That doesn’t really mean that they store it in plain text. They sent it to you after you finished creating your account, and it’s likely that the password was just in plain text during the registration. The question still remains whether they store their outgoing emails (in which case yes, your password would still be stored in plain text on their end, not in the database though).
Honestly, why risk duplicate passwords even then? I have one strong password that I use for accessing my password manager, and let the password manager generate unique random passwords. Even if I had an easier password that I duplicated with some small changes, I’d still use a password manager to autofill it anyway. I use bitwarden personally, you can also self host it with vaultwarden but it seemed like more trouble than it was worth imo
This is a friendly reminder to everyone that password managers are not risk free either. LastPass was hacked last year, NortonLifeLock earlier this year.
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.
This is why I don’t use a common centralized password manager, just like I don’t use any of the most popular remote desktop solutions like TeamViewer for unattended access.
I run a consumer copy of Pleasant Password Manager out of AWS and use NoMachine for unattended access to any machines where I need it.
Security through obscurity is tried and true. Put as little of your security attack surface in the hands of others as is reasonable.
That doesn’t really mean that they store it in plain text. They sent it to you after you finished creating your account, and it’s likely that the password was just in plain text during the registration. The question still remains whether they store their outgoing emails (in which case yes, your password would still be stored in plain text on their end, not in the database though).
Yes, still not worth risking using a duplicate password though.
Honestly, why risk duplicate passwords even then? I have one strong password that I use for accessing my password manager, and let the password manager generate unique random passwords. Even if I had an easier password that I duplicated with some small changes, I’d still use a password manager to autofill it anyway. I use bitwarden personally, you can also self host it with vaultwarden but it seemed like more trouble than it was worth imo
This is a friendly reminder to everyone that password managers are not risk free either. LastPass was hacked last year, NortonLifeLock earlier this year.
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.
I heard people’s LastPass accounts were getting compromised after that theft, but I also don’t know how strong their master passwords were.
This is why I don’t use a common centralized password manager, just like I don’t use any of the most popular remote desktop solutions like TeamViewer for unattended access.
I run a consumer copy of Pleasant Password Manager out of AWS and use NoMachine for unattended access to any machines where I need it.
Security through obscurity is tried and true. Put as little of your security attack surface in the hands of others as is reasonable.