Some observations on this file: 0. This is a file of SHA1 hashes of short strings (i.e. passwords). 1. There are 3,521,180 hashes that begin with 00000. I believe that these represent hashes that the hackers have already broken and they have marked them with 00000 to indicate that fact. Evidence for this is that the SHA1 hash of 'password' does not appear in the list, but the same hash with the first five characters…
I have found hashes of linkedout, recruiter, recru1ter, googlerecruiter, toprecruiter, superrecruiter, humanresources and hiring. If it is a hoax, it is a very elaborate hoax.
6.5 Million LinkedIn Password Hashes Leaked
441–450 of 547 posts
Re: 6.5 Million LinkedIn Password Hashes Leaked
#442Earlier quoted context omitted.
I assume the first line you meant to pipe it through uniq afer the sort? Otherwise the only thing you've demonstrated is that sorting a file doesn't change its line count. :)
"sort -u" means "sort and uniq".
Re: 6.5 Million LinkedIn Password Hashes Leaked
#443Earlier quoted context omitted.
My point still stands. There's funny and then theres blatent fanboyism. You're like a prepubescent teenager who doesn't understand the context of social situations so always says something stupid.
"Which brings us to the most important principle on HN: civility. Since long before the web, the anonymity of online conversation has lured people into being much ruder than they'd dare to be in person. So the principle here is not to say anything you wouldn't say face to face. This doesn't mean you can't disagree. But disagree without calling the other person names. If you're right, your argument will be more convin…
Re: 6.5 Million LinkedIn Password Hashes Leaked
#444Earlier quoted context omitted.
My point still stands. There's funny and then theres blatent fanboyism. You're like a prepubescent teenager who doesn't understand the context of social situations so always says something stupid.
Pot, meet kettle.
Re: 6.5 Million LinkedIn Password Hashes Leaked
#445Earlier quoted context omitted.
My (very unique) password hash is in the list, although unbroken so far.
Sorry for the stupid question, but where did you guys find the list of hashes? I didn't see it linked in the article. Edit: found it in the Slashdot comments, it's: http://www.mediafire.com/?n307hutksjstow3 For the record, my password's hash was not in the list.
Re: 6.5 Million LinkedIn Password Hashes Leaked
#446Earlier quoted context omitted.
fwiw, this could also be an elaborate hoax, given this facts. E.g. a list of simple password + combinations of the above simple password+"linkedin" variations.
I agree, I've tried several passwords and they match. If you're a Math person, please shed some light on the chances that this list covers the full space.
Re: 6.5 Million LinkedIn Password Hashes Leaked
#447Some observations on this file: 0. This is a file of SHA1 hashes of short strings (i.e. passwords). 1. There are 3,521,180 hashes that begin with 00000. I believe that these represent hashes that the hackers have already broken and they have marked them with 00000 to indicate that fact. Evidence for this is that the SHA1 hash of 'password' does not appear in the list, but the same hash with the first five characters…
I disagree with #5, I had a few of my coworkers check their sha1 against the DB and most of them were not in the dump. I also checked for truncated hashed, none of which were found. I have the feeling this is a subset of the full database
I think I have changed to this password during the last year.
Re: 6.5 Million LinkedIn Password Hashes Leaked
#448Re: 6.5 Million LinkedIn Password Hashes Leaked
#449Earlier quoted context omitted.
Or you could just feed "sha1 " to the duckduckgo.com search box and it will give the result.
Some people have this thing against sending their private passwords in plaintext to third-party websites...
Re: 6.5 Million LinkedIn Password Hashes Leaked
#450Some observations on this file: 0. This is a file of SHA1 hashes of short strings (i.e. passwords). 1. There are 3,521,180 hashes that begin with 00000. I believe that these represent hashes that the hackers have already broken and they have marked them with 00000 to indicate that fact. Evidence for this is that the SHA1 hash of 'password' does not appear in the list, but the same hash with the first five characters…
A stock JtR 1.7.9-jumbo5, using the default rules, is finding quite a few of the non-zeroed ones pretty quickly. This surprises me; I would have expected them to have run the list through the JtR mill before passing it on to others.