Concordium MCP Server

What is Concordium MCP Server?

An MCP server that allows AI agents to communicate with the Concordium blockchain through natural language. It enables querying accounts, blocks, tokens, validators, smart contracts, and network status without writing code.

How to use Concordium MCP Server?

Configure the server in your MCP client (e.g., Claude Desktop) using either Docker or a local Node.js setup. Set environment variables like CCD_NETWORK (mainnet or testnet), CCD_PORT, CCD_SECURE, and CCD_TIMEOUT. For HTTP transport, run node dist/http-server.js and connect to localhost:3001/sse.

Key features of Concordium MCP Server

• Natural language queries for chain data.
• Account details, balance, and staking info.
• Block details, transaction events, and height queries.
• CIS-2 token balance checks.
• Validator list, pool details, and passive delegation.
• Smart contract instances and deployed modules.

Use cases of Concordium MCP Server

• Check an account’s CCD balance or staking status.
• Retrieve the latest block or transaction events.
• List active validators and view pool details.
• Get CIS-2 token balance for a wallet and contract.
• Monitor network consensus and node health.

FAQ from Concordium MCP Server

What networks are supported?

The server supports mainnet and testnet via the CCD_NETWORK environment variable (default mainnet).

What are the runtime requirements?

Node.js 20+ and pnpm are required. Docker is optional for containerized deployment.

How can I deploy the server in the cloud?

Use the provided scripts fly-deploy.sh, railway-deploy.sh, or render-deploy.sh for one‑line cloud deployment.

Are there any limits on queries?

The validator list is limited to 100 entries. No other explicit limits are documented.

What transport options are available?

The server supports std