LUXBIN implements multiple layers of security to protect users, validators, and the network. Our security model combines traditional blockchain security with temporal cryptography innovations.
DO NOT create public GitHub issues for security vulnerabilities.
- Email: security@luxbin.ai
- PGP Key: Available at https://luxbin.ai/security/pgp
- Response Time: Within 24 hours for critical issues
- Description of the vulnerability
- Steps to reproduce
- Potential impact assessment
- Suggested mitigation (optional)
- Your contact information for follow-up
Time-Based Key Generation:
- Entropy derived from millisecond-precision timestamps
- Anti-replay protection through temporal windows
- Quantum-resistant temporal patterns
Validation Mechanisms:
- Temporal proof verification
- HMAC-based result validation
- Escrow-protected payments
Provider Authentication:
- API key validation for AI providers
- Rate limiting and abuse prevention
- Secure off-chain computation
Result Verification:
- HMAC signatures on all AI outputs
- Temporal proof validation
- Economic penalties for malicious providers
Substrate Security Features:
- Babe consensus algorithm
- Grandpa finality gadget
- Validator slashing conditions
LUXBIN-Specific Security:
- Temporal validation rules
- Energy consumption monitoring
- AI provider reputation system
- Off-chain worker security (inherited from Substrate)
- AI provider API key management
- Temporal entropy quality assessment
- Multi-signature requirements for critical operations
- Time-locked smart contracts
- Emergency pause functionality
We offer rewards for security researchers who help improve LUXBIN's security:
- Critical: $10,000 - $50,000 (remote code execution, consensus attacks)
- High: $5,000 - $10,000 (fund theft, denial of service)
- Medium: $1,000 - $5,000 (privacy leaks, privilege escalation)
- Low: $100 - $1,000 (information disclosure, minor issues)
- Follow responsible disclosure guidelines
- No public disclosure until fix is deployed
- Include detailed reproduction steps
- Allow reasonable time for fixes
- Run nodes on dedicated hardware
- Use hardware security modules (HSM) for keys
- Keep software updated
- Monitor energy consumption patterns
- Implement rate limiting
- Validate all inputs
- Use secure API key management
- Monitor for anomalous usage patterns
- Use hardware wallets for large holdings
- Verify transaction details
- Monitor temporal key validity
- Use reputable AI providers
- Substrate Framework: Comprehensive security audit by Trail of Bits
- Temporal Cryptography: Independent mathematical review
- AI Compute Pallet: Smart contract security assessment
- Full system security audit (Q2 2024)
- AI provider integration audit
- Performance and DoS analysis
- Detection: Automated monitoring alerts
- Assessment: Security team evaluates impact
- Containment: Implement temporary measures
- Recovery: Deploy fixes and patches
- Lessons Learned: Post-mortem and improvements
- Security incidents communicated via official channels
- Transparent disclosure of impact and resolution
- User guidance for protection
- Hash Functions: SHA-512, Blake2b
- Digital Signatures: Ed25519
- HMAC: SHA-512 based
- Temporal Entropy: Custom time-based patterns
- Hierarchical deterministic key derivation
- Secure key storage requirements
- Key rotation procedures
- Emergency key recovery protocols
- Rate limiting on all endpoints
- Proof-of-work for expensive operations
- Validator reputation system
- Geographic distribution requirements
- Transaction amount hiding
- Temporal proof obfuscation
- AI query privacy preservation
- Metadata minimization
- 24/7 network monitoring
- Automated vulnerability scanning
- Penetration testing
- Code review requirements
- Regular security patches
- Emergency hotfixes for critical issues
- Backward compatibility considerations
- User communication protocols
Security is our top priority. We are committed to maintaining the highest standards of security for the LUXBIN network and its users.
For security-related questions, contact security@luxbin.ai