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...ercepts the entire conversation cannot learn the key. It is based on the [[discrete logarithm]] problem and is therefore thought to be secure. Mathematicians have been w

...ography that could use a look from a math editor. Especially [[RSA]] and [[Discrete logarithm]], since those are directly mathematical, but also [[Diffie-Hellman]], [[Al ...te field]], I notice that the article defines only one type. However, in [[Discrete logarithm]], I imply that there are multiple types. I thought that was the case, but

: What about [[Digital signature]], [[RSA]], [[discrete logarithm]], [[HMAC]], [[Block cipher modes of operation]], [[Diffie-Hellman]], ... A ...[[passive attack]], [[Algebraic attack]], [[Code book attack]], [[RSA]], [[discrete logarithm]], [[Hashed message authentication code]] and [[Birthday attack]] history s

Are any of those — [[discrete logarithm]], [[Diffie-Hellman]] or [[RSA algorithm]] — approvable? If not, what

I've also started articles on related things, [[PGP]], [[Diffie-Hellman]], [[discrete logarithm]], [[RSA]], [[IPsec]], [[FreeSWAN | FreeS/WAN]], [[opportunistic encryption

...ritten a number of things — at least [[RSA]], [[Diffie-Hellman]] & [[discrete logarithm]] — that could use a look from a math editor. [[User:Sandy Harris|San

...of some mathematical problem — [[integer factorisation]] for RSA, [[discrete logarithm]] for Diffie-Hellman, and so on. These problems are generally thought to be

...Meet-in-the-middle attack]], [[Brute force attack]], [[Diffie-Hellman]], [[Discrete logarithm]] — are complete enough for approval. Some on more complex topics lik