Create an AI system that provides continuous security monitoring for deployed smart contracts:
- Real-Time Monitoring: Monitor deployed contracts 24/7
- Anomaly Detection: Detect anomalous behavior in real-time
- Vulnerability Scanning: Continuously scan for new vulnerabilities
- Dependency Monitoring: Monitor dependencies for security updates
- Configuration Drift: Detect configuration changes that affect security
- Trend Analysis: Analyze security trends over time
- Predictive Alerting: Predict potential security issues before they occur
- Integration with Incident Response: Integrate with incident response systems
Requirements:
- Build real-time monitoring infrastructure
- Implement anomaly detection for on-chain behavior
- Create continuous vulnerability scanning
- Build dependency monitoring
- Implement configuration drift detection
- Create trend analysis and reporting
- Build predictive alerting using ML
- Implement integration with incident response
- Create dashboard and alerting system
- Build integration with blockchain data providers
Acceptance Criteria:
- Monitor contracts with <1 minute latency
- Detect 90%+ of anomalous behavior
- Predict 60%+ of security issues before they occur
- Alert false positive rate <5%
- Comprehensive dashboard and reporting
- Integration with existing security tools
- 99.9% uptime for monitoring system
Difficulty: Critical - Requires real-time systems expertise, monitoring infrastructure
Create an AI system that provides continuous security monitoring for deployed smart contracts:
Requirements:
Acceptance Criteria:
Difficulty: Critical - Requires real-time systems expertise, monitoring infrastructure