Traditional cryptographic paradigms focus entirely on content obfuscation. This leaves the underlying metadata footprints, packet sizes, and transmission channels exposed to deep packet inspection systems. This paper presents a verified hardware-native framework that shifts the security boundary from content concealment to absolute existence denial. By leveraging non-deterministic micro-architectural fluctuations alongside multi-dimensional geometric transforms, the architecture dissolves digital signals directly into the ambient thermodynamic noise floor of the host processor.
Darius Puzinas (Sat,) studied this question.