.@csoghoian I liked the rest of your SOUPS talk but 2048-bit RSA should be fine for 10+ more years: http://www.keylength.com
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@bascule@timothy_yim@csoghoian If 2048 bit keys are ever broken by factoring, most likely 4096 will be broken as well. -
@bleidl@bascule@timothy_yim@csoghoian hmm if you can use a longer one, use a longer one -
@julianor@bleidl@timothy_yim@csoghoian why not use a 16777216-bit key? Or a 281474976710656-bit key? Well, that *would* be silly... -
@bascule@bleidl@timothy_yim@csoghoian 'birthday paradox' square root is often underestimated when choosing bit lengths in protocols -
@julianor@bleidl@timothy_yim@csoghoian I've already provided an ample amount of information on what criteria mater in key size selection
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@bascule@csoghoian But begs the question. Does the#NSA have capabilities 1.5 Million times as powerful as the "standard desktop machine"? -
@timothy_yim@csoghoian Shor's algorithm on a ponies and unicorns NSA quantum computer? Sure, but highly unlikely. 10+ yrs off for civilians -
#Laugh +1 for the ponies and unicorns NSA quantum computer.@bascule@csoghoian
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Thanks for the digicert link,
@bascule! Very helpful stuff.@csoghoianThanks. Twitter will use this to make your timeline better. UndoUndo
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