Crypto Wallets

Claw WalletNon-Custodial Crypto Wallet for Windows

A free, open-source EVM wallet where keys stay on your desktop and AI agents get limited spending access. Setup steps, safety tips and key features.

Free Open source Windows: Yes v0.1.0 Updated 11 Apr 2026
11 min read Last update 11 Apr 2026 github.com/janespace-ai/claw-wallet

Claw Wallet is a free, open-source, non-custodial crypto wallet for developers and teams who want AI agents to handle on-chain payments without ever holding private keys. The project is published under the MIT license and is available as a Windows build or installer, with macOS and Docker also listed as platforms. Its core design keeps keys on your desktop while the agent works through a relay.

The current release is v0.1.0, and the code was last updated on April 11, 2026. That makes it a young project rather than a mature product, so it is worth testing with small amounts and reading the code before trusting it with larger balances. This page covers what the wallet does, how to install it, and how it compares with other wallets in the catalog.

02

What Is Claw Wallet and Why Do AI Agents Need a Separate Key Holder?

AI agents are increasingly asked to pay for things: API calls, data, compute or small purchases. The obvious shortcut is to give the agent a wallet with its keys inside the same process. That is risky, because any bug, prompt injection or leaked credential in the agent can drain the funds.

Claw Wallet separates the two roles. The Desktop app holds the keys and the policy rules, while the agent only asks for actions. Think of the agent as a clerk who can fill out payment forms but cannot open the safe. You decide, through limits and approvals, what the clerk may submit.

This model is still a young idea in practice. Most wallets were designed for people clicking buttons, not for software that makes decisions in a loop. Claw Wallet is one attempt to make the agent useful without giving it the keys.

03

Who Is Claw Wallet For?

The wallet fits developers who are building or testing agents that need to move crypto on EVM networks. A typical example is a research script that pays for a data API in USDC on Base and needs a hard daily cap in case it loops. Another is a small team that wants a human to approve every transfer during the first weeks, then moves to autonomous mode for low-value tasks.

It is also a reasonable choice for hobbyists who want to learn how agent-driven payments work before committing real money. Starting in supervised mode with a small balance and a short whitelist keeps the experiment contained.

Claw Wallet is less suited to people who want a consumer app with exchange integrations, token swaps in a polished interface, or support for non-EVM blockchains. If your main goal is simply holding coins for yourself, a more established general-purpose wallet from the catalog may be a better fit.

04

Key Terms: Seed Phrases, Derived Accounts and Spending Limits Explained

Understanding a few terms makes the wallet much easier to use safely:

  • Seed phrase: a list of words that can regenerate all the keys in your wallet. Anyone who has it controls the funds, so it should be written down and stored offline.
  • Derived account: an address produced from the same seed using a numbered path. The BIP-44 path m/44'/60'/0'/0/n is the standard used for EVM accounts, where n counts up from zero.
  • ERC-20 token: a token standard on EVM networks. Stablecoins such as USDT and USDC are common examples.
  • Address whitelist: a list of approved recipients. Payments to any other address are blocked or sent to the approval queue.

Spending limits work together with these concepts. A per-transaction cap stops a single large mistake, while a daily cap limits the total damage a runaway process can do in one day. Using both is more protective than relying on either alone.

05

Key features

Non-custodial design with no secrets on the agent

Your private keys stay on the Desktop app, and the AI agent never receives or stores secret material. The agent sends requests, and you decide what gets signed. Because the keys never leave your machine, a compromised agent process has nothing to steal. This split is the core reason the wallet is described as non-custodial.

End-to-end encryption through the relay

Traffic between the Desktop app and the agent passes through a relay that handles only encrypted data. The wallet uses X25519 key exchange with AES-256-GCM encryption, so the relay sees ciphertext and cannot read the content of messages. The server that routes the traffic therefore has no access to plaintext, even though it sits between the two sides.

Automatic pairing and reconnection

Pairing is a one-time setup. After you connect the agent to the Desktop app once, the link re-establishes on its own after restarts. You do not have to repeat the process each day. This suits agents that run on servers or in long-running scripts, where nobody is present to repeat the setup by hand.

Three-level verification on every reconnect

Each reconnection is checked three ways: the agent's public key, the device fingerprint, and an IP policy. Every layer must match what you approved earlier. Together they mean that a stolen key on its own is not enough to take over a session, which adds a useful barrier against impersonation.

Keystore V3 encryption for keys at rest

Keys stored on disk use the Keystore V3 format, encrypted with AES-256-GCM. The encryption key is derived from your password using scrypt, a memory-hard function that makes brute-force guessing expensive. Keep the password safe, because without it the stored keys cannot be opened.

