#passkeys

#passkeys

Google enables passkeys in Google Password Manager to support a passwordless future, but adding and managing passkeys across devices and accounts can be inconsistent.

An exploit can trick password managers into revealing traditional credentials or passkey-like artifacts under specific preconditions, though passkeys and the protocol were not proven vulnerable.

Passkey attestations and non-exportable private keys enable potential vendor, employer, and government lock-in via hardware whitelisting and ecosystem constraints.

Gmail was not subject to a widespread breach; protections remain strong, though phishing and vishing risk increased after a Salesforce-related incident.

Gmail protections remain strong and effective, blocking over 99.9% of phishing and malware attempts and no broad warning was issued to all users.

Malicious browser extensions can create attacker-controlled passkeys bound to legitimate domains, allowing account takeover and undermining the perceived theft immunity of passkeys.

Passkeys improve security by eliminating the need to share secrets during authentication.

Passkeys simplify login through biometric authentication while creating confusion and uncertainty about their use in security.

Passkeys are being adopted to replace passwords but face barriers to user understanding and seamless implementation.

Transitioning to passkeys necessitates a strategic approach due to existing complications.