Walle - CLI Crypto Wallet for EVM Networks

Terminal-first wallet for everyday EVM actions: manage accounts, send native and ERC-20 transfers, and approve WalletConnect v2 requests from your command line.

What is Walle?

Walle is a CLI crypto wallet and terminal EVM wallet for Ethereum-compatible networks.

It focuses on practical wallet workflows in terminal UI:

• wallet creation and account management
• mnemonic/private key import
• native coin and ERC-20 transfer flows
• WalletConnect v2 request handling
• custom RPC chain setup

Screenshots

Key Features (Implemented)

• Works with EVM chains, including custom RPC networks.
• Supports multiple wallet accounts and chain switching.
• Supports native transfers and ERC-20 transfer / approve flows.
• Supports transaction confirmation with EIP-1559 gas fields.
• Supports mnemonic/private key import.
• Supports WalletConnect v2 session approval and request handling.
• Stores wallet data encrypted on disk using ethers wallet encryption.

Planned Features (Roadmap)

• Better support for WalletConnect typed data signing flows.
• Expanded contract interaction UX.
• NFT-related features.
• Support for non-EVM networks.

Installation

npm i -g @walleproject/cli

Alternative package managers:

yarn global add @walleproject/cli
pnpm add -g @walleproject/cli

Quick Start

walle

• Use Tab to switch active panels.
• Use arrow keys (Up / Down) to navigate actions.
• Check the in-app Help section for shortcuts and flow hints.

WalletConnect v2 Support Matrix

Current status is based on request handlers in the codebase.

Tech Stack

• TypeScript
• Node.js CLI + Ink (React for CLIs)
• ethers.js
• WalletConnect Sign Client v2
• Zustand state management

Developer Workflow

git clone https://github.com/Pobepto/walle.git
cd walle
npm install

Useful scripts:

• npm run dev - build in watch mode
• npm run build - production build
• npm run check - TypeScript type-check
• npm run format - format source files

Security Notes

• Keep your mnemonic phrase and private keys offline and never share them.
• Use dedicated wallets for testing and limit balances in hot wallets.
• Verify recipient addresses, chain IDs, and contract addresses before confirming.
• Wallet encryption reduces risk, but local machine compromise can still expose funds.
• This project is provided as-is, has no formal security audit, and is used at your own risk.
• You use this software entirely at your own risk and are solely responsible for transaction outcomes and private key storage.
• See SECURITY.md for supported versions, vulnerability reporting, and disclaimer details.

Contributing

Contributions are welcome.

• Open an issue for bugs or feature ideas.
• Submit a pull request with a clear description and reproduction steps (if bug fix).
• Keep changes focused and aligned with existing code style.

License

MIT License. See LICENSE.