MARK-B.L.U.

The MARK-B.L.U. (or Base Level Unifier) architecture proposes a novel quantum hashing and encryption stack designed for defense-grade communication, secure agent identity, and verifiable autonomous AI outputs.

In an era where classical cryptography faces obsolescence under quantum threat and autonomous agents increasingly operate in adversarial, zero-trust environments, MARK-B.L.U. leverages quantum entropy extraction and parameterized quantum circuits to generate tamper-proof identity signatures and verifiable decision logs, resulting in a framework that ensures communications, decisions, and outputs from drones, robots, or autonomous AI systems remain cryptographically authentic, tamper-evident, and provably quantum-secured.