A password is a shared secret. You have it, the website has a copy (hashed, ideally), and proving who you are means sending that secret back and hoping nothing in between — your browser, a fake login page, a keylogger — is watching. A passkey removes the secret from that exchange entirely. Instead of a string you type, your device holds a private key that never leaves it, and signs a challenge the site sends. There's nothing to intercept, because nothing sensitive crosses the wire.
Why this kills phishing specifically
Phishing works because a password is portable — it's just text, so it can be copied into any page that looks convincing enough. A passkey is bound to the specific site it was created for at the cryptographic level. If you land on a lookalike domain, the passkey simply won't offer itself, because the site's identity doesn't match what the key was issued for. This is the single biggest practical difference: it's not that passkeys are ‘more secure’ in the abstract, it's that an entire attack category stops applying.
That said, passkeys don't replace everything a password manager does. You still need somewhere to track which accounts use passkeys, which use passwords, and which use both during the transition period most services are in right now. That's the gap Velora Vault sits in — organizing both alongside each other rather than assuming the world has fully switched.
Where passwords still make sense
- Services that haven't implemented passkeys yet — still the majority of the web.
- Shared or recovery accounts where a portable credential is genuinely useful.
- Any account where you want a credential you can back up outside a single device ecosystem.
The practical move isn't picking a side. It's adopting a passkey wherever a service offers one, keeping a strong unique password everywhere else, and having one place that tracks both without asking you to remember which is which.