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Which of the following is the BEST definition of strong cryptography?
Cryptography that has no keys
Cryptography that is not known to have been broken
An encryption standard that cannot be cracked
There is no such thing as unbreakable Cryptography (just a matter of time), so strong cryptography is a relative term and anything that is considered strong cryptography is temporal. In fact, because of the nature of "strong cryptography", the correct term should be renamed, "strong enough cryptography". At the time of writing, AES-128 is considered strong enough cryptography by most standards. Is this question Serious? The best definition of Strong Cryptography is an encryption standard that cannot be crack whether it is an impossibility or not. You people need to work your questions with some sense of decency. This question is absolutely ridiculous and I am intoxicated! The question is asking "THE BEST", not "THE MOST REALISTICALLY STRONG". ::EDIT:: Instead of insulting people's senses of decency, you need to understand how cryptography works. There is NOTHING that "cannot be cracked." Edit: Terrible question.
Any way delete this question, this means nothing. EDIT: Agreed, VERY terrible question. Your "correct" answer is a tautology when viewed with the question: You shouldn't define cryptography as cryptography. The better answer is "a standard". I see that you want to drive the point home that "nothing is unbreakable" (OTP used correctly?) but that's a rather silly reason to waste a question and other people's time
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