REV. 2026.09

Four questions decide
whether a wallet holds.

Hardware wallets share one problem no product fixes: a device whose only purpose is holding Bitcoin marks its owner as worth attacking — distributor databases have been breached, and supply-chain tampering is real even where the vendor ships no backdoors. If you need one anyway, four things stand between an attacker and your seed: how much of the wallet actually runs inside the secure element, whether the screen and buttons are driven by it, where the randomness comes from, and how much of the stack you can read. No affiliate links, no aggregate star ratings — just the architecture.

Blueprint drawing of a wallet holding Bitcoin, Ethereum and Solana coins
SORT /
CLICK A ROW FOR TEARDOWN NOTES
FIND /
22 DEVICES
DEVICE
SECURE ELEMENT
TRUSTED I/O
ENTROPY
OPEN SOURCE
COMPOSITE
WHAT EACH COLUMN ASKS
Secure elementhow much of the wallet runs inside it
Trusted I/Owho drives the user input and output
Entropyhow good the randomness is
Open sourcehow much of the stack you can read

Scores are architecture, not verdicts.

A high composite means fewer places for a compromise to hide. It does not mean a device is right for you — threat model, custody plan and firmware discipline still decide that. Read the rubric before you read the table.

READ THE METHODOLOGY →
SUBMISSIONS & CORRESPONDENCE

Know a wallet that belongs on this sheet?

Send it over — along with any question about a score, a correction, a datasheet we missed, or just what you think of the rubric. Every message is read by a person, and submissions are never paid placements.

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hossein@walletblueprint.com