Policy engine with spending controls

You can set per-transaction and daily spending limits, restrict payments to an address whitelist, and route larger actions into an approval queue. These rules sit between the agent and the signing step, so a misbehaving agent cannot exceed the caps you configured. Reviewing the queue regularly is how you stay in control of what it does.

Eight EVM networks out of the box

The wallet works with eight EVM networks: Ethereum, Base, Linea, Arbitrum, BNB Chain, Optimism, Polygon and Sei. Because it is built around the EVM standard, you can extend it to any other EVM-compatible chain. Accounts on these networks share the same address format, which keeps account handling consistent across chains.

Sub-account recovery during restore

When you restore a wallet from its seed phrase, the software scans for derived accounts that follow the BIP-44 path m/44'/60'/0'/0/n and brings them back. This matters if you have used several accounts from one seed, because they can all be recovered without manual re-creation of each address.

Supervised and autonomous operating modes

Supervised mode asks a human to approve each action, which suits new setups and higher-value transfers. Autonomous mode lets the agent act on its own within the limits you set. Switching between them lets you start cautiously and loosen control once your rules have proven reliable in practice.

Agent contacts with a peer-to-peer address book

The wallet includes a peer-to-peer address book where you save contacts and resolve their names to addresses. Instead of pasting long hexadecimal strings, the agent can refer to a saved name. Names reduce typing errors, although you should still check the resolved address before approving a payment.

Background balance monitoring

The app polls balances in the background to watch for incoming transfers, so you see deposits without refreshing manually. This is useful when an agent or a customer sends funds and you want to confirm that the payment arrived. It gives you a simple way to track incoming activity across your accounts.

Local transaction history

The wallet keeps a local cache of your transactions with full records of past activity. Because the cache lives on your computer, you can review previous transfers without depending on an external service to rebuild them. This is handy for bookkeeping, for checking what an agent did while you were away, or for reconciling payments.
06

Supported coins

Claw Wallet is built around EVM networks. Its documentation names Ethereum (ETH), Polygon, BNB Chain, Arbitrum, Optimism and Base, and it also handles ERC-20 tokens, including USDT and USDC. Because the wallet can be extended to any EVM chain, support is not limited to a fixed list, though the built-in networks are the ones described in the project's documentation.

07

How to install Claw Wallet on Windows

  1. 1

    Get the Windows release

    Open the project's GitHub Releases page at github.com/janespace-ai/claw-wallet and download the Windows build or installer for the latest version, v0.1.0. Download only from the official website or GitHub Releases, and avoid mirrors or download links shared in chats. The project also lists macOS and Docker builds, but this guide covers Windows.

  2. 2

    Verify the file before running it

    Compare the file's SHA-256 checksum with the value published alongside the release. If the project provides a signature, check that as well. Do not run a file whose hash does not match the published value, even if it appears to come from a legitimate source.

  3. 3

    Run the installer

    Start the Windows installer, or unpack the build and launch the app, then follow the on-screen prompts. If Windows shows a security prompt, confirm that the file matched the checksum before you continue. Choose a folder you control and keep the installation files until setup is complete.

  4. 4

    Create or restore your wallet

    Create a new wallet or restore an existing one from its seed phrase. Write the seed phrase on paper, store it offline, and never type it into a website or send it to anyone. If you restore, the sub-account scan will bring back derived accounts that were in use.

  5. Pair your agent

    Start the pairing process from the Desktop app and connect your agent. This one-time setup is all that is required. After restarts, the connection reconnects automatically, so you do not need to pair again unless you reset the setup.

08

How to use Claw Wallet

Once the wallet is installed and paired, a short routine keeps your setup predictable. Start in supervised mode while you learn how requests appear and how the approval queue works.

  1. Open the Desktop app and confirm that the agent shows as connected after your last restart.
  2. Set a per-transaction limit that is small enough to tolerate a mistake, and a daily limit for the total you are comfortable exposing.
  3. Add only the recipient addresses you need to the whitelist, and label them in the address book so names are easy to recognize.
  4. Send a small test transfer on a single network, such as Base, and check the amount, recipient and fee before approving it.
  5. Review the approval queue each time a request arrives, rejecting anything you did not expect.
  6. After a few days of reliable behavior, consider moving low-value, repetitive tasks to autonomous mode, while keeping the daily cap in place.

Check the transaction history after each session to confirm that everything matches what you approved.

