#evm

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MCP server for managing EVM keys and deploying smart contracts via Infura

A MCP (Master Control Program) server for interacting with EVM smart contracts with a web interface for transaction confirmations

A TypeScript MCP server that leverages the MCP SDK to support all Ethereum JSON-RPC calls, enabling AI models to interact with blockchain data.

A Model Context Protocol (MCP) server for metacontract smart contract development.

An MCP server that gives AI agents fast access to verified EVM chain information, including RPC URLs, chain IDs, explorers, and native tokens.

ZAN MCP Server is a server implementation based on the Model Context Protocol specification, specifically designed for ZAN.top blockchain node services. It provides various tools and interfaces for blockchain interaction, enabling AI assistants to seamlessly access and process blockchain data through the MCP protocol.

MCP server that provides LLM with tools for interacting with EVM networks

A toolkit for building micropayment-gated MCP servers

Web3 MCP server for EVM chains (at moment)

A simple, lightweight and fast MCP server that provides Solidity development capabilities using the Foundry toolchain (Forge, Cast, and Anvil).

Mirror of

A MCP server for doing ETH transactions in an EVM chain

Free token swaps for AI agents. No API keys. Returns executable transaction calldata for 40+ EVM chains.

MetaMask Embedded Wallets MCP (formerly Web3Auth) gives AI coding assistants live access to Embedded Wallets documentation, SDK references, integration examples, and community troubleshooting. MetaMask Embedded Wallets is not a wallet app itself, but embedded wallet infrastructure that helps developers add non-custodial Web3 wallets to web, mobile, and gaming apps using familiar login methods like Google, GitHub, email, SMS, and other OAuth or passwordless flows. This MCP server is built for real integration work. It lets agents search docs, fetch full documentation pages, retrieve complete example code, inspect SDK types and hooks, and surface real-world implementation issues. It is especially useful for tasks like choosing the right SDK, implementing social login, understanding key derivation behavior, avoiding wallet address changes caused by auth or configuration mistakes, and debugging framework-specific issues across React, Next.js, Flutter, React Native, and other platforms. Use it when you want an AI assistant to generate or review MetaMask Embedded Wallets integrations using current source material instead of stale model memory. Pair it with the MetaMask Embedded Wallets Skill for best results: the skill teaches the assistant how to reason about architecture, authentication, SDK selection, and common pitfalls, while this MCP server provides up-to-date docs, examples, SDK references, and implementation details.