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Mcp Moni

MCP Server

MCP Server: Mcp Moni

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Updated Apr 26, 2025

About

Note: All actions and queries are performed on the Monad testnet.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

MCP Moni Demo

MCP Moni bridges the gap between conversational AI and blockchain operations by exposing a rich set of Monad testnet capabilities through the Model Context Protocol (MCP). Developers who want to let Claude or other AI assistants manage assets, query on‑chain data, and launch NFT projects can do so without writing Solidity contracts or using command‑line tools. The server turns everyday blockchain tasks—balance checks, token transfers, NFT minting, and staking—into natural‑language commands that the AI can execute on behalf of a user.

The server solves the friction of learning blockchain APIs and handling cryptographic keys. By delegating all transaction signing to a pre‑configured test wallet, developers can prototype workflows safely on the Monad testnet. The integration with Claude Desktop means that a single chat window can become a full‑featured wallet: ask “What’s my MON balance?” or “Send 10 MON to address X” and receive a verified transaction confirmation—all without leaving the conversation.

Key features are grouped around core blockchain interactions:

  • Account Management – Retrieve MON or any ERC‑20 token balance, view an entire portfolio, and receive gas price estimates.
  • Asset Transfer – Generate transfer instructions or execute them directly; wrap and unwrap MON to WMON with simple commands.
  • Exploration – Query the latest blocks, fetch transaction details, and inspect on‑chain state.
  • NFT Operations – Generate artwork from text prompts, create collections on Magic Eden (Monad Testnet), and launch them with a single tool call.
  • DeFi Utilities – Get swap quotes, perform token swaps through an integrated DEX router, and stake MON for liquid staking tokens (aprMON).

These capabilities enable a variety of real‑world scenarios. A dApp developer can prototype a user onboarding flow where an AI assistant walks users through setting up a wallet, funding it, and minting their first NFT—all in natural language. A trader could use the swap tools to execute arbitrage strategies or monitor liquidity pools, while a content creator might generate and launch NFT collections without touching code. Because MCP Moni exposes its tools via the standard MCP interface, any AI model that understands MCP can leverage these features, making it a versatile component in automated blockchain workflows.