“Passkeys,” the secure authentication mechanism built to replace passwords, are getting more portable and easier for organizations to implement thanks to new initiatives the FIDO Alliance announced on Monday.
Am skeptical
I still have no idea how to use passkeys. It doesn’t seem obvious to the average user.
I tried adding a passkey to an account, and all it does is cause a Firefox notification that says “touch your security key to continue with [website URL]”. It is not clear what to do next.
I think you actually have to buy a passkey device. Then configure it to work with a particular account.
You plug the passkey into your computer and then whenever it asks for a password you literally touch it and it does its thing. I think there are options like biometrics that you can add on top but you don’t have to have that.
Devices themselves can act as passkeys too - I.e. your phone, laptop etc…
…except the ones that can’t
I think it depends on whether you have a TPM chip in it
What are you talking about? KeepassXC, to my knowledge, is not dependent on any TPM, snd it does support passkeys.
devices themselves can act as passkeys
I didn’t say a device needs a TPM to support passkeys - I said I believe it it needs one to be a passkey
Thank you for your passive aggressive response caused by poor reading comprehension, though
From what I understand, “passkey” refers to software, so no such thing as “device being a passkey”. Unlike a hardware key.
You understand incorrectly. “passkey” refers to a token used for the public key authentication that is used for sign in, which needs to be stored somewhere - this can be stored in a hardware key like a YubiKey, or in your device’s credentials manager. In principle, this could be anywhere, but it needs to be somewhere secure to not be trivial to compromise (eg taking out your HDD and just copying your passkey off it)
In Windows’ case, this secure credentials store is the TPM chip, which is why you are not able to use passkeys on Windows devices that have no TPM chip (unless you use another hardware implementation).
Tldr: passkeys are data, not software, and to store the data, you need some form of hardware, which needs to be secure to not be a really bad idea.
If you’d like to do some reading before confidently correcting me further, I’d suggest reading about how passkeys work.
If that’s what’s needed, I can say with some certainty that adoption isn’t going to be picking up any time this decade.
After my password manager auto filled a password and logged me in the website said “Tired of remembering passwords? Want to add a passkey?” I didn’t know what it meant so I said no lol.
You don’t need a device btw. It works with your password manager and can also be used alongside a password too. Don’t have your password manager? Just use your regular password if you know it.
ITT: Incredibly non-technical people who don’t have the first clue how Passkeys work but are convinced they’re bad due to imaginary problems that were addressed in this very article.
This is a weird thread. Lots of complaints about lock in and companies managing your keys, both of which are easily avoidable, the exact same way you’d do so with your passwords.
Also the people talking about added complexity? I’m convinced all the complaints are from people who haven’t set one up or used one and are immediately writing it off. Adding one is a single click of a button.
Then to sign in I literally just get a thumbprint request on my phone after entering my username. It’s far far simpler than passwords and MFA.
If you tell corporations there’s a way to increase lock-in and decrease account sharing, they’re gonna make it work.
One is a new technical specification called Credential Exchange Protocol (CXP) that will make passkeys portable between digital ecosystems, a feature that users have increasingly demanded.
I.e. I can copy my key to my friends’ device.
I believe that’s Apple talking to Google, not anything local you can own.
Read the article, it’s literally about replacing Import/Export CSV plaintext unencrypted files with something more secure.
I.e. moving your passwords/passkeys between password managers. This is not about replacing stuff like OAuth where one service securely authorizes a user for another.
It’s gonna work with KeePass and Bitwarden once it’s finalized.
I’d love to see that.
I’m not in software but from what I read the importer sends a request and that request is used by the exporter and importer to encrypt and decrypt, so I think there’s a way to tweak the whole process a little and instead have both the exporter and importer ask Netflix or whoever to provide a key as opposed to using the request. Could be wrong tho
That’s not how Passkey, and the underlying WebAuthn works.
(Highly simplifies but still a bit technical) During regiateration, your key and the service provider website interacts. Your key generated a private key locally that don’t get sent out, and it is the password you hold. The service provider instead get a puclic key which can be used to verifiy you hold the private key. When you login in, instead of senting the private key like passwords, the website sent something to your key, which needs to be signed with the private key, and they can verify the signature with the public key.
