On Fri, Dec 22, 2017 at 9:19 AM <0h3rr...@gmail.com> wrote:
> For those interested here is the Case source code of a scheme for key > exchange similar in concept to a DH Key exchange process, but using simple > bitwise operations with an iterated function: > > https://github.com/Caume/HerraduraKEx > > Sample of the output: > > > ALICE: > 15076425430454950481 A [Secret 1] > 5065174741009230133 B [Secret 2] > 6616145336279823145 D [FSCX_REVOLVE(A,B,16)] -> > BOB: > A2 5640910407791789943 [Secret 3] > B2 2734548036544947114 [Secret 4] > <- D2 7953994751009905686 [FSCX_REVOLVE(A2,B2,16)] > 11220837854338859672 FA [FSCX_REVOLVE(D2,B,48) xor A] > FA = FA2 11220837854338859672 [FSCX_REVOLVE(D,B2,48) xor > A2] > EVE: NOT (D xor D2)= 14577306244540485824 > EVE: D xor D2= 3869437829169065791 > EVE: FSCX(D,D2)= 14126811020873148126 > EVE: FSCX(D2,D)= 14126811020873148126 > EVE: FSCX(D,D2) xor D= 11519582121138542071 > EVE: FSCX(D2,D) xor D= 11519582121138542071 > ... > EVE: FSCX_REVOLVE_PRINT(D,D2,64)= 6616145336279823145 > ... > > Update: Added an encryption protocol (HAEN) and code, based on HKEX and the FSCX function