09

Pros & cons

Pros
  • Private keys stay on the Desktop app, and the agent holds no secrets
  • The relay sees only ciphertext, protected by X25519 and AES-256-GCM
  • Per-transaction and daily limits, whitelists and an approval queue add real control
  • Supervised mode lets a person approve every action before it is signed
  • Free and MIT-licensed, so the code is open for anyone to review
  • Eight EVM networks are supported from the start, with room to add more
Cons
  • Version v0.1.0 indicates an early release, so interfaces and behavior may change
  • The wallet is focused on EVM networks, so non-EVM chains are not covered
  • Several concepts, from pairing to policy rules, take time to understand for beginners
  • Losing access to the desktop without a backed-up seed phrase or keystore password can lock you out of funds
10

Is Claw Wallet safe?

Claw Wallet handles private keys and money, so safety comes first. Download only from the official website or GitHub Releases, and check the SHA-256 checksum or signature before running the installer. Never enter your seed phrase on a third-party website, in a chat or in a form that asks for it. Keep the Keystore password separate from the seed phrase, and store both offline. The project's last code update was on April 11, 2026, so it is not abandoned, but v0.1.0 is an early version. Check the latest version on the official website before installing, read the open-source code if you can, and start with small amounts while you test your limits.

  • Official source only. Download from github.com/janespace-ai/claw-wallet. Ignore ads and lookalike domains.
  • Check the SHA-256. Compare the installer hash with the value the developer publishes before running it.
  • Never share your seed phrase. No developer, support agent or website — including CryptApps — will ever ask for it.
11

Alternatives

Claw Wallet is closest in purpose to WAIaaS, which is also a self-hosted wallet for AI agents. WAIaaS covers EVM and Solana, while Claw Wallet is focused on EVM networks. Claw Wallet's main distinction is its split design, where the Desktop app holds the keys and the agent holds none, combined with spending limits and an approval queue. Cake Wallet is a non-custodial, multi-currency wallet aimed at people managing their own coins, so it suits a different audience. MyTonWallet is a feature-rich web wallet and browser extension for TON, and BitPay Wallet (Copay) is the wallet of the BitPay ecosystem. If you want agent-driven payments on EVM chains, Claw Wallet is the more specialized choice.

12

Specifications

Price
Free
Type
Open source
License
MIT
Latest version
v0.1.0
Last update
11 Apr 2026
Windows support
Yes (Windows build or installer)
Source code
github.com/janespace-ai/claw-wallet
13

Frequently asked questions

Yes, Claw Wallet is free. It is released under the MIT license and is open source, so you can read the code, build it yourself or use the ready-made Windows build or installer. Network fees for transactions are separate from the software cost and depend on the blockchain you use.

Claw Wallet is designed to keep private keys on your desktop, away from the AI agent, and it encrypts stored keys with AES-256-GCM. It is still an early version, v0.1.0, so it is wise to test with small amounts first. Verify the download checksum and protect your seed phrase and password.

Claw Wallet supports eight EVM networks: Ethereum, Base, Linea, Arbitrum, BNB Chain, Optimism, Polygon and Sei. It can also be extended to other EVM-compatible chains. It works with ERC-20 tokens, including stablecoins such as USDT and USDC, on those networks.

No. The private keys are kept on the Desktop app, and the AI agent holds no secret material. Communication between the two passes through a relay, which sees only encrypted traffic. The relay cannot read the content, so it does not have access to the keys.

No. Pairing is a one-time setup. After the initial connection, the link reconnects automatically after restarts. Each reconnection is checked with the agent's public key, device fingerprint and IP policy, so the process remains secure without manual steps each time.

In supervised mode, a human must approve each action before it is signed. In autonomous mode, the agent can act on its own, but only within the spending limits, whitelist and policies you set. Many users begin in supervised mode and switch to autonomous mode for low-value, repetitive tasks.

Yes. During wallet restore, Claw Wallet scans for derived accounts that follow the BIP-44 path m/44'/60'/0'/0/n and recovers them. This works when you restore from the same seed phrase, so accounts created earlier from that seed can be brought back without manual steps.

14

Verdict

Claw Wallet suits developers, small teams and curious hobbyists who want AI agents to make limited EVM payments without holding the keys themselves. Its split design, encrypted relay, spending limits and approval queue give you meaningful control, and the MIT license keeps the code open to review. The trade-offs are real: it is an early v0.1.0 release, it focuses on EVM networks, and it asks you to understand seed phrases and policies. If you fit that profile, start in supervised mode with a small balance and expand from there.

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