What problem does it solve?
Distributed consensus protocols are vulnerable to Byzantine, Sybil, Eclipse, and DoS attacks, and securing them requires complex cryptographic infrastructure that is difficult to implement correctly from scratch.
Core Features & Use Cases
- Threshold Cryptography: Distributed key generation and threshold signature creation using Lagrange interpolation on secp256k1 curves.
- Attack Detection: Real-time monitoring for Byzantine contradictions, Sybil identity patterns, Eclipse connection clustering, and DoS request anomalies.
- Key Management: Automated key rotation, encrypted backup shares, and recovery protocols with integrity checksums.
- Use Case: When running a Byzantine fault-tolerant consensus round, wrap the coordinator with the security layer to sign proposals with threshold signatures, monitor for malicious nodes, and verify result integrity before accepting consensus output.
Quick Start
Invoke the security-manager agent to secure my distributed consensus protocol with threshold signatures and Byzantine attack detection.