gpartin/WaveGuardClient
🔌 MCP Servergpartin
Physics-based anomaly detection for blockchain data using Klein-Gordon wave equations via MCP.
WaveGuardClient represents a unique intersection of theoretical physics and cybersecurity. By utilizing the Klein-Gordon wave equation—a relativistic quantum field equation—to model data streams, the server identifies anomalies that traditional statistical methods might overlook. This approach allows for a more nuanced understanding of data volatility and structural shifts in blockchain environments. The server is designed to run on GPU-accelerated infrastructure, ensuring that the computationally intensive wave simulations remain performant for real-time applications. Key features include a comprehensive suite of nine tools: scan, fingerprint, compare, token risk analysis, wallet profiling, volume checking, and price manipulation detection. These tools empower AI agents to perform deep-dive security audits and risk assessments with an average precision of 0.90, making it a robust solution for developers building secure, data-intensive decentralized applications.
💡Highlights
- ├─Klein-Gordon wave equation modeling
- ├─9 specialized security tools
- └─GPU-accelerated anomaly detection
🎯For
- ├─Blockchain Security Engineers
- └─AI Agent Developers