[varbhat]

I agree. I use Bitwarden on my Samsung Android phone and also on my Linux desktop. Bitwarden currently supports passkeys on almost all the apps on my android including firefox. The same passkeys which i used to login on my phone can be used on my Linux desktop where i use Firefox with Bitwarden extension. What's now possible was not even possible at the start of this year. I haven't switched everything to passkeys but i can see it as an alternative to passwords now(passwords really shines in some areas too).

I read about Passkey comittee being against open source passkey managers during start of this year (can't reference it, sorry) but with open source password/key managers already supporting passkeys, i don't think it turned out to be true.

[josephcsible]

> I read about Passkey comittee being against open source passkey managers during start of this year (can't reference it, sorry) but with open source password/key managers already supporting passkeys, i don't think it turned out to be true.

Here's an Okta employee threatening to use the attestation (anti)feature of passkeys to block open-source implementations, because they allow you to export your passkeys: https://github.com/keepassxreboot/keepassxc/issues/10407#iss...

[varjolintu]

FYI: If you export your Bitwarden vault as plain JSON, passkeys are included in plain-text too. So, it works similar to KeePassXC.

[FreakLegion]

Tim Cappalli is thoroughly misguided throughout that discussion, but he's not threatening anything. Okta lets users require attestation, but it will never, ever force attestation on anyone.

[jauntywundrkind]

Tim's not threatening, but he is saying quite clearly that sites on the internet (Relying Parties) might just not accept Passkeys from KeePassXC:

> The unfortunate piece is that your product choices can have both positive and negative impacts on the ecosystem as a whole. I've already heard rumblings that KeepassXC is likely to be featured in a few industry presentations that highlight security challenges with passkey providers, the need for functional and security certification, and the lack of identifying passkey provider attestation (which would allow RPs to block you, and something that I have previously rallied against but rethinking as of late because of these situations).

Tim's talking the reality of KeePassXC and the reality is that this specification is being built in a way where the user is fundamentally out of control. Where the industry at large has total control over your material, gets to say how you can store your keys, and will refuse you credential managers that they don't like.

The proposed Credential Exchange Protocol draft also does not allow you to backup your key. A credential manager will only Export the key to another credential manager service, across public endpoints on the internet. Never transiting the user's control. So you have to trust your credential manager that they actually will let you export your credentials, to someone you can trust, at a future point in time. There's an issue open for this, but no real hope this ever gets better. https://github.com/fido-alliance/credential-exchange-feedbac...

Passkeys seem designed to never be trustable by users. There's always some online service somewhere holding your materials that governments will be able to legally strongarm the service into getting access to. You won't be able to Export when you need it. The security people seem intent on making sure computers are totally controlled by corporations and governments, in the worst ways. The top post is right. https://news.ycombinator.com/item?id=45737608

[FreakLegion]

Correct, individual sites could make that choice. They won't, but they could. (Love the mention in the linked comment of Netflix and Disney, two services that don't even support proper MFA.)

We're completely on the same side, to be clear. I just have zero fear of KeePassXC (which I sometimes use with Okta!) being blocked by anything consumer-facing.

[commandersaki]

Apple does precisely this for Apple account, you need to have a hardware attested passkey implementation to authenticate using passkey.

Edit: forgot to add Apple account

[FreakLegion]

To your edit: I suppose this is strictly true, but it's relevant that Apple's own devices satisfy the attested hardware requirement. These are the same devices you need to have a full-fledged Apple account in the first place. That's more Apple doing Apple things than anything to do with passkeys, but it is indeed an example of not being able to use KeyPassXC. Will there be more than epsilon cases like that? I still don't think so, for what seem like obvious market reasons.

[FreakLegion]

To authenticate to what? I have a few dozen people using passkeys on macOS without attestation, but I'll admit none of them are logging into "Apple".

[josephcsible]

The specific part that I consider a threat is "which would allow RPs to block you, and something that I have previously rallied against but rethinking as of late because of these situations".

