Audit

Native Ed25519 support in your browser

This is the technology that creates your keys. If your browser supports it natively, address generation is up to 125x faster than alternatives.

Cryptographically secure random number generator

Your private key is essentially a giant random number. If the randomness is weak or predictable, someone could guess your key. This test makes sure the random generator works correctly.

Statistical test on 10,000 random bytes

We generate 10,000 random numbers and check if they're evenly distributed — like rolling a fair dice thousands of times. If some numbers come up way more often, something is wrong.

No data leaves your browser during key generation

The most important check: we verify that absolutely nothing is sent to the internet while keys are being generated. Your private key should never leave your device.

Content Security Policy restricts data exfiltration

Even if malicious code were injected, these browser-level rules block it from sending data anywhere. Think of it as a firewall built into the website itself.

Key generation runs in isolated background threads

Your keys are created in separate "workers" — isolated mini-programs that run in the background. They can't access the main page and can't be tampered with by browser extensions.

SHA-256 fingerprint matches the published build

We compute a unique fingerprint (hash) of the code running on this page and compare it to the one published on GitHub. If they match, the code hasn't been tampered with.

Generate and validate an actual Ed25519 keypair

The final proof: we create a real key, sign a message with it, then verify the signature. If this works, your browser can securely generate Solana addresses.