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crack ram elements 13 1000 days
The usage of parallel processing is one of the most important contributions to cracking cryptography. For example if we take a 12 character password with alphanumeric characters and additional characters [ !@#$%^&*()+_] we have 26,963,771,415,920,784,510,976 different passwords [here] and if we use 10 million cores and crack at 10 billion passwords per second, we see that it will take around 3 days to crack every password (as apposed to over 15 years without parallel processing):
The use of parallel processing is now well-known in the industry, and the Electronic Frontier Foundation (EFF) set out to prove that DES was weak, and created a 56-bit DES crack which had an array of 29 circuits of 64 chips (1856 elements), and processed 90,000,000 keys per seconds. It, in 1998, eventually cracked the code within 2.5 days. A more recent machine is the COPACOBANA (Cost-Optimized Parallel COde Breaker) which costs less than $10,000, and can crack a 64-bit DES code in less than nine days.
The ultimate in distributed applications is to use unused processor cycles of machines connected to the Internet. For this applications such as distributed.net allow the analysis of a key space when the screen saver is on (Figure 2). It has since used the method to crack a number of challenges, such as in 1997 with a 56-bit RC5 Encryption Challenge. It was cracked in 250 days, and has since moved on, in 2002, to crack 64-bit RC5 Encryption Challenge in 1,757 days (with 83% of the key space tested). The current challenge involves a 72-bit key.
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