This invention is a nanomaterial apparatus employing multi-input Boolean logic functionality for cryptographic applications. More specifically, disordered single-electron tunnelling networks realizing physical unclonable functions from which one-time pad keys are derived. This invention is capable of producing reliable, uncorrelated, and terabyte scale keys which cannot be cracked within its lifetime by brute-force physical attacks and learnt by analytical or computer modelling. It is cost-efficient in comparison to protected memory for unconditional security.
📥 Description
📥 Claims
📥 Drawings