AQSC (Anti-Quantum Security Core) introduces a self-consistent cryptographic and computational framework that transcends conventional post-quantum paradigms. Unlike systems that layer encryption externally, AQSC integrates its cryptographic integrity directly into the computational fabric itself — an approach known as structural cryptography. The system is fully independent, relying on no external libraries, and implements ML-KEM-1024 lattice primitives in combination with deterministic state reversal, constant-time execution, and complete memory erasure. Through this architecture, AQSC achieves quantum resilience not by defensive encryption, but by mathematical inevitability, where security emerges as a property of structure rather than as an applied mechanism. This paper formalizes AQSC’s theoretical underpinnings, describes its anti-quantum invariants, and proposes a new paradigm of computing integrity: the quantum reversal.
Shogo Toda (Sun,) studied this question.