Surprisingly, for the average user, synced passkeys are significantly more secure than passwords. Here is why:
The rollout of synced passkeys has been aggressive, but it is also fragmented. synced passkeys
For the average person, the transition to synced passkeys is almost invisible. Here is how a typical login works today: Surprisingly, for the average user, synced passkeys are
When you type a password, you are sending a secret to the server. If that server is breached (like LinkedIn or Adobe in the past), hackers get your password. With passkeys, the server only has your Public Key. Even if hackers steal the entire database, they cannot use the public keys to log in. They need the Private Key, which never leaves your encrypted device storage. Here is how a typical login works today:
You click the same fake link. A pop-up asks for your Netflix passkey. Your device checks the URL—it sees fake-netflix-login.xyz instead of netflix.com . The device refuses to release the passkey , because the cryptographic "origin" doesn’t match. You are not prompted, no credentials are sent, and the attack fails silently.
No typing. No "Forgot password?" No "Your password has been exposed in a data breach." It is faster, easier, and objectively more secure than anything that came before.
But soon, that feeling will be replaced by relief.