When I first learned about Diffie-Hellman and especially elliptic curve Diffie-Hellman, I had one rather obvious question: Why elliptic curves? Why use this strange group that seems rather arbitrar…
It seems the author’s result is elliptic curves end up being the most practical way to do Diffie-Hellman because every thing else is insecure or hard to implement in computers.
Edit: Oh and the other ways to do it end up being equivalent to an elliptic curve anyways.
It seems the author’s result is elliptic curves end up being the most practical way to do Diffie-Hellman because every thing else is insecure or hard to implement in computers.
Edit: Oh and the other ways to do it end up being equivalent to an elliptic curve anyways.