As quantum computing emerges, the blockchain ecosystem faces an existential threat that could unravel the very fabric of digital trust and security. Traditional blockchain technologies, celebrated for their robust encryption and decentralized integrity, stand on the brink of vulnerability against quantum decryption capabilities.
This pivotal moment demands a bold, innovative leap towards quantum-resistant blockchain solutions. Our mission is to pioneer a new frontier in encryption technology, crafting a crypto coin engineered to withstand the quantum onslaught.
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At its heart, the LWE problem involves solving for a vector s given a set of linear equations, where each equation is perturbed by a small amount of error or noise.
The presence of this noise makes it significantly challenging to find the exact solution, especially as the dimensions of the problem (the size of the vector s and the number of equations) increase.
Current Encryption methods rely on factoring large prime numbers
Quantum qubits can represent a superposition of states, allowing for them to represent multiple states at once and to break current encryption methods in reasonable time.
Lattice Based Cryptography (LWE)
Given a point on a lattice, find vectors to get to that point in the lattice.
Easy for smaller dimensions, but as you scale it up, it becomes increasingly hard.
Easy to check if you already have the given vectors
Our encryption standard-
https://github.com/pq-crystals/kyber
Kyber key encapsulation mechanism, and an optimized implementation for x86 CPUs supporting the AVX2 instruction set. Kyber has been selected for standardization in of thestandardization project.
An example conversion would involve an input key with latin characters from the kyber.js library we utilized
With kyber.js
Input: Hello
Output: 2cf24dba5fb0a30e26e83b2ac5b9e29e
We Scale.
