![]() Let’s review what happens when some service gets breached. The fact that we do so should give some idea of just how important the Secret Key is for security. Burdening users with an additional task that is hard to understand is really not our style. Not only is it difficult to understand, it places an additional burden on users. However, its uniqueness makes it difficult to understand. It offers our users exceedingly strong protection if our servers were to be breached. The Secret Key is central to what makes 1Password’s security uniquely strong. Instead of thinking in terms of “is it like a second factor” or “is it like a key file” it’s best to explain it in terms of what it actually does: It protects you if we were to be breached. Some folks for example use hardware keys to handle their 2FA credentials.A unique feature of 1Password’s security is the Secret Key, but its value is often misunderstood by users and security experts alike. If you're serious about keeping 2FA separate, you need to make sure that you never store your 2FA credentials on the same device as your password manager. Using a separate app on the same device does little to protect against either of those cases. If you're using a good password manager, you're looking at local device compromise or phishing as being the most likely way someone will get your 2FA credentials. Some people feel uncomfortable storing their 2FA credentials in the same place as their passwords, but honestly most people use another app on the same device to accomplish this. With passkeys none of those things are real possibilities. Either through brute force cracking, site compromise, phishing, or via insecure transit. Essentially the main way that TOTP based 2FA improves your security is by guarding against the case where someone has somehow obtained your password. I can kind of see in the (far?) future when passkeys are more widely adopted that there would be no need for an authenticator app (to generate a TOTP)? That'd be a low stakes way of testing the waters. Sure or setup a new google account for this purpose. Maybe I will do a test with one site to see how it all goes together e.g. As it is, I already store my 2FA credentials in 1Password and if someone is able to get my passkey that also means they got my 2FA credentials. However, I'd personally disable 2FA for sites where passkeys were the sole form of authentication. If 2FA was still use, that portion of your login procedure would be the same. When logging into Amazon, 1Password would prompt you to use passkey stored in your vault for your amazon login. ![]() You'd unlock 1P using your master password.You'd enter your pin to unlock the laptop.So let's say you went with passkeys as your login for Amazon, what would that look like? Pretty much the same as it does now. They make 2FA mostly redundant since the fact that your private key never leaves your vault ensures that no one can impersonate you without going through the same mechanism that one would go through to compromise your password vault.Passkeys are very resistant to phishing attacks because they are domain specific.In fact, in cryptography public keys are literally for public use and are frequently published. Even if someone has the public key, it is useless for the purposes of logging in. The private key never leaves your vault, is never transmitted when logging in, and is never stored by the website. Passkeys utilize private/public key pairs which are guaranteed unique for each site.They are far more complex cryptographically than passwords and you don't have to worry about having a "weak" one.We'll always be marked by an official flair, and will always love both 1Password and you. You'll see some friendly people from the 1Password team ready to help you - keep an eye out for /u/1PasswordCS-Blake, /u/agben, u/Zatara214, and more of us! Read recent coverage on us and see the 1Password love. ![]() Bits will be marked by an official flair.
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