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#CRACK WPA2 HASH ASIC CHIP GENERATOR#
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#CRACK WPA2 HASH ASIC CHIP CRACK#
Advanced Wireless Technologies built 1856 custom ASIC DES chips (called Deep Crack or AWT-4500), housed on 29 circuit boards of 64 chips each. The principal designer was Paul Kocher, president of Cryptography Research. The small key space of DES, and relatively high computational costs of Triple DES resulted in its replacement by AES as a Federal standard, effective May 26, 2002.ĭeep Crack was designed by Cryptography Research, Inc., Advanced Wireless Technologies, and the EFF. In October of that year, DES was reaffirmed as a federal standard, but this time the standard recommended Triple DES.
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The decryption was completed on January 19, 1999. This time, the operation took less than a day – 22 hours and 15 minutes. Six months later, in response to RSA Security's DES Challenge III, and in collaboration with, the EFF used Deep Crack to decrypt another DES-encrypted message, winning another $10,000. Most governments and large corporations could reasonably build a machine like Deep Crack. The brute force attack showed that cracking DES was actually a very practical proposition. In response to DES Challenge II-2, on July 15, 1998, Deep Crack decrypted a DES-encrypted message after only 56 hours of work, winning $10,000. In 1998, the EFF built Deep Crack (named in reference to IBM's Deep Blue chess computer) for less than $250,000. RSA Security set up DES Challenge II-1, which was solved by in 39 days in January and February 1998.
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The first DES Challenge was solved in 96 days by the DESCHALL Project led by Rocke Verser in Loveland, Colorado. RSA Security wished to demonstrate that DES's key length was not enough to ensure security, so they set up the DES Challenges in 1997, offering a monetary prize. The DES challenges ĭES was a federal standard, and the US government encouraged the use of DES for all non-classified data. Subsequent advances in the price/performance of chips kept reducing that cost until, twenty years later, it became affordable for even a small nonprofit organization such as the EFF to mount a realistic attack.
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Martin Hellman and Whitfield Diffie of Stanford University estimated that a machine fast enough to test that many keys in a day would have cost about $20 million in 1976, an affordable sum to national intelligence agencies such as the US National Security Agency. One of the major criticisms of DES, when proposed in 1975, was that the key size was too short. This is exactly 72,057,594,037,927,936, or approximately 72 quadrillion possible keys. DES uses a 56-bit key, meaning that there are 2 56 possible keys under which a message can be encrypted.
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