Ethereum Wallet Generator

What Ethereum Wallet Generator does

The Ethereum Wallet Generator MCP server provides six wallet-focused tools for AI assistants. It covers basic wallet creation, mnemonic-based wallets, key restoration, hierarchical deterministic account derivation, and vanity-address generation.

Available tools include:

• generate_wallet creates a random Ethereum wallet.
• generate_wallet_with_mnemonic creates a wallet using a BIP39 seed phrase.
• restore_wallet_from_mnemonic rebuilds a wallet from a mnemonic.
• restore_wallet_from_private_key rebuilds a wallet from a private key.
• derive_multiple_accounts derives several accounts from an HD wallet.
• generate_vanity_address searches for an address matching a requested pattern, such as a prefix or suffix.

The package also exposes documentation resources for BIP39, derivation paths, and language-specific BIP39 wordlists. These resources can help an assistant explain mnemonic and HD-wallet choices during a workflow.

How it works

The Ethereum Wallet Generator MCP server runs as a standalone Python package and exposes its operations through the Model Context Protocol. Its architecture separates the wallet logic from asynchronous MCP wrappers, allowing the underlying functions to be tested independently.

The repository describes the wallet servers as offline operations with no network calls. Keys are passed through the tools and are not persisted by the server. That does not remove the need for operational safeguards: anyone using the tools with real assets should inspect the code and understand how sensitive cryptographic material is handled.

HD account derivation and mnemonic handling use the repository’s Ethereum wallet tooling and documented derivation-path resources. Vanity generation is computationally different from ordinary wallet creation because it searches repeatedly until an address matches the requested pattern.

Setup and configuration

Install the wallet server from the repository with:

pip install -e ./ethereum-wallet-mcp

The installed entry point is ethereum-wallet-mcp. For Claude Desktop, add an MCP server entry whose command is ethereum-wallet-mcp:

{
  "mcpServers": {
    "ethereum-wallet": {
      "command": "ethereum-wallet-mcp"
    }
  }
}

The repository also includes tests for this server, which can be run with pytest ethereum-wallet-mcp/tests/ -v.

Tools and capabilities

Choose the Ethereum Wallet Generator MCP server when an agent needs wallet creation or key-derived account operations rather than transaction signing, encrypted keystores, or message signing. Those functions are provided by separate MCP servers in the same repository.

A typical workflow can create a mnemonic wallet, derive additional accounts from an HD path, and then use the resulting address information in another operation. Restoration tools support both seed phrases and private keys.

The server is one of five MCP servers in the repository. The other packages handle keystores, signing, transactions, and validation, so combining them may be appropriate for a larger Ethereum workflow.

Limitations and notes

The Ethereum Wallet Generator MCP server handles sensitive wallet material. The repository warns users to review the code before using it with real assets. Although the listed server operations are described as offline and non-persistent, users remain responsible for protecting mnemonics and private keys returned to an AI client or terminal.

This listing documents wallet generation and derivation only. It does not establish that this server broadcasts transactions, stores keys, encrypts keystores, signs messages, or validates addresses; those capabilities belong to other components identified in the repository.