Shardeum MCP Server

What is Shardeum MCP Server?

A Model Context Protocol (MCP) server that exposes Shardeum network and RPC operations as structured tool calls for AI agents, IDE assistants, and developer workflows. It enables agent-driven debugging, node/network inspection, and repeatable developer operations.

How to use Shardeum MCP Server?

Install dependencies with npm install, configure the RPC endpoint, and register the server in an MCP‑compatible client (e.g., Cursor) using the provided JSON config. Optionally build and run a Docker container.

Key features of Shardeum MCP Server

• Network and node inspection tools (node list, cycle info)
• Block and transaction inspection (by hash, number, receipt)
• Account and execution queries (balance, gas estimate, chain ID)
• Structured tool‑call interfaces over Shardeum RPC
• Secure error handling around network and RPC failures
• Dockerized deployment path for easy setup

Use cases of Shardeum MCP Server

• Query the current block number and latest cycle info
• List all network nodes and summarise their state
• Fetch a transaction receipt and explain its result
• Inspect an account’s balance and transaction count
• Automate distributed‑system debugging via an AI agent

FAQ from Shardeum MCP Server

What is the Shardeum MCP Server?

It is an MCP server that converts Shardeum distributed‑system RPC calls into explicit tool schemas, making agent actions easier to validate, debug, and constrain compared with free‑form scripts.

How do I install and configure the server?

Clone the repository, run npm install, set the desired Shardeum RPC endpoint in the server configuration, and register the MCP server in your client (e.g., Cursor’s mcpServers config).

What runtime dependencies are required?

Node.js is required to run the server directly; alternately, the provided Dockerfile allows containerised execution.

How does the server connect to the Shardeum network?

The server uses a configurable rpcUrl to connect to a Shardeum RPC endpoint, which must be reachable from the server’s environment.

Are there any security considerations?

The project has undergone a security assessment through MseeP and carries a verified badge. Error handling is built in for network and RPC failures, and the server provides structured, validated tool calls rather than arbitrary shell or HTTP access.