Best Hardware Wallets in 2026

Hardware wallets keep private keys offline and sign transactions on a dedicated device. The wallet usually shows transaction details on its own screen, so a connected phone or computer does not need to hold the signing key. A device can still be lost, damaged or tricked into approving the wrong address.

The list compares price, connectivity, secure-element use, firmware access, display type, supported assets and companion apps. Examples include NFC cards such as Tangem and USB-C or Bluetooth devices such as Ledger.

17 listings Updated Oct 21, 2026 How we rate
17 results

NFC hardware wallet with 14,100+ assets across 90+ blockchains

NFCSecure elementPartially open source
4.3

Air-gapped hardware wallet with QR signing, a CC EAL5+ chip and 10,000+ assets

QR code (air-gapped) · microSDSecure elementClosed source
4.1

Open-source hardware wallets supporting 100+ chains and 30,000+ coins and tokens

No KYCUSB-C · BluetoothSecure elementFully open source
4.1

Swiss-made open-source hardware wallet line launched in 2015 by Shift Crypto

Secure elementFully open sourceBitcoin-only
4.0

Air-gapped hardware wallet with three secure-element chips and QR signing

QR code (air-gapped) · microSDSecure elementFully open source
4.0

Hardware wallets with Secure Element chips, 100+ chains and 15,000+ supported assets

No KYCSecure elementPartially open sourcePrice from: $59
4.0

Open-source hardware wallet brand protecting crypto since 2013

Secure elementFully open source1,000 supported assets
4.0

Hardware wallet splitting private keys across an X1 Vault and four NFC cards

NFCSecure elementPartially open source
3.9

Hardware wallet lineup with air-gapped QR signing, EAL 6+ security and a $49.99 S1

Bluetooth · QR code (air-gapped)Secure elementPartially open source
3.9

Metal NFC cold-storage card from CompoSecure supporting 10,000+ assets across 27 blockchains

NFCSecure elementNo screen
3.8

Open-source Bitcoin hardware wallet with air-gapped QR signing and KeyOS apps

QR code (air-gapped)Fully open sourceAir-gapped signing
3.7

Air-gapped hardware wallet with EAL7 certification and QR-code signing

QR code (air-gapped)Secure elementAir-gapped signing
3.7

Open-source Bitcoin and Liquid hardware wallet with air-gapped QR signing

No KYCUSB-C · Bluetooth +1Fully open sourceAir-gapped signing
3.6

Open-source USB hardware wallet with an OLED display and no-KYC swaps across 11 native chains

No KYCUSB-CFully open sourceScreen + buttons
3.6

Hardware wallet with a 5-inch touchscreen and removable SafeCards, launched in 2020

Secure elementTouchscreenBattery
3.5

Bitcoin-only hardware wallet from Coinkite, founded in 2012

No KYCUSB-C · NFC +2Secure elementFully open source
3.3

Bitcoin wallet from Block using three keys in a 2-of-3 multisig design

Bitcoin-onlyTouchscreen1 supported assets
3.2

Buying guide

How hardware wallets work

A hardware wallet generates or imports private keys inside a dedicated device and keeps them away from the ordinary operating system. A phone or computer prepares an unsigned transaction, the wallet displays key details, and the device signs it. The signed transaction then returns to the connected app for broadcasting.

The recovery phrase is the main backup for many wallets. Anyone who obtains it can usually recreate the wallet elsewhere, so a phrase belongs on a physical backup rather than in a photo, cloud drive or password manager. Some products use seedless card backups or another recovery design. That changes the recovery process and its failure points.

How to choose

Price

Price covers the device, but shipping, taxes, replacement backups and transaction fees can change the total cost. Ledger is listed at $59. Tangem is described as a battery-free card wallet, but no price is given here.

Secure element and certification

A secure element is a chip designed to resist key extraction and certain physical attacks. Certification can show that a defined chip and process passed an assessment, but the scope matters. A weak offer may describe a secure element without naming the protected component, certification level or limits of the assessment. Physical access, supply-chain substitution and a compromised recovery phrase remain separate risks.

Open-source firmware

Fully open firmware lets outside reviewers inspect more of the code and build process. Partially open designs leave some components closed, often including security-sensitive code or device firmware. Closed firmware can still use hardware protections, but fewer parts can be independently examined. Tangem and Ledger are both described as partially open source.

Connectivity and air-gapped signing

USB-C and USB-A connect a wallet to a computer. Bluetooth adds phone access but creates another communication path. NFC can power or communicate with a battery-free card, while QR code signing and microSD can keep transaction transfer physically separate from a networked device. Air-gapped signing reduces direct connections, but it does not prevent a malicious transaction from being approved.