[FreakLegion]

Sorry, to clarify: Okta is not for our purposes a relying party and won't do anything to force attestation on relying parties. The second bit of what he wrote is ambiguous, but charitably, could simply mean "I used to argue against requiring attestation, but now I'm not sure". Which is fine, since he has absolutely no pull when it comes to how Okta's product works (and to be fair, I don't think he implied otherwise or even mentioned Okta).

[gowld]

> because they allow you to export your passkeys

because they allow you to export your passkeys in plaintext, for easy stealing.

"Information wants to be free" should not apply to passwords!

[josephcsible]

But open-source programs can always be modified to do that, so that's a terrible reason to ban open-source passkey managers. And besides, you shouldn't be forbidden from doing things with your own data just because they're unwise.

[wbl]

That's the whole point of this exercise. If export is possible it's not secure against local compromise in the way that's needed.

[josephcsible]

The point of passkeys is to protect against phishing and password reuse. You can't protect against local compromise, even if your passkeys are stored in something like a YubiKey, because once you log in to your bank with your hardware-backed passkey, the malware on your computer could use the session you started to transfer all of your money out of your account.

[ngrilly]

That’s why most banks ask you to approve transactions with an explicit reauthentication.

[josephcsible]

Then the malware will just wait until you want to do something legitimate that needs that, and then swap it out for its own thing.

[wbl]

But it can't maintain that compromise. That's important.

[tzs]

That's not quite correct. This can easily be seen by simply considering that the people who developed the passkey standard are also developing a passkey import/export standard which is nearly done and implementations are appearing in the field already.

For example Apple's Passwords app on MacOS/iOS/iPadOS 26 now supports export and import of passkeys to/from other apps that support that standard. I don't know if any other apps have yet actually released such support.

[AlexandrB]

Needed for whom? As others have said, without export it's a recipe for vendor lock-in.

[gowld]

lock-in to which vendor?

Passkeys support transfer to any vendor you want.

[AlexandrB]

Can you send some documentation on how? For example, I tried googling for transferring a passkey out of popular systems and it doesn't seem possible[1][2] other than through JSON export[3] which is what some sites want to block as I understand.

[1] https://old.reddit.com/r/Bitwarden/comments/1efs5d2/how_can_...

[2] https://old.reddit.com/r/Bitwarden/comments/1di8nbz/import_p...

[3] https://news.ycombinator.com/item?id=44454106

[secabeen]

I don't think you're going to find it. The main vendors are hostile to this workflow. I get why, any flow that can exist to export passkeys can be used by hostile actors to walk a 75-year old millionaire grandma through handing over $$$. I think however that that's just a risk we have to make the bank and brokerages accept. It's not a problem with a technical solution.

[amenhotep]

I want to transfer them to a vendor that will let me export them in plain text.

[josephcsible]

Is it really "any" vendor, or is it just the big ones? Can you transfer your Apple passkeys to KeePassXC?

[secabeen]

I can't even find documentation on how to do the simplest transfer, from Apple iCloud Keychain to Google Chrome or vice versa.

[tzs]

Not yet. Apple supports export using FIDO's Credential Exchange standard. KeePassXC is working on adding that.

[abdullahkhalids]

So the same passkey is being used on multiple devices, rather than different devices (actually applications) having distinct passkeys.

Doesn't that defeat one of the centrals aims of passkeys? In what ways is your setup different than random passwords in bitwarden - what's the additional security?

[greenicon]

Passkeys cannot be phished.

Other than that they shouldn't have a big advantage for a more professional user with unique, long, and random passwords. For the common user it should be a great upgrade, giving all these advantages with better UX.

[ianburrell]

Another is that passkeys are single login and sites don’t use 2FA. Not having to get out TOTP or receive SMS is worth it.

Basically, any site that does 2FA should take passkeys.

[eviks]

You can store 2fa in a password manager except for the dumb sms-bases ones, but that's still an extra step

[eviks]

Password autofill also provides that protection as it won't match on phishing domain

[temp0826]

The password manager has become the device (and offers some assurance if the device is lost, as you can log into the manager on another device). I agree definitely isn't the original vision of passkeys (having a different passkey on every device, stored in separate password databases?), but it makes more sense for my cases.