Awesome-omni-skill ai-development-governance

AI-augmented development controls, GitHub Copilot governance, LLM security, AI-generated code review per Hack23 Secure Development Policy

install
source · Clone the upstream repo
git clone https://github.com/diegosouzapw/awesome-omni-skill
Claude Code · Install into ~/.claude/skills/
T=$(mktemp -d) && git clone --depth=1 https://github.com/diegosouzapw/awesome-omni-skill "$T" && mkdir -p ~/.claude/skills && cp -r "$T/skills/data-ai/ai-development-governance" ~/.claude/skills/diegosouzapw-awesome-omni-skill-ai-development-governance && rm -rf "$T"
manifest: skills/data-ai/ai-development-governance/SKILL.md
source content

AI Development Governance Skill

Context

This skill applies when:

  • Using GitHub Copilot or other AI coding assistants
  • Reviewing AI-generated code
  • Implementing AI-augmented development workflows
  • Creating custom Copilot agents and skills
  • Securing AI/LLM integrations
  • Documenting AI usage in development process

This skill enforces Hack23 Secure Development Policy Section 🤖 for responsible AI-assisted development.

Rules

1. AI as Proposal Generator, Not Authority (Policy Section 🤖.1)

  1. Human Review Required: All AI-generated code MUST be reviewed by human developer
  2. Understanding Required: Developer MUST understand what AI-generated code does
  3. No Blind Acceptance: Never merge AI suggestions without verification
  4. Test AI Code: All AI-generated code requires tests with 80%+ coverage
  5. Security Review: AI-generated security code requires additional security review

2. PR Review Requirements (Policy Section 🤖.2)

  1. AI Disclosure: PRs with significant AI-generated code MUST be labeled
  2. Code Ownership: Developer submitting PR owns the code, regardless of AI generation
  3. Review Standards: Same review standards apply to AI-generated and human-written code
  4. Security Validation: Security-critical AI code requires security team approval
  5. No Bypass: AI assistance does NOT reduce review requirements

3. Curator-Agent as Tooling Change (Policy Section 🤖.3)

  1. Agent Purpose: Custom agents provide specialized expertise, not replace human judgment
  2. Skill Integration: Skills teach patterns, developers validate appropriateness
  3. Agent Transparency: Document which agents/skills were used
  4. Agent Limitations: Understand agent limitations and potential biases
  5. Agent Testing: Test agent-generated code as rigorously as any other code

4. Security Requirements (Policy Section 🤖.4)

  1. No Secrets in Prompts: Never include secrets, API keys, or credentials in AI prompts
  2. Data Classification: Don't share classified or sensitive data with AI
  3. Code Review: AI-generated security controls require expert security review
  4. Vulnerability Scanning: Run CodeQL/SAST on all AI-generated code
  5. ISMS Compliance: AI-generated code MUST comply with all ISMS policies

Examples

✅ Good Pattern: AI-Generated Code with Proper Review

/**
 * Search MEPs by country
 * 
 * AI-GENERATED: GitHub Copilot assisted with initial implementation
 * REVIEWED-BY: developer@hack23.com
 * SECURITY-REVIEWED-BY: security@hack23.com
 * TEST-COVERAGE: 95%
 * 
 * ISMS Policy: Secure Development Policy Section 🤖.1-🤖.4
 * Evidence: https://github.com/Hack23/ISMS-PUBLIC/blob/main/Secure_Development_Policy.md#ai-augmented-development-controls
 * 
 * @param country - ISO 3166-1 alpha-2 country code
 * @returns Array of MEPs from specified country
 */
export async function searchMEPsByCountry(country: string): Promise<MEP[]> {
  // AI suggested this validation - REVIEWED AND ENHANCED
  const CountrySchema = z.string()
    .length(2, 'Country code must be 2 characters')
    .regex(/^[A-Z]{2}$/, 'Country code must be uppercase')
    .refine(
      (code) => EU_MEMBER_STATES.has(code),
      { message: 'Not a valid EU member state' }
    );
  
  // Human added: Additional security validation
  const validatedCountry = CountrySchema.parse(country);
  
  // AI suggested this caching logic - REVIEWED AND APPROVED
  const cacheKey = `meps:country:${validatedCountry}`;
  const cached = mepCache.get(cacheKey);
  if (cached) {
    auditLog.record({
      eventType: AuditEventType.CACHE_HIT,
      subject: cacheKey,
      outcome: 'success',
    });
    return cached;
  }
  
  // Human added: Rate limiting (AI didn't suggest this)
  await rateLimiter.waitForSlot();
  
  // AI suggested this API call - REVIEWED
  const response = await fetch(
    `https://data.europarl.europa.eu/api/v2/meps?country=${validatedCountry}`,
    {
      headers: {
        'Accept': 'application/json',
        'User-Agent': 'European-Parliament-MCP-Server/1.0',
      },
    }
  );
  
