3/11/2024 0 Comments John the ripper crack salted md5![]() You then quit using your old setup, and buy a new setup that's roughly 16 times faster for a more or less reasonable price, and the remaining 14/20ths are done in 1/4th the time, i.e. More advanced: You use this machine for 6 years, and are more or less 6/20ths of the way through. aggregate computing power doubles every 18 months (with password hash cracking being embarrassingly parallel, this is reasonable enough to start with), then we realize that if you just wait 1.5 years, then you'd crack twice as fast, so you'd be done in about one decade instead of about two. If, however, we use House's corollary to Moore's law, i.e. If you assume you're going to start this exact computer running on all twelve passwords and this version of JtR, and simply leave it there for a couple decades, then yes, that's about right. Your expected time depends on your assumptions. Besides, a reboot or two would mess that up regardless, not to mention actually using the machine for other things, regular patching, power outages, normal speed variance as other processes run, etc. However, now I'm going to handwave the math in seconds to demonstrate exponential speed increases which render fractions of days trivial. Your actual calculations seem solid after your edit with fixes.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |