The RTF Infrastructure implements multiple layers of security to protect against various attack vectors and ensure the safety of user funds and data.
- Dilithium512 digital signatures for quantum resistance
- Kyber encryption for secure key exchange
- SHA-3 hashing for quantum-safe operations
- Falcon signatures for lightweight applications
- zkSNARKs for privacy-preserving operations
- zkSTARKs for scalable proof verification
- Commitment schemes for data hiding
- Range proofs for value privacy
- MEV Protection with commit-reveal schemes
- Oracle Manipulation defense via Meta-Oracle Selector
- Bridge Attack prevention through Chain-of-Origin Guard
- Fraud Detection using AI-powered algorithms
- Formal Verification for critical contracts
- Audit Trail for all operations
- Emergency Protocols for incident response
- Circuit Breakers for automatic protection
We take security seriously and appreciate responsible disclosure of vulnerabilities.
DO NOT create public GitHub issues for security vulnerabilities.
Instead, please report security issues via:
- Email: [email protected]
- Subject:
[SECURITY] RTF Infrastructure Vulnerability Report - Encryption: Use PGP key if available
Please include the following information:
- Description of the vulnerability
- Steps to reproduce the issue
- Potential impact assessment
- Suggested fix if available
- Your contact information for follow-up
- Acknowledgment: Within 24 hours
- Initial Assessment: Within 72 hours
- Status Updates: Every 7 days until resolved
- Resolution: Target 30 days for critical issues
- Code Review: All code undergoes peer review
- Static Analysis: Automated security scanning
- Dynamic Testing: Runtime security validation
- Penetration Testing: Regular security assessments
- Smart Contract Audits: Third-party security firms
- Cryptographic Review: Academic cryptography experts
- Infrastructure Audit: Cloud security specialists
- Compliance Review: Regulatory compliance experts
- Security audit reports will be published after remediation
- Critical findings are addressed before mainnet deployment
- Regular re-audits ensure ongoing security
The bug bounty program covers:
- Smart Contracts: All deployed contracts
- Backend Services: Core Rust services
- Cryptographic Implementations: Post-quantum and ZK systems
- Cross-Chain Bridges: Inter-blockchain communication
- Oracle Systems: Price feed and data oracles
| Severity | Reward Range | Description |
|---|---|---|
| Critical | $10,000 - $50,000 | Remote code execution, fund theft |
| High | $5,000 - $15,000 | Privilege escalation, data breach |
| Medium | $1,000 - $5,000 | Information disclosure, DoS |
| Low | $100 - $1,000 | Minor security issues |
- No Social Engineering: Do not target RTF team members
- No DoS Attacks: Do not disrupt services
- Responsible Disclosure: Follow proper reporting procedures
- Legal Compliance: Ensure all testing is legal
- One Reward Per Issue: Duplicates receive reduced rewards
- Verify Contracts: Always verify contract addresses
- Use Hardware Wallets: For significant amounts
- Check Signatures: Verify transaction details
- Stay Updated: Follow security announcements
- Secure Coding: Follow security guidelines
- Regular Updates: Keep dependencies current
- Access Control: Implement proper permissions
- Logging: Maintain comprehensive audit logs
- Key Management: Use secure key storage
- Network Security: Implement proper firewalls
- Monitoring: Deploy security monitoring
- Incident Response: Have response procedures
- Reentrancy protection implemented
- Integer overflow/underflow checks
- Access control mechanisms
- Emergency pause functionality
- Upgrade mechanisms secured
- External call safety
- Gas limit considerations
- Front-running protection
- Secure key management
- Network segmentation
- Regular security updates
- Monitoring and alerting
- Backup and recovery
- Incident response plan
- Access logging
- Vulnerability scanning
- Multi-signature requirements
- Time-locked operations
- Emergency procedures
- Regular audits
- Team security training
- Secure communication
- Document classification
- Change management
- Security Lead: Primary incident coordinator
- Technical Lead: System remediation
- Communications: Public disclosure management
- Legal: Regulatory compliance
- Detection: Automated monitoring and manual reporting
- Assessment: Severity and impact evaluation
- Containment: Immediate threat mitigation
- Investigation: Root cause analysis
- Remediation: Fix implementation and testing
- Recovery: Service restoration
- Lessons Learned: Process improvement
- Internal: Immediate team notification
- Users: Transparent status updates
- Regulators: Compliance reporting
- Public: Post-incident disclosure
- Smart Contract Security Best Practices
- Infrastructure Security Guide
- Cryptographic Implementation Details
- Incident Response Procedures
- Static Analysis: Slither, MythX, Semgrep
- Dynamic Testing: Echidna, Manticore
- Formal Verification: Certora, TLA+
- Monitoring: Forta, OpenZeppelin Defender
- Regular security training for all team members
- Participation in security conferences and workshops
- Collaboration with security research community
- Continuous learning and improvement
- Security Team: [email protected]
- Emergency Contact: +1-XXX-XXX-XXXX
- PGP Key: [Available on request]
- Security Updates: Follow @RTFSecurity on Twitter
RTF Infrastructure complies with:
- SOC 2 Type II security standards
- ISO 27001 information security management
- NIST Cybersecurity Framework
- GDPR data protection requirements
- Financial industry security standards
We thank the following security researchers and organizations:
- [Security researchers who have contributed]
- [Audit firms who have reviewed our code]
- [Academic institutions providing research]
This security policy is regularly updated to reflect current best practices and emerging threats. Last updated: July 20, 2024