Does Hyperliquid Support Hardware Wallets? Complete Guide

Jan 26, 2026

Quick Answer

Yes — you can use a hardware wallet with Hyperliquid, but typically indirectly: you connect through an EVM wallet interface (browser extension or WalletConnect) that can use your device for signing, then approve connections and signatures on-device. Hyperliquid’s own onboarding flow is built around “normal DeFi wallets” (EVM wallets) or an email login option, rather than a dedicated “hardware wallet connect” button. (hyperliquid.gitbook.io)

If you’re deciding between email login vs. a wallet you fully control, the wallet-based path is usually preferred for users who want stronger self-custody guarantees. (hyperliquid.gitbook.io)

How Hyperliquid Wallet Signing Works (What Your Device Actually Protects)

Hyperliquid uses wallet signatures for key account actions (for example, enabling trading and authorizing withdrawals). In the official onboarding steps, you connect an EVM wallet and sign a “gas-less” action to enable trading; deposits from Arbitrum require an onchain confirmation in your wallet. (hyperliquid.gitbook.io)

For withdrawals, the docs describe an offchain signature (EIP-712 style typed data) that authorizes the withdrawal, while validators handle the onchain execution back to Arbitrum. This is precisely where a hardware device adds value: the private key never leaves the device, and you can verify what you’re signing on the device screen. (hyperliquid.gitbook.io)

What You Need Before You Start

Checklist

An EVM wallet interface that supports connecting to a signing device (extension or WalletConnect-style session). (hyperliquid.gitbook.io)
USDC on Arbitrum for deposits (plus a small amount of ETH on Arbitrum for gas when depositing). (hyperliquid.gitbook.io)
The correct app domain: use the official web app referenced by Hyperliquid’s docs. (hyperliquid.gitbook.io)

Important Deposit Note (Avoid the Most Common Mistake)

Hyperliquid’s support docs explicitly warn that only USDC deposits from the Arbitrum network are supported for the standard Arbitrum deposit route; sending other assets won’t credit your account. Always test with a small amount first. (hyperliquid.gitbook.io)

Step-by-Step: Using a Hardware Wallet With Hyperliquid (Safest Typical Flow)

1) Prepare your EVM wallet interface (device-connected account)

Connect your hardware device to your computer/phone as required by your wallet interface.
Create/select an account that is backed by the device.
Confirm you can see the same address on both:
- the wallet interface, and
- the device screen (address verification is critical for anti-phishing hygiene).

Hyperliquid’s onboarding expects you to connect using an EVM wallet, which is compatible with this setup. (hyperliquid.gitbook.io)

2) Connect to the official trading interface

Open the official web app listed in the docs: app.hyperliquid.xyz.
Click Connect and choose your wallet option.
Approve the connection request in your wallet interface, and confirm on-device if prompted.

This follows the official “connect with a defi wallet” flow. (hyperliquid.gitbook.io)

3) “Enable Trading” (signature step)

After connecting, you’ll see an Enable Trading prompt.

Approve the request and sign in your wallet interface.
If your account is device-backed, confirm the signing action on the device.

Hyperliquid documents this signature as part of onboarding (not a gas-spending transaction). (hyperliquid.gitbook.io)

4) Deposit USDC from Arbitrum

Navigate to deposit.
Select USDC on Arbitrum, enter the amount, and confirm the transaction in your wallet interface (and on-device). (hyperliquid.gitbook.io)

For deeper technical context on the bridge mechanics (including the minimum deposit amount described in the docs), see: Bridge2 (official docs). (hyperliquid.gitbook.io)

5) Withdraw safely (typed-data signature)

When withdrawing, pay extra attention to:

Destination address (verify carefully)
Amount
Any typed-data prompts your wallet shows

Hyperliquid’s Bridge2 docs describe the withdrawal flow as requiring a user signature (and no Arbitrum transaction initiated by the user). That signature is the security boundary your hardware device is designed to protect. (hyperliquid.gitbook.io)

Hyperliquid supports logging in with an email, which creates an address for you. However, the docs also describe an option to export the email wallet private key and import it into another wallet extension. That’s useful for recovery workflows, but it’s not the same as having keys generated and held by a hardware device from day one. (hyperliquid.gitbook.io)

If your goal is maximum self-custody and minimizing key-exposure risk:

Prefer connecting with a wallet you control (device-backed) instead of exporting/importing private keys.
Treat “export private key” as an emergency/recovery action, not a routine workflow. (hyperliquid.gitbook.io)

Using HyperEVM With a Hardware Wallet (Network Setup)

If you’re interacting with HyperEVM, Hyperliquid provides network parameters (including Chain ID 999 and the RPC URL) and suggests adding the network via Chainlist or manual configuration. Once added, device-backed signing works the same way as on other EVM networks: transactions are constructed in your wallet interface and signed on the device. (hyperliquid.gitbook.io)

References:

Troubleshooting (Common User Pain Points)

“Connect” works, but signing/approving fails

Try the following:

Update your wallet interface to the latest version
Switch browser or disable conflicting extensions
Reconnect the device and retry the signature step
If using mobile, consider a desktop extension first, then link mobile as described in: Connect mobile via QR code (official docs). (hyperliquid.gitbook.io)

Deposit didn’t arrive

Most cases are one of these:

Wrong asset or wrong network (Arbitrum USDC requirement)
Deposit below the minimum amount stated in the bridge documentation

Start here: Deposited via Arbitrum network (USDC) (official support doc). (hyperliquid.gitbook.io)

Security Best Practices (Why This Matters in 2026)

Wallet compromises and phishing remain dominant threats in crypto. Reports covering 2025 incidents highlight billions of dollars lost to hacks and scams, with a large share tied to compromised wallets — a reminder that improving key protection and reducing “hot signing” surface area is not optional for active traders. (investopedia.com)

Practical habits that pair well with a hardware device:

Use a dedicated address for trading (limit blast radius)
Bookmark the official app URL and avoid ads/sponsored links
Verify addresses on-device for deposits/withdrawals
Start with small test transfers when using a new network or bridge route
Keep your recovery phrase offline and never type it into a website

Where OneKey Fits (Optional but Practical)

If you’re planning to trade frequently while keeping stronger self-custody guarantees, a device like OneKey can be a good fit because it keeps signing keys off your computer/phone, and supports the common EVM workflows used by most onchain apps (connect → sign → confirm transactions). The key is to use a wallet interface that routes signatures to the device so you can verify critical actions (especially withdrawals) on-screen before approving.