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D(HE)ater is a proof of concept implementation of the D(HE)at attack (CVE-2002-20001) through which denial-of-service can be performed by enforcing the Diffie-Hellman key exchange. (read-only clone of the original GitLab project)
Implementation of Diffie-Hellman Key-exchange, RSA algorithm, DSS(Digital Signature Signing and Verification), Extended Euclidean Algo., Fermat's Little Theorem, Fast Modular Exponentiation
Diffie–Hellman Key Exchange Method (hereafter called the D-H method) allows two parties agree upon a shared secret number, a symmetric key, over an insecure communications channel
Implementation of an End to end encrypted messaging system, where client to client communication is performed after triple-DES encryption, with the keys exchanged using Diffie-Hellman Key exchange algorithm. A user is also able to create multiple groups and be a part of any set of groups. Messages could be text, images, video file etc.
This Calculator helps you out in calculating the result of a [(x)^y] mod p type of function. It can be used to solve Cryptography Diffie-Hellman excercises. By the way do you prefer M&M's or Snickers? Comment and Share with your friends.