--- description: Security & Audit Workflow for AITBC Platform --- # Security & Audit Workflow This workflow covers comprehensive security auditing and review for the AITBC platform. ## Status Summary **Initial Audit Phase:** βœ… Completed (2026-05-11) The initial internal security audit has been completed with the following deliverables: - Security findings documented (20 findings: 3 Critical, 10 High, 7 Medium) - Threat model created - Economic analysis completed - Remediation plan developed - CI/CD security scanning enhanced **Remediation Implementation:** βœ… Partially Completed (2026-05-11) - **Phase 1 (Critical):** βœ… Complete (3/3 findings resolved) - ECDSA verification bypass - Mitigated - Mock ZK proof verification - Resolved - Unlimited token minting - Resolved - **Phase 2 (High):** πŸ”„ Partial (5/10 findings resolved, 5 deferred) - βœ… Circom circuit constraints (3 findings) - Resolved - βœ… ZK proof implementation security (5 findings) - Resolved/Mitigated - ⏸️ Smart contract economic security (5 findings) - Deferred to dedicated sprint - **Phase 3 (Medium):** ⏸️ Deferred (0/7 findings resolved, 7 deferred) - All Medium findings require smart contract upgrades - Deferred to dedicated smart contract security sprint **Smart Contract Security Sprint:** ⏳ Not Started - Scope: 8 deferred findings (5 High, 3 Medium) - Components: AgentStaking.sol, AIServiceAMM.sol, EscrowService.sol - Requires: Contract development, testing, migration strategy, governance approval **Third-Party Audit:** Not yet initiated - pending completion of non-smart-contract remediations ## Prerequisites - Access to all source code repositories - Documentation of system architecture - List of third-party dependencies - Smart contract source code - Circom circuit source code - Budget for third-party security audit (if applicable) ## Steps ### 1. Professional Third-Party Security Audit 1. **Select security audit firm** - Research reputable blockchain security firms - Evaluate expertise in: smart contracts, ZK proofs, zero-knowledge systems - Compare pricing and timelines - Check references and past audits 2. **Prepare audit scope** - Define components to audit: - Smart contracts (Solidity) - ZK circuits (Circom) - Coordinator API (Python/FastAPI) - Blockchain node (Python) - Wallet daemon (Python) - Define audit timeline and deliverables - Prepare architecture documentation - Provide threat model documentation 3. **Engage audit firm** - Sign NDAs and contracts - Provide access to code repositories - Schedule kickoff meeting - Define communication channels 4. **Review audit findings** - Receive audit report - Categorize findings by severity (Critical, High, Medium, Low) - Review each finding with engineering team - Estimate remediation effort 5. **Implement security fixes** - Create issue tickets for each finding - Prioritize Critical and High findings - Implement fixes with proper testing - Document remediation steps 6. **Re-audit** - Submit fixed code for re-audit - Verify all findings are resolved - Obtain final audit report - Publish audit summary (if appropriate) ### 2. Circom Circuit Security Review 1. **Circuit code review** - Review all Circom circuits in `apps/zk-circuits/` - Check for common vulnerabilities: - Arithmetic overflow/underflow - Incorrect constraint definitions - Side-channel attacks - Privacy leaks - Verify circuit correctness with test vectors 2. **Constraint analysis** - Analyze constraint complexity - Check for unnecessary constraints - Verify witness generation correctness - Test circuit with edge cases 3. **Proving system review** - Review Groth16 proving key generation - Verify trusted setup ceremony process - Check verification key security - Test proof generation and verification 4. **Performance optimization** - Analyze circuit size and proving time - Optimize constraint count - Implement circuit caching - Benchmark proving performance ### 3. ZK Proof Implementation Audit 1. **API endpoint security** - Review ZK proof endpoints in coordinator API - Check input validation - Verify proof verification logic - Test with malicious inputs 2. **Circuit integration review** - Review integration of Circom circuits with Python - Check witness generation security - Verify proof serialization/deserialization - Test proof verification pipeline 3. **Privacy verification** - Verify zero-knowledge properties - Check that sensitive data is not leaked - Test with privacy-sensitive scenarios - Verify confidentiality guarantees 4. **Error handling** - Review error messages for information leaks - Test error paths - Verify graceful degradation - Check logging sensitivity ### 4. Token Economy and Attack Vector Review βœ… **COMPLETED** (2026-05-11) 1. **Economic model analysis** - βœ… Reviewed token distribution and vesting - βœ… Analyzed incentive mechanisms - βœ… Checked for economic attack vectors: - Pump and dump - Front-running - MEV extraction - Sybil attacks 2. **Smart contract economic security** - βœ… Reviewed staking mechanisms - βœ… Checked reward distribution logic - βœ… Verified slashing conditions - βœ… Analyzed governance token economics 3. **Market manipulation prevention** - βœ… Reviewed marketplace pricing mechanisms - βœ… Checked for oracle manipulation risks - βœ… Verified liquidity protection - βœ… Analyzed arbitrage opportunities 4. **Game theory analysis** - βœ… Analyzed Nash equilibria - βœ… Checked for dominant strategies - βœ… Verified incentive alignment - ⏳ Test economic simulations (pending) **Findings:** 9 issues documented in `docs/security/audit-findings.md` ### 5. Security Findings Documentation and Remediation 1. **Create security findings document** - Document: `docs/security/audit-findings.md` - Structure by component and severity - Include: description, impact, remediation, status - Track remediation progress 2. **Create remediation plan** - Prioritize findings by severity - Assign owners and timelines - Create issue tickets - Track progress in project management tool 3. **Implement fixes** - Fix Critical findings first - Add comprehensive tests for fixes - Perform regression testing - Update documentation 4. **Security hardening** - Implement defense in depth - Add additional security layers - Improve monitoring and alerting - Update security policies 5. **Post-audit improvements** - Update development practices - Add security testing to CI/CD - Implement security training - Establish security review process ## Verification - [ ] Third-party audit firm selected and engaged - [ ] Audit scope defined and documented - [ ] Circom circuits reviewed and optimized - [ ] ZK proof implementation audited - [ ] Token economy analyzed for attack vectors - [ ] Security findings documented - [ ] Critical and High findings remediated - [ ] Re-audit completed and findings resolved - [ ] Security hardening implemented - [ ] Security practices updated ## Troubleshooting - **Audit firm unavailable**: Expand search to include more firms, consider remote audit firms - **Circuit review finds issues**: Consult Circom community, review best practices, consider circuit redesign - **Economic model vulnerabilities**: Consult economic experts, consider simulation testing, adjust incentives - **Remediation blocked**: Escalate to management, prioritize critical fixes, consider temporary mitigations ## Related Files **Source Code:** - `apps/zk-circuits/*.circom` - `apps/coordinator-api/src/app/routers/zk_applications.py` - `apps/coordinator-api/src/app/routers/ml_zk_proofs.py` - `apps/coordinator-api/src/app/services/zk_proofs.py` - `apps/coordinator-api/src/app/services/zk_memory_verification.py` - `contracts/contracts/AIToken.sol` - `contracts/contracts/AgentStaking.sol` - `contracts/contracts/AIServiceAMM.sol` - `contracts/contracts/EscrowService.sol` **Security Documentation:** - `docs/security/audit-findings.md` - All 20 security findings - `docs/security/threat-model.md` - Comprehensive threat model - `docs/security/economic-analysis.md` - Economic security analysis - `docs/security/remediation-plan.md` - 3-phase remediation plan **CI/CD:** - `.gitea/workflows/security-scanning.yml` - Enhanced security scanning workflow