Screen and physical confirmation

A screen gives the wallet a trusted place to display addresses, amounts and fees. Touchscreens offer more room for details, while screens with buttons can reduce the input surface. A device with no screen relies on a phone or computer for confirmation, which makes address substitution harder to detect. Tangem is a screenless card wallet.

Supported coins

Asset counts need context. A wallet may support an asset through a companion app or a third-party app, and support can differ by model. Tangem lists support for 14,100-plus assets across 90-plus blockchains. Ledger is described as supporting 100-plus chains and 15,000 assets. Bitcoin-only firmware can reduce software scope, while a broad asset list adds more dependence on app and network integrations.

Passphrases and multisig

A BIP39 passphrase creates a wallet derived from the recovery phrase plus an extra secret. It can protect funds if the phrase is exposed, but losing the passphrase can make the wallet unrecoverable. Multisig requires signatures from more than one key and can reduce dependence on one device. The setup and recovery procedure need to be supported by the wallet and the software used with it.

Companion app and recovery

The companion app handles account viewing and transaction preparation, and sometimes supports firmware updates, trading or staking. App-based trading and staking are described for Ledger, but those services can add counterparty and smart-contract risks beyond offline key storage. Recovery may use a standard phrase or card backups, with an optional provider service. A recovery path that sends encrypted key material to a cloud service changes the threat model and needs a separate decision.

Costs and fees to watch

Shipping, import taxes, replacement devices and metal or physical backup plates can raise the total cost. Network fees are paid when transactions are broadcast and are not set by the hardware wallet itself. Swaps and staking may add spreads or service charges.

The listed device price is $59 for Ledger. The list therefore shows a known entry price rather than a complete cost range. Battery-free devices can avoid charging and battery replacement, while a device with Bluetooth or a larger screen may have different maintenance needs.

Risks and red flags

Supply-chain tampering

A wallet that arrives with a prewritten recovery phrase, asks for a phrase during activation or has an altered package is unsafe to initialise. A genuine device can still be paired with a dishonest app, which creates a separate risk.

Closed code and cloud recovery

Closed firmware leaves less code available for public inspection. Optional cloud recovery can reduce the burden of storing a phrase, but it creates account and provider-access risks. The feature may be enabled by default and may send information away from the device.

Physical attacks and old models

Older chips and discontinued devices may receive fewer firmware fixes and may be more exposed to attacks against someone who has physical possession. A PIN, passphrase and separate backup reduce the damage from loss, but they do not repair an outdated security design.

Firmware controversies and updates

Firmware updates can fix bugs, add asset support or change recovery features. They can also change the trust model. Firmware and recovery features therefore remain relevant alongside claims that keys stay offline.

Availability and KYC

KYC can still apply when buying through an exchange, using a card payment provider, accessing a companion-app service or using staking and trading features. Availability also varies by shipping country, local payment method and model.

A device maker and a separately offered exchange, custody or staking service can have different obligations. Taxes depend on the country and can arise from sales, swaps, staking rewards or other transactions even when the keys stay in a hardware wallet. Transaction records may be held in the companion app or connected service.

Frequently asked questions

How much does a hardware wallet cost?

Hardware wallet prices vary by model and package; the listed Ledger price is $59. Shipping, taxes, backup equipment and connected-service fees can raise the total.

Are hardware wallets safe?

Hardware wallets reduce exposure by keeping private keys on a dedicated device, but they can still fail through a stolen recovery phrase, malicious transaction approval, tampering or outdated firmware. The recovery method and transaction screen are as important as the chip.

Do hardware wallets require KYC?

Signing transactions on a hardware wallet normally does not require KYC. Identity checks can apply when a purchase, exchange, trading service, staking service or payment provider is involved.

Can a hardware wallet be hacked physically?

Physical attacks are possible, especially against older chips or devices left unlocked. Secure-element protection, a PIN, a passphrase and current firmware affect the exposure, while a recovery phrase stored with the device creates a separate failure.

What happens if a hardware wallet is lost?

Funds can usually be restored on a compatible wallet with the recovery method, provided the phrase or backup remains private and available. A seedless or card-based design can use a different recovery process.

Do hardware wallets support staking rewards?

Some companion apps connect to staking services, but rewards depend on the asset, network and service used. Staking can add smart-contract, validator and tax considerations beyond offline key storage.

Are hardware wallet purchases taxable?

Tax treatment depends on local rules.