A fast and lightweight asymmetric cryptography with a possibility of encryption would give us a lot of the very important advantages. First, there would be no need for Diffie-Hellman key exchange algorithm. It would make a process of starting of a communication much lighter, faster and secure. One would communicate simultaneously with 2 and more others encrypting\decrypting a content "on-the-fly" without fear of the sender spoofing. Second, the hardware requirements for the secure communications would be much less. It's very sensitive for IoT. And there would be one important effect: some attacks (like DDoS over HTTPS) would be much more complicated and much less effective. Third, ... it would be a fast and lightweight asymmetric cryptography with a possibility of encryption and that is all...
Today I release EVHEN. EVHEN is a fastest asymmetric cipher which allows both encryption and signing of messages WITH A SPEED OF A CLASSICAL SYMMETRIC BLOCK CIPHER! It is based on the chaos theory, theory of symmetric SPN-ciphers, white-box cryptography and on the method of concealing of a linear relationship (https://eprint.iacr.org/2010/419.pdf). I named this work in honor of two greatest mathematicians: Evariste Galois and Jules Henri Poincare.
Everyone can access a source code here and try EVHEN for themselves. Feel free to contact me and stay tuned.
Best regards
No comments:
Post a Comment