  // Human added: Comprehensive error handling
  if (!response.ok) {
    auditLog.recordAPIError(response.status, validatedCountry);
    throw new APIError(`EP API error: ${response.status}`);
  }
  
  const meps = await response.json();
  
  // AI suggested caching - REVIEWED AND APPROVED
  mepCache.set(cacheKey, meps);
  
  // Human added: GDPR audit logging
  auditLog.recordPersonalDataAccess(
    'system',
    `meps:country:${validatedCountry}`,
    'Country-based MEP search'
  );
  
  return meps;
}

// AI-GENERATED TESTS - REVIEWED AND ENHANCED
describe('searchMEPsByCountry', () => {
  it('should validate country code format', async () => {
    // AI suggested this test
    await expect(searchMEPsByCountry('USA')).rejects.toThrow('Not a valid EU member state');
  });
  
  it('should reject lowercase country codes', async () => {
    // Human added this test (AI missed it)
    await expect(searchMEPsByCountry('de')).rejects.toThrow('Country code must be uppercase');
  });
  
  it('should use cache on subsequent requests', async () => {
    // AI suggested this test - ENHANCED
    vi.mock('./api', () => ({
      fetchMEPs: vi.fn().mockResolvedValue([{ id: 1, country: 'DE' }])
    }));
    
    await searchMEPsByCountry('DE');
    await searchMEPsByCountry('DE');
    
    const apiMock = await import('./api');
    expect(apiMock.fetchMEPs).toHaveBeenCalledTimes(1);
  });
  
  it('should log GDPR access', async () => {
    // Human added (security-critical test)
    const logSpy = vi.spyOn(auditLog, 'recordPersonalDataAccess');
    
    await searchMEPsByCountry('DE');
    
    expect(logSpy).toHaveBeenCalledWith(
      'system',
      'meps:country:DE',
      'Country-based MEP search'
    );
  });
});

Pull Request Description:

## AI-Generated Code Disclosure

**AI Tool Used**: GitHub Copilot  
**AI Contribution**: ~60% (initial implementation, test structure)  
**Human Review**: All code reviewed, enhanced security, added GDPR logging  
**Security Review**: ✅ Approved by security@hack23.com  
**Test Coverage**: 95% (4 passing tests)

### Human Enhancements
- Added EU member state validation
- Added rate limiting
- Enhanced error handling
- Added GDPR audit logging
- Added security-focused test case

### Review Checklist
- [x] Code understood and validated
- [x] Security controls verified
- [x] Tests pass with 80%+ coverage
- [x] ISMS compliance validated
- [x] No secrets or sensitive data
- [x] Documentation complete

Policy Reference: Secure Development Policy Section 🤖

✅ Good Pattern: Custom Copilot Agent with Governance

---
name: example-agent
description: Example agent with proper governance
tools: ["view", "edit", "create"]
---

# Example Agent

**AI Governance Notice**: This agent uses AI to generate code suggestions. All suggestions MUST be reviewed by human developers per [Secure Development Policy Section 🤖](https://github.com/Hack23/ISMS-PUBLIC/blob/main/Secure_Development_Policy.md#ai-augmented-development-controls).

## Core Expertise

You specialize in X, Y, Z.

## Rules

1. **Security First**: All code must follow security-by-design principles
2. **ISMS Compliance**: Reference appropriate ISMS policies
3. **Test Coverage**: Generate tests achieving 80%+ coverage
4. **Human Review**: Remind users to review all generated code
5. **Evidence Links**: Provide evidence links to policy compliance

## Remember

**ALWAYS:**
- ✅ Generate code that follows ISMS policies
- ✅ Include comprehensive tests
- ✅ Document security considerations
- ✅ Reference evidence in Hack23 repos
- ✅ Remind users to review AI-generated code

**NEVER:**
- ❌ Include secrets or credentials
- ❌ Skip input validation
- ❌ Generate code without tests
- ❌ Bypass security controls
- ❌ Claim AI-generated code is perfect

---

**Governance**: This agent's output requires human review per AI Development Governance policy.

✅ Good Pattern: AI Security Validation Checklist

# AI-Generated Code Security Review Checklist

**Project**: European Parliament MCP Server  
**PR**: #123  
**AI Tool**: GitHub Copilot  
**Date**: 2026-02-16

## Pre-Merge Security Validation

### Code Understanding
- [ ] Developer understands all AI-generated code
- [ ] Code purpose and logic documented
- [ ] Edge cases identified and handled