The CXP allows you export the private key from a keystore to another securely. Service providers (Netflix) can’t do anything to stop that as it doesn’t hold anything meaningful, let alone a key (what key?), to stop the exchange.
So basically cert exchange when you want to ssh without passwords?
Pretty much, yeah.
Meanwhile mobile Firefox doesn’t even support YubiKey / FIDO2 for some godforsaken reason.
This is straight-up wrong. I use FIDO2 and Yubico OTP auth in Firefox on a weekly basis.
Are you sure you’re not using a hardened fork or tinkered with your
about:config?The main thing that Firefox frustratingly does not support is PRF, which is needed for encrypting data with FIDO-compatible devices, but they are working on that.
Ah. If we’re talking mobile, all bets are off. FIDO prompts require Apple and Google to provide the necessary APIs for third-party devs to use, and are still somewhat new. It’s likely that since iOS browsers are still just re-skinned WebKit (until the EU stuff settles and Mozilla implements Gecko on iOS), FF on iOS can leverage the OS APIs, but making it work with Gecko on Android requires more work.
I was referring to desktop, where those limitations aren’t a hindrance.
What is the difference between a crypto wallet and a passkey?
Is it just that a passkey has less functionality (and therfore better usability)?
Passkeys are for logging into websites.
Passkeys seem to be equivalent to public addresses of blockchain wallets.
I think the main difference is that passkey are recoverable but blockchain wallet keys are private
No, and this analogy is completely unhelpful
Does it require an array of fucking containers and a flurry of webAPI calls? Then no.
No it’s actually pretty simple. No containers. Your passkeys can be managed in the browser (Google Passwords), by a plug-in like BitWarden, or in a third party hardware device like YubiKey.
Literally just use a password manager and 2/MFA. It’s not a problem. We have a solution.
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Actually, it is still a problem, because passwords are a shared secret between you and the server, which means the server has that secret in some sort of form. With passkeys, the server never has the secret.
The shared secret with my Vaultwarden server? Add mfa and someone needs to explain to me how passkeys do anything more than saving one single solitary click.
When a website gets hacked they only find public keys, which are useless without the private keys.
Private keys stored on a password manager are still more secure, as those services are (hopefully!) designed with security in mind from the beginning.
If a website with old-school passwords gets hacked, the hacker only gets salted hashes of passwords - this does not seem to be much worse?
(Websites that store plaintext passwords surely won’t implement passkeys either…)
Pass keys are for websites such as Google, Facebook, TikTok, etc. And then they go into what is currently your password manager or if you don’t have one, it goes into your device. You still have to prove to that password manager that you are, who you say you are, either by a master password of some sort or biometrics.
You can share passwords without the server seeing them. Many managers don’t but there’s nothing infeasible there. You just have a password to unlock the manager. Done.
What I’m getting at is that a web server has a password, in some form. And so if that site gets breached, your password itself may not get leaked, but the hash will. And if the hash is a common hash, then it can be easily cracked or guessed.
Not anything sufficiently modern. Salted passwords should be exceedingly difficult to reverse.
Ultimately I’m pro passkey but when it comes to password managers: if the hash of your vault is easy to crack you’ve fucked up big time. There shouldn’t be any way to crack that key with current tech before the sun explodes because you should be using a high entropy passphrase.
Oh, you absolutely should. And if you are not, that is nobody’s fault except your own.
Best password manager is offline password manager.
KeepassXC makes a file with the passwords that is encrypted, sharing this file with a server is more secure than letting the server manage your passwords
I agree, and that’s my method as well. Although I do not ever share the file with a server either. I only transfer it from device to device with flash drives or syncthing.
I do that too, I have my own server in my basement for storage
Look at us. A bunch of people who don’t trust society. LOL.
How do you handle merging between devices? Do you manually transfer/sync every time you add a new password?
Not trying to sell you on putting it in cloud storage or anything, but one really nice benefit to doing so is automatic merging through clients like Keepass2Android. If I add a new site to my phone and it doesn’t already have the latest copy of my vault, it’ll fetch and merge that first.
This is not at all relevant to the comment you’re responding to. Your choice of password manager doesn’t change that whatever system you’re authenticating against still needs to have at least a hash of your password. That’s what passkeys are improving on here
Never forget that technologically speaking you’re nothing like the average user. Only 1 in 3 users use password managers. Most people just remember 1 password and use it everywhere (or some other similarly weak setup).
