Mozilla Posts File Containing Registered User Data
wiredmikey writes "Mozilla yesterday sent an email to registered users of its addons.mozilla.org site, letting them know that it had mistakenly posted a file to a publicly available Web server which contained data from its user database including email addresses, first and last names, and an md5 hash representation of user passwords."
http://blog.mozilla.com/security/2010/12/27/addons-mozilla-org-disclosure/
Active accounts have their password SHA-512 hashed with per-user salt, so they're safe (for a while). However those 44,000 holders of older (and now disabled) MD5 hashed accounts should rush changing their passwords elsewhere, if they have the bad habit of using the same password everywhere...
There's a browser safer than Firefox, it is Firefox, with NoScript
This is really well played by Mozilla. We are witnessing a prime example of crisis-communication. The basic rules are:
- Communicate early (even if you don't have all the facts yet)
- Communicate honestly (even if you're to blame)
- Promise follow-up (as needed)
Performing their crisis-communication this well will probably improve public perception of Mozilla. It will certainly raise the bar for other companies.
I have a photographic memory for numbers. I know almost a hundred of them.
Nope no exploit. They just accidentally made a backup publicly accessible.
They went through the logs and no one actually downloaded it except the person who notified them of the problem.
The day before this was noticed my Gmail account was hacked by Chinese spammers and I know I used the same password there. So I am skeptical about the claims that no one had downloaded this file. The email only says when they noticed the problem, but doesn't specify how long the file was available before that. It could have been available for a long time.
No, you're actually wrong - in the context of password protection, encrypting passwords means using a one-way encryption scheme. The method is in some ways similar to hashing, but the common process used is actually that of a modified version of the Blowfish crypto cipher resulting in a non-reversible output. The process is very time-consuming compared to generic hashing such as MD5, SHAx etc., and is practically impossible to create rainbow tables for, practically impossible to bruteforce. You can educate yourself further on the topic here: http://codahale.com/how-to-safely-store-a-password/
I just checked with the RIAA and they said that it is likely that thousands of people downloaded it from that person's machine.