Personally the risk of bitwarden is outweighed by its convenience (compared to self hosted/local only solutions) in my opinion, but I know that’ll change real quick if bitwarden ever has a breach. If it does I’m jumping ship to a self hosted or local only solution, but I’m hoping that doesn’t have to happen
Bitwarden is end to end encrypted. If the host gets hacked your passwords are still as safe as your master password is. Self hosting wouldn’t really be a huge help there. Possibly even detrimental depending on your level of competence at securing a public facing web host.
your passwords are still as safe as your master password is
They’re as safe as your master password is…and as the encryption is. LastPass famously got hacked recently, and in the aftermath of that many users noticed that their vault was encrypted using very small numbers of rounds of PBKDF2. The recommended number of rounds had increased, but LastPass left the number actually used too low for some users, rather than automatically increasing it. Users of Bitwarden and any other password vault should ensure that their vault is using the strongest encryption available.
Self hosting wouldn’t really be a huge help there
Well, self-hosting makes you a smaller target. The most determined attackers are likely going to go after the biggest target, which is going to be a centralised service with thousands of users’ vaults. If you host it yourself they probably won’t even know it exists, so unless there’s reason for someone to be specifically targeting you (e.g. you’re a public figure), or you get hacked by some broad untargeted attack, you might be better off self-hosted from a purely security standpoint.
(That said, I still use centrally-hosted Bitwarden. The convenience is worth it to me.)
You’re underestimating the attack surface of a self hosted set up. You don’t need to be specifically targeted if, for instance, someone hacks the Bitwarden docker image you’re using, or slips a malicious link into a tutorial you’re reading. It’s not a set it and forget it solution either, you’re responsible for updating it, and the host OS. Like I said, depending on your competency, it’s not inherently more secure.
Yeah at this point it’s considered likely that LastPass vaults are being cracked, based on LP being the common link between various other accounts that are being breeched.
A small number of rounds of encryption being the default for users with old enough accounts is believed to be a significant part of the issue. It means even if their password was a good one, the vault can be brute forced comparatively quickly.
If their password was actually good (18+ random characters) it’s not feasible with current day technology to brute force, no matter how few PBKDF2 iterations were used.
Obviously it’s still a big issue because in many cases people don’t use strong enough passwords (and apparently LastPass stored some of the information in plaintext) but a strong password is still good protection provided the encryption algorithm doesn’t have any known exploitable weaknesses.
Personally the risk of bitwarden is outweighed by its convenience (compared to self hosted/local only solutions) in my opinion, but I know that’ll change real quick if bitwarden ever has a breach. If it does I’m jumping ship to a self hosted or local only solution, but I’m hoping that doesn’t have to happen
Bitwarden is end to end encrypted. If the host gets hacked your passwords are still as safe as your master password is. Self hosting wouldn’t really be a huge help there. Possibly even detrimental depending on your level of competence at securing a public facing web host.
They’re as safe as your master password is…and as the encryption is. LastPass famously got hacked recently, and in the aftermath of that many users noticed that their vault was encrypted using very small numbers of rounds of PBKDF2. The recommended number of rounds had increased, but LastPass left the number actually used too low for some users, rather than automatically increasing it. Users of Bitwarden and any other password vault should ensure that their vault is using the strongest encryption available.
Well, self-hosting makes you a smaller target. The most determined attackers are likely going to go after the biggest target, which is going to be a centralised service with thousands of users’ vaults. If you host it yourself they probably won’t even know it exists, so unless there’s reason for someone to be specifically targeting you (e.g. you’re a public figure), or you get hacked by some broad untargeted attack, you might be better off self-hosted from a purely security standpoint.
(That said, I still use centrally-hosted Bitwarden. The convenience is worth it to me.)
You’re underestimating the attack surface of a self hosted set up. You don’t need to be specifically targeted if, for instance, someone hacks the Bitwarden docker image you’re using, or slips a malicious link into a tutorial you’re reading. It’s not a set it and forget it solution either, you’re responsible for updating it, and the host OS. Like I said, depending on your competency, it’s not inherently more secure.
I heard people’s LastPass accounts were getting compromised after that theft, but I also don’t know how strong their master passwords were.
Yeah at this point it’s considered likely that LastPass vaults are being cracked, based on LP being the common link between various other accounts that are being breeched.
A small number of rounds of encryption being the default for users with old enough accounts is believed to be a significant part of the issue. It means even if their password was a good one, the vault can be brute forced comparatively quickly.
If their password was actually good (18+ random characters) it’s not feasible with current day technology to brute force, no matter how few PBKDF2 iterations were used.
Obviously it’s still a big issue because in many cases people don’t use strong enough passwords (and apparently LastPass stored some of the information in plaintext) but a strong password is still good protection provided the encryption algorithm doesn’t have any known exploitable weaknesses.