Not remembering passwords is a huge boon for most users, and passkeys are a very simple and secure way of handling it.
I work for multiple organizations. The majority of which have a Google sheet with their passwords in that are
c0mpanyname2018!Those that aren’t are
pandasar3cute123?Exactly.
At one point the organization I work for had a password that was literally
Password-022!, guess what it was the following month?
I’m lost on this - is this better than GPG?
More usable for the average user and more supported by actual sites and services, so yes.
Does this require any 3rd party to work? I remember reading a blog, something about attesting the client, which was some big corpo like Google/Apple/Microsoft… that’s not for this, right?
While the defaults are typically to use what the browser or OS has for storage and sync of the passkeys, you can use other things.
Like KeePassXC:
https://keepassxc.org/blog/2024-03-10-2.7.7-released/
As for attestation to how the key is stored securely (like in a hardware key), Apple’s implementation doesn’t support it for iCloud ones, so any site that tries to require it wouldn’t work for millions of people. That pretty much kills it except for managed environments (such as when a company provides a hardware key and wants to make sure that’s the only thing that’s used).
If the passkeys aren’t managed by your devices fully offline then you’re just deeper into being hostage to a corporation.
The lock-in effect of passkeys is something that this specification aims to solve though.
It aims to make it easy to import and export passkeys so you can switch to a different provider. This way you won’t be stuck if you create passkeys with e.g. Apple and want to switch to e.g. Bitwarden or an offline password manager like KeyPassXC
The specifications are significant for a few reasons. CXP was created for passkeys and is meant to address a longstanding criticism that passkeys could contribute to user lock-in by making it prohibitively difficult for people to move between operating system vendors and types of devices. […] CXP aims to standardize the technical process for securely transferring them between platforms so users are free […].
That’s between platforms though. I like my stuff self-managed. Unless it provenly works with full offline solutions I’ll remain sceptical.
I like my stuff self-managed.
Bitwarden / Vaultwarden is a popular available working solution for self-hosting and self-managing passkeys (as well as passwords).
TBH I don’t see a reason why something as simple as a password manager needs a server, selfhosted or not. I don’t get the obsession with syncing everything, so would rather stick with normal KeepassXC.
Have you never lost your password device (phone, laptop, etc) suddenly and unexpectedly? That’s when you really want that file synced somewhere else. But then it’s too late. Bonus on many password vault servers is shared folders, so one can share their garage door code with the family but keep the bank account details to oneself.
No, but this is very unlikely because I do keep regular backups manually. I just don’t feel the need for it to be a constantly-online server.
And who forces all the corps to correctly implement that protocol? Getting you locked in is in all of their interests, after all.
I think it‘s fair to remain skeptical but the big organizations were part of the development, so there seems to be some interest. And it‘s not always in their interest to lock users in, when it also prevents users from switching to their platform.
Development of technical standards can often be a fraught bureaucratic process, but the creation of CXP seems to have been positive and collaborative. Researchers from the password managers 1Password, Bitwarden, Dashlane, NordPass, and Enpass all worked on CXP, as did those from the identity providers Okta as well as Apple, Google, Microsoft, Samsung, and SK Telecom.
That’s a great way to lose access if your device gets lost, stolen, or destroyed. Which is why I’m against and will continue to be against forcing 2FA and MFA solutions onto people. I don’t want this, services don’t care if we’re locked out which is why they’re happy to force this shit onto people.
Well yeah, that is true. Security and convenience are usually at odds… MFA has place, unless you don’t mind some guy from russia access your online bank account ; but I definitely wouldn’t use it on all my accounts.
Yeah and since Online bank accounts can also almost always be reset if you lose the 2FA/MFA key by calling customer support, or going to your bank and speaking with themt in person, there’s almost no risk of losing access completely. It’s a service you have access to because you’re you. Something that isn’t the case with Reddit, Github, Lemmy accounts, or Masotodon. I’m not able to regain access after losing those 2FA solutions by virtue of being myself, they treat you just like the attacker in those cases. Really not worth it there, both since what is being protected isn’t worth it, and the risk far outweighs it.