### Security Controls
- [ ] Input validation with Zod schemas
- [ ] No hardcoded secrets or credentials
- [ ] Error handling doesn't expose sensitive data
- [ ] Audit logging for security events
- [ ] Rate limiting implemented where needed

### ISMS Compliance
- [ ] Follows security-by-design principles
- [ ] Aligns with threat model
- [ ] Implements defense-in-depth
- [ ] Complies with GDPR (if handling personal data)
- [ ] References appropriate ISMS policies

### Testing
- [ ] Unit tests achieve 80%+ coverage
- [ ] Security test cases included
- [ ] Edge cases tested
- [ ] Error paths tested
- [ ] Integration tests passing

### Code Quality
- [ ] TypeScript strict mode compliant
- [ ] ESLint passing with no warnings
- [ ] Code follows project conventions
- [ ] Documentation complete (JSDoc)
- [ ] No TODO or FIXME comments

### Vulnerability Scanning
- [ ] CodeQL scan passing
- [ ] npm audit shows zero vulnerabilities
- [ ] Dependency licenses approved
- [ ] SAST tools report no issues

## Security Review Sign-Off

- [ ] Reviewed by: ___________________
- [ ] Date: ___________________
- [ ] Security concerns: None / [Document concerns]
- [ ] Approval: ✅ Approved / ❌ Requires changes

## Post-Merge Monitoring

- [ ] Monitor for runtime errors
- [ ] Track performance metrics
- [ ] Review audit logs for anomalies
- [ ] Schedule follow-up review in 30 days

Policy Reference: Secure Development Policy Section 🤖.2

✅ Good Pattern: AI-Generated Code Documentation

/**
 * AI-GENERATED CODE DOCUMENTATION
 * 
 * Generation Details:
 * - Tool: GitHub Copilot
 * - Generation Date: 2026-02-16
 * - Prompt: "Create a rate limiter for European Parliament API"
 * - AI Contribution: 70% (algorithm, structure)
 * - Human Contribution: 30% (security enhancements, tests)
 * 
 * Review Details:
 * - Reviewed By: developer@hack23.com
 * - Security Review: security@hack23.com
 * - Review Date: 2026-02-16
 * - Review Notes: Enhanced with audit logging, added comprehensive tests
 * 
 * ISMS Compliance:
 * - Policy: Secure Development Policy Section 🤖
 * - Controls: Rate limiting (DoS prevention), Audit logging
 * - Evidence: https://github.com/Hack23/ISMS-PUBLIC/blob/main/Secure_Development_Policy.md
 * 
 * Test Coverage: 95%
 * Security Tests: 3 test cases
 * Performance Tests: 2 test cases
 */
export class EPAPIRateLimiter {
  // Implementation...
}

Anti-Patterns

❌ Bad: Blindly Accepting AI Code

// GitHub Copilot suggested this - looks good, merging!
export async function handleUserData(data: any) {
  return await processData(data);  // No validation!
}

Why: Violates AI Development Governance - no review, no validation, no tests

❌ Bad: Including Secrets in AI Prompts

Prompt to Copilot: "Create API client with API key abc123xyz456"

Why: Violates Policy Section 🤖.4 - Never share secrets with AI

❌ Bad: No AI Disclosure

# Pull Request

Changed the search function.

Why: Violates transparency - significant AI-generated code must be disclosed

Evidence Portfolio

Reference Implementations

  1. European Parliament MCP Server

  2. Citizen Intelligence Agency (CIA)

  3. Black Trigram Game

Policy Documents

GitHub Copilot Integration

Custom Agents Best Practices

  1. Clear Purpose: Each agent has specific expertise
  2. Security Focus: Security controls in all agent instructions
  3. Evidence Links: Reference Hack23 repos for patterns
  4. Human Review Reminder: Always remind users to review
  5. ISMS Alignment: All agents reference ISMS policies

Skills Best Practices

  1. Pattern-Based: Teach patterns, not specific solutions
  2. Auto-Activation: Skills activate based on context
  3. Evidence-Backed: Include working examples from real repos
  4. Compliance-Focused: Map patterns to ISMS policies
  5. Test-Driven: Include testing patterns

AI Development Checklist

  • AI tool disclosed in PR description
  • AI-generated code percentage estimated
  • All AI code reviewed and understood
  • Security controls validated
  • Tests achieve 80%+ coverage
  • ISMS compliance verified
  • No secrets in code or prompts
  • Documentation includes AI disclosure
  • Security review completed (if security-critical)
  • CodeQL/SAST passing
  • Appropriate ISMS policies referenced

ISMS Compliance

This skill enforces:

  • AI-001: AI as proposal generator principle
  • AI-002: PR review requirements for AI code
  • AI-003: Custom agent governance
  • AI-004: AI security requirements

Policy Reference: Hack23 Secure Development Policy Section 🤖