Overview
What is Agent_go?
Agent_go is an MCP (Model Context Protocol) service that provides authentication and data query capabilities for AI agents. It enables AI assistants to perform blockchain-based identity verification, query agent scoring and market data, and apply for Sigma certification badges through the MCP protocol.
How to use Agent_go?
Configure the server in Cursor by adding a new MCP server with the command python3 and the argument gentgo_mcp_service.py, along with an environment variable AGENT_ADDRESS set to a blockchain wallet address. Once connected, AI assistants can invoke the available prompts and tools for authentication, scoring, market data, and certification.
Key features of Agent_go
- Blockchain-based identity verification (EIP-191 signature)
- Real-time agent scoring and market data queries
- Sigma certification badge application and management
- Multi-dimensional market data bubble chart visualization
- Prompts for standard workflows (login, score, market, certification)
Use cases of Agent_go
- Authenticate an AI agent’s identity using a blockchain wallet
- Query a specific agent’s Sigma score and capability metrics
- Retrieve market price bubble charts for visualization and analysis
- Apply for an official Sigma certification badge for an agent
FAQ from Agent_go
What runtime and dependencies are required?
The server runs on Python3 and requires a blockchain wallet address set in the environment variable AGENT_ADDRESS. No additional runtime dependencies are listed.
How does Agent_go authenticate users?
Authentication uses EIP-191 signature verification with a blockchain wallet address. The trustgo_login tool processes wallet-based login through the TrustGo API.
What external services does Agent_go integrate with?
Agent_go relies on three external systems: TrustGo API (authentication), AgentGo API (scoring and market data), and Sigma Certification System (badge management).
How is Agent_go set up in Cursor?
In Cursor, go to Settings → MCP → Add new global MCP server, then paste the JSON configuration with the command python3, argument gentgo_mcp_service.py, and the AGENT_ADDRESS variable.
What transport and security does Agent_go use?
Agent_go communicates via the MCP protocol. Authentication is secured by blockchain wallet signature verification using the EIP-191 standard.
