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Chaos Mash v2.5.001
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Hits: 42 |
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Date added: 05/03/2007 |
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Chaos Mash is a free encryption program that let’s you scramble any type of data. Encrypt any sort of file on your computer. If you need it to be confidential simply “mash” it.
Chaos Mash will output any file of your choosing into encrypted data. Chaos Mash offers 45 types of encryption for you to choose from. Type 1 to 15 using Method A, B, or Blowfish. The higher the number of the type the stronger the encryption. Note that with Chaos Mash’s Methods A and B the original file size stays the same while using Blowfish the encrypted file will increase in size.
You can also set a key that is essentially the password for the file. To get back your original file just run it through Chaos Mash with your original encryption settings and your key, if you set one.
Be careful! If you decide to delete your original file you MUST remember your key and encryption method and type. Otherwise you can lose your file permanently. |
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MD5 Dictionary attack
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Hits: 45 |
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Date added: 10/13/2006 |
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MD5 dictionary attack tool. |
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PEncrypt v4.00
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Hits: 46 |
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Date added: 11/30/2006 |
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PEncrypt v4.00 is best of all the versions! Features include.. SoftICE ICEDump Detection routines. Anti TRACEX. Anti Application Level Debuggers. Polymorphic Encrypted Decryptors |
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SSHA Attack
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Hits: 46 |
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Date added: 09/12/2007 |
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SSHA Attack is a small prog for pen testers and security engineers to use in password/small clear-text auditing of SSHA hashes. Dont forget to visit the authors site for more details! |
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MDcrack 1.2
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Hits: 49 |
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Date added: 10/07/2006 |
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MD5 is a one way hash algorithm providing a final 128 bits length hash
whatever was the original text length. The resulting hash is often used
to sign a document thus giving a way to certify that the original content
wasn't altered by a third party. Today many applications (most of them
are network oriented) use MD5 for authentication purpose avoiding any
plain text password on the wire. In such a case, clients typically send
a password hash over the network to the server which in turn, make its own
client password hash to compare the two hashes. If they match together,
the server considere the client know the good password and the
authentication process is ended althought the server may be totaly wrong !
MD5 can not theoricaly be reversed that is to say nobody can guess the
original text from its hash (even with little strings like passwords) but
since the number of resulting hash is fixed (2^128), many strings will
give the same hash. Surveys about the predictibility of such collisions
have never, till now, proved that somebody could arbitrary choose another
text giving the same MD5 signature. |
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