ["error-handling", "edge-cases"],
    suggestedTests: 12,
    priority: "high"
  },
  persist: true,
  ttl: 1209600  // 14 days
})

Three-Phase Memory Protocol

For coordinated multi-agent tasks, use the STATUS → PROGRESS → COMPLETE pattern:

// PHASE 1: STATUS - Task starting
mcp__agentic-qe__memory_store({
  key: "aqe/coordination/task-123/status",
  namespace: "aqe/coordination",
  value: { status: "running", agent: "qe-test-generator", startTime: Date.now() },
  persist: true
})

// PHASE 2: PROGRESS - Intermediate updates
mcp__agentic-qe__memory_store({
  key: "aqe/coordination/task-123/progress",
  namespace: "aqe/coordination",
  value: { progress: 50, action: "generating-unit-tests", testsGenerated: 25 },
  persist: true
})

// PHASE 3: COMPLETE - Task finished
mcp__agentic-qe__memory_store({
  key: "aqe/coordination/task-123/complete",
  namespace: "aqe/coordination",
  value: {
    status: "complete",
    result: "success",
    testsGenerated: 47,
    coverageAchieved: 92.3,
    duration: 15000
  },
  persist: true
})

Blackboard Events

Event	Trigger	Subscribers
test:generated	New tests created	executor, coverage
coverage:gap	Gap detected	test-generator
quality:decision	Gate evaluated	fleet-commander
security:finding	Vulnerability found	quality-gate

Example: PR Quality Pipeline

// 1. Risk analysis
const risks = await Task("Analyze PR", prDiff, "qe-regression-risk-analyzer");

// 2. Generate tests for risks
const tests = await Task("Generate tests", risks, "qe-test-generator");

// 3. Execute + analyze
const results = await Task("Run tests", tests, "qe-test-executor");
const coverage = await Task("Check coverage", results, "qe-coverage-analyzer");

// 4. Quality decision
const decision = await Task("Evaluate", {results, coverage}, "qe-quality-gate");
// → GO/NO-GO with rationale

---

Implementation Phases

Phase	Duration	Goal	Agent(s)
Experiment	Weeks 1-4	Validate one use case	1 agent
Integrate	Months 2-3	CI/CD pipeline	3-4 agents
Scale	Months 4-6	Multiple use cases	8+ agents
Evolve	Ongoing	Continuous learning	Full fleet

Phase 1 Example

# Week 1: Deploy single agent
aqe agent spawn qe-test-generator

# Weeks 2-3: Generate tests for 10 PRs
# Track: bugs found, test quality, review time

# Week 4: Measure impact
aqe agent metrics qe-test-generator
# → Tests: 150, Bugs: 12, Time saved: 8h

---

Limitations & Strengths

Agents Excel At

• Volume: Scan thousands of logs in seconds
• Patterns: Find correlations humans miss
• Tireless: 24/7 testing and monitoring
• Speed: Instant code change analysis

Agents Need Humans For

• Business context and priorities
• Ethical judgment and trade-offs
• Creative exploration ("what if" scenarios)
• Domain expertise (healthcare, finance, legal)

---

Best Practices

Do	Don't
Start with one agent, one use case	Deploy all 18 at once
Build feedback loops early	Deploy and forget
Human reviews agent output	Auto-merge without review
Measure bugs caught, time saved	Track vanity metrics (test count)
Build trust gradually	Give full autonomy immediately

Trust Progression

Month 1: Agent suggests → Human decides
Month 2: Agent acts → Human reviews after
Month 3: Agent autonomous on low-risk
Month 4: Agent handles critical with oversight

---

Agent Coordination Hints

coordination:
  topology: hierarchical
  commander: qe-fleet-commander
  memory_namespace: aqe/coordination
  blackboard_topic: qe-fleet

preload_skills:
  - agentic-quality-engineering  # Always (this skill)
  - risk-based-testing           # For prioritization
  - quality-metrics              # For measurement

agent_assignments:
  qe-test-generator: [api-testing-patterns, tdd-london-chicago]
  qe-coverage-analyzer: [quality-metrics, risk-based-testing]
  qe-security-scanner: [security-testing, risk-based-testing]
  qe-performance-tester: [performance-testing]

---

Related Skills

• holistic-testing-pact - PACT principles deep dive
• risk-based-testing - Prioritize agent focus
• quality-metrics - Measure agent effectiveness
• api-testing-patterns, security-testing, performance-testing - Specialized testing

Resources

• Agent definitions: .claude/agents/
• CLI: aqe agent --help
• Fleet status: aqe fleet status

---

Success Metric: Deploy 10x more frequently with same or better quality through intelligent agent collaboration.