RanggaS

4 ms·

1. 1.▲
   Show HN: RSME:A Reactive Stability Mutation Encryption(zenodo.org)

   1 points by RanggaS 6mo ago|0 comments
2. 2.▲
   RSME: A Reactive Stability Mutation Encryption(zenodo.org)

   8 points by RanggaS 6mo ago|0 comments
3. 3.▲
   by RanggaS 6mo ago

   Exactly. In the RSME framework, Y, P, and S are part of the Dynamic Key Parameters pulled from the Master Seed (the 1 billion key pool). The beauty of it is that while 'k' is sent as metadata, Y, P, and S are never transmitted. Bo
4. 4.▲
   RSME: A Reactive Stability Mutation Encryption(zenodo.org)

   2 points by RanggaS 6mo ago|0 comments
5. 5.▲
   by RanggaS 6mo ago

   I am sharing RSME as a conceptual architecture for reactive encryption. While I am the architect behind the logic, I welcome the community to modify, optimize, and stress-test the math and the code. Let's evolve this 'Active Defen
6. 6.▲
   by RanggaS 6mo ago

   Great question. "k" is derived during the encryption phase as the integer quotient (floor division) of the pre-modulo value. If we let X = (((Data * Y) - P) + Y) XOR S, then: k = floor(X / M) This "k" value acts as
7. 7.▲
   by RanggaS 6mo ago

   I designed RSME (Reactive Stability Mutation Encryption) to solve a specific problem: providing active defense for resource-constrained devices like drones and IoT. The core idea is the 'Delta%' sensor—a mathematical awareness wit
8. 8.▲
   RSME: A lightweight reactive encryption algorithm with internal anomaly sensing(zenodo.org)

   2 points by RanggaS 6mo ago|7 comments