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…
6.5 Million LinkedIn Password Hashes Leaked
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Re: 6.5 Million LinkedIn Password Hashes Leaked
#542Use http://leakedin.org to find out if your password was hacked.
Re: 6.5 Million LinkedIn Password Hashes Leaked
#543Some 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…
Re: 6.5 Million LinkedIn Password Hashes Leaked
#544Some 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…
For the security novices amongst us: I had no idea how to do this so I figured out a quick python script to test it: >>> from hashlib import sha1 >>> def check_pass(plaintext, offset=5): hashed = sha1(plaintext).hexdigest() return (hashed, '0' * offset + hashed[offset:]) >>> check_pass("linkedin") ('7728240c80b6bfd450849405e8500d6d207783b6', '0000040c80b6bfd450849405e8500d6d207783b6') Edit: I'm pretty sure JtR refers…
Re: 6.5 Million LinkedIn Password Hashes Leaked
#545Earlier quoted context omitted.
For the security novices amongst us: I had no idea how to do this so I figured out a quick python script to test it: >>> from hashlib import sha1 >>> def check_pass(plaintext, offset=5): hashed = sha1(plaintext).hexdigest() return (hashed, '0' * offset + hashed[offset:]) >>> check_pass("linkedin") ('7728240c80b6bfd450849405e8500d6d207783b6', '0000040c80b6bfd450849405e8500d6d207783b6') Edit: I'm pretty sure JtR refers…
Obligatory perl one-liner: perl -MDigest::SHA -le '$h = substr( Digest::SHA::sha1_hex($ARGV[0]) , 5 ); open F, " )' password (for people without shells)
Re: 6.5 Million LinkedIn Password Hashes Leaked
#546Earlier quoted context omitted.
For the security novices amongst us: I had no idea how to do this so I figured out a quick python script to test it: >>> from hashlib import sha1 >>> def check_pass(plaintext, offset=5): hashed = sha1(plaintext).hexdigest() return (hashed, '0' * offset + hashed[offset:]) >>> check_pass("linkedin") ('7728240c80b6bfd450849405e8500d6d207783b6', '0000040c80b6bfd450849405e8500d6d207783b6') Edit: I'm pretty sure JtR refers…
Obligatory perl one-liner: perl -MDigest::SHA -le '$h = substr( Digest::SHA::sha1_hex($ARGV[0]) , 5 ); open F, " )' password (for people without shells)