Ask Slashdot: Open Source Multi-User Password Management?
An anonymous reader writes "I work in a network environment that requires multiple people to have access to numerous Wireless Access Keys, iTunes/iCloud accounts/passwords, hardware appliance logins, etc. I'm attempting to replace the ever popular 'protected' excel spreadsheet that exists in almost every network with all usernames and passwords just waiting to be discovered. Are there any open source, multi-user, secure and preferably Linux-based password management tools that the Slashdot community would recommend?"
It was all done on a network drive in Notepad. (Ironic thing is it was a security-related department)
I've got better things to do tonight than die.
Wallet is a Kerberos-based secret management tool. It works well for me.
KeePassX (v1) comes in the Fedora and Ubuntu repositories, and has Windows binaries. You can use simultaneous key and password encryption (if you're worried about keyloggers, or if you have to share the password in an unsafe way). It can also generate passwords of varying complexity.
Out of all of the stuff I've tried for team password management, my favorite is Password Safe. I haven't tried the Linux port but apparently there are a couple: http://passwordsafe.sourceforge.net/relatedprojects.shtml The ONLY reason it beats a GPG encrypted password file is ease of use. Ideally you are hiring people who can deal with GPG but my experience is that it can be a decent learning curve just to get people to not use notepad.
I have been keeping an eye on this project for a while. To quote their description: "SFLvault is a Networked credentials store and authentication manager. It has a client/vault (server) architecture allowing to cryptographically store and organise loads of passwords for different machines and services."
The design seems sound, and it is a server/client model which seem to fit well your "multi-user" requirement, which isn't fulfilled by any other password manager that I know of. It can also automagically log you into different services like SSH, MySQL or sudo and can do multi-hop.
The only issue I have found so far is that installing the server component is a bit of a pain (ie. no Debian package, as opposed to the client side)... but i guess this really depends on the "Linux" environment you are using...
I have been maintaining a list of FLOSS password managers in our public wiki for a while, any suggestions not mentionned there are welcome.
Semantics is the gravity of abstraction
This! KeePass2 on a shared drive is how my team does it. A shared database with generic passwords and shared resources, and some of use keep our own DB's with our more accountable user id's. Because it's got the tabbed feature it's super easy to have both databases available, and with the advanced features available when you dig a little bit deeper into the entries, it's really versatile.
As the previous poster mentioned it can be run on Mono, and works quite well actually. It also has readers for most cellphone OS's so syncing it to our phones is an option. Being able to access our DB even at a colleague's desk, or when ssh'ing in from my phone has proven to be a real convenience at times.
I don't think I've seen them claim military grade encryption anywhere, but it's pretty strong. The system also allows you to increases the encryption rounds to suit your taste and tolerance. Much of this hardening however is only partially supported in the 1.x flavours of KeePass.
Code softly but carry a big magnet.
It's called pencil and paper. I have a notebook, and all pwds are encoded there. I have 4 simple rules for modifying what I write into what I type in. An example rule you could use is "Real pwds use only even digits; Passwords are written with all ten digits, odd digits are ignored". 2-4 simple rules will make it unhackable even for someone with physical control of passbook. (Never write down the rules - keep them in yer head).
To keep the rules fresh, use different passwords and uids for every single app or website possible. You'll always be rehearsing the rules in yer head, you won't forget them.
Here's an example from my current set: pwd= "RhinoPott=amus" Rule 1,3
I'll bet you can't guess the real password in 10,000 tries. You don't know rules 1 or 3, which modify what's written. Go ahead, give me 10000 tries in a text file - I'll let you know if you get it.
This really really works - I've been doing this way since the 1980's, and haven't misplaced a properly coded pwd yet.
Pavlov wouldn't be so famous if he'd used a can opener instead of a bell.
I love having the password on my monitor. However I didn't like the appearance of all those Post-it notes stuck to it. So instead I changed all my passwords to "Samsung".
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