I have been working on Sesame, an open-source password manager that keeps your vault local by default. You don't need an account to create or use a vault, and the hosted service never receives the vault itself. It's still early software and the independent security review isn't finished yet, so I am mainly interested in feedback, testing, and people looking through the code.
(Linux support is yet to be released on v0.1.2, but currently is in the works.)
A vibe-coded password-manager? Sure! where do i sign up?
So you decrypt -any- password on a system with malware, and malware gets -all- the passwords. Makes life super easy for an attacker.
All they would need to do is install a wrapper for sesame that waits for the next database unlock and exfiltrates all passwords in plain text to a pastebin somewhere.
To prevent this, you need to encrypt each password to a key held in a yubikey, nitrokey, or similar with a touch policy. Now as an attacker if I want to get the users whole database of 100 passwords I must trick them to tapping a blinking smartcard or touchid 100 times. Presumably the user would notice something is wrong, and stop. Damage control.
This is how I have been doing password management for over a decade with password store, the standard unix password manager. That tiny shell script is the -minimum- security any password manager must have.
I get that most major password managers like 1password and lastpass also get this wrong. I submit with a straight face that they have never let any capable security engineers near their products. They have a negligent design end to end and must not be replicated.
If you’re going to vibecode a site, at least write the copy yourself. AI text is exhausting to read.
I still don’t get why password managers builders think it’s a great idea to store MFA token together with the password, totally defeating the purpose of MFA in the first place.
I like that this could be self hosted. I don't have anything against the big password managers (I use and pay for one), but they are a massive target for hackers for obvious reasons. If everyone could self host their own vault on a personal domain, the reward for hackers is much more difficult to get access to.
how does this compare to vaultwarden + bitwarden? my only concern there is that VW can throw self-host support out the door whenever they like. not that they'd have a reason to
No offense but you might want to consider a different styling for the app/site because IMO this one screams "Claude vibe-code style".
Again Tauri. How then it different from Bitwarden? Desktop != Web
How does it compare to a local deploy of PSONO?
ive got my own pwd file using a short shell script in bashrc that uses nano, gpg and /dev/shm to keep things in memory (hopefully). works great, is minimalist and there are no hidden surprises.
I loosely monitor new password managers that appear with surprising regularity on F-Droid. Most have security issues that can be trivially found. It's conceptually simple software (running strings through a function before writing it to disk): nice for learning a new language, but should everyone's practice implementation seriously land in stores? So I'm skeptical of any new ones appearing from scratch, praising all their features and slick UI, with no mention of what was wrong with the incredibly diverse set of existing password manager projects. A study I read a few months ago showed that old code has fewer bugs than new code, which seems intuitive but it's nice to have actual data on it as well
Why a whole new project that needs to re-learn the gotchas that the predecessors ran into? Could any grievances have been pull requests or, worst case, a fork?