Access to my main email account (outlook) is currently blocked because someone decided to try a password from some earlier leak and locked it. It can only be unlocked with SMS MFA, which I can’t use because I’m travelling abroad. There is no other way to do it. The other option they give you a form that only works if you don’t have MFA set up (it says so on the faq). I even asked someone to fill the form from my home computer so the location data matches earlier accesses, but didn’t work. You also can’t contact support without logging in. If I had lost/changed that phone number for any reason, I would lose access forever. Luckily I will be back home soon.
In case the device gets lost/stolen, you should have a backup of the database that contained the passkeys. That’s why I would be only using the implementations that allow doing that easily.
Not to mention Apple let’s you SHARE them with airdrop.
Y’all here talking so smart ignore another thing - the more complex your solutions are, the deeper you are into being hostage to everyone capable of making the effort to own you.
Don’t wanna be hostage - don’t use corporate and cloud services for things you need more than a bus ticket.
You are being gaslighted to think today’s problems can be solved by more complexity. In fact the future is in generalizing and simplifying what exists. I’m optimistic over a few projects, some of which already work, and some of which are in alpha.
Thank goodness you didn’t mention any names
They are really satisfying when they work. I have been impressed by how well they work cross platform in the new bitwarden. It even worked from Android one time with a key made on windows! However, I dread when my mom tells me she needs help with an account and I can’t do anything because the key is on her iOS Keychain I don’t have access to
It’s enough to read the title. The rest of the article doesn’t provide much else other than being one step closer. 😄
The real problem is not passwords so much as trusted sources. Governments should have an email account that citizens have a right to and will not go away and have local offices to verify access issues.
No. Wtf no.
well they deliver your mail. I am envisioning the same protections but also you don’t have to use it in general. but it would be how the government would send things to you.
based on?
You’ll need to read the article I don’t feel like breaking it down for you.
Im familiar with the concept and disagree. Just giving you a chance to back it up. You see anything can be called a false equivalency and each specific equivalency would have specifics on why.
Buddy. If you’re not able to tie in the conversation to the concept I can’t help. I recommended pasting the concept into an LLM to explain it to you.
Or if you’re looking to argue with a stranger on the internet… I can’t help you there either.
I don’t want my government hosting my email.
The last time they had to do anything important they stoled all the sensitive data in plain text in an Excel spreadsheet and then the spreadsheet got corrupted so they lost everything. Of course they didn’t have backups.
But at least since it was stolen, the backup was hosted for free on the hacker forums /s
Whatever you’re smoking, do less of that
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Better have your info shared with one government, rather than have it shared with every government
Whenever I read stuff like this, my mind goes a bit hazy. Because I’m just finding myself asking ‘Why and when did the simple mechanic of passwords get this difficult?’
Maybe if password requirements weren’t stingingly stupid, companies cared more about actual security and not an obstacle course they’ve gotta send people through to do one thing. We wouldn’t ever know or need to know systems like this.
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Passkeys are much simpler to use than passwords, password managers, 2FA etc. if simplicity is your goal, Passkeys are your personal wet dream.
That one site - what was it, Mozilla’s/Gnome’s git? - that needed Aegis for login. Which is unlocked by pasword btw.
With passkeys you never need to worry about the storage method used by the site. Some sites STILL store passwords in plaintext. When that database gets hacked, it’s game over.
A public passkey, even stored in plaintext, is useless to an attacker.
Maybe that doesn’t matter for you or me, with our 64-character randomly generated passwords unique to each service, but the bigger picture is that most people just use the same password everywhere. This is how identity theft happens.
I’ll switch when it’s fully implemented in open source and only I am the one with the private key. Until then its just more corporate blowjobs with extra steps.
You can add them in vaultwarden.
Passkeys are an ancient authentication setup, have always been better than passwords and are finally getting traction.
That’s exactly how passkeys work. The server never has the private key.
What do you means by this? What part do you want to be open source? Passkey are just cryptographic keys, no part of that requires anything unfree. There’s aready an open source authentication stack you can use to implement them. You can store them completely locally with KeyPassXC for selfhost Vaultwarden to store them remotely. Both are open source?
KeePass has passkey support
And we all remember the huge drama about it because they allowed for taking the keys out and backup them up.
I think a big part of it was exporting them plain text by default. I’m in the “I know what I’m doing” camp but I guess for someone who doesn’t that sort of handholdy stuff not allowing the export them without encryption stuff makes sense.
