Quantum eMotion (OTCQB: QNCCF) today highlighted a rare convergence of independent audit validation, quantum-attack performance testing, and formal certification progress, underscoring the real-world security performance of its patented quantum entropy technology.
The Krown audit represents a rare, production-grade demonstration of quantum-secured cryptography operating under real adversarial conditions.
Krown audit: 100/100 security score, 5-Star Confidence Rating, zero remaining findings and full production approval.
This production validation builds directly on Quantum eMotion’s June 2025 quantum simulation study, conducted in collaboration with PINQ² using IBM’s Qiskit framework, which evaluated the resistance of QRNG-enhanced cryptographic architectures against Grover-based quantum search attacks.

That study demonstrated that QRNG-generated entropy increases oracle complexity and circuit depth for quantum attackers.
At real-world key sizes (e.g., 256-bit), quantum brute-force attacks remain computationally infeasible.
Security margins scale favourably as entropy quality increases.
The Krown audit now provides real-world corroboration that these properties translate from simulation to live, adversarial environments.

In parallel with these operational results, Quantum eMotion continues to advance toward formal regulatory certification, having engaged Lightship Security, a NIST-accredited laboratory, to conduct FIPS 140-3 validation of its Quantum Crypto Module.
Lightship will perform Entropy Source Validation (ESV), Cryptographic Module Validation Program (CMVP), and Algorithm and functional compliance assessments.
This initiative positions Quantum eMotion’s technology for deployment across regulated U.S. and Canadian markets, including government, defence, healthcare, financial services, and critical infrastructure sectors.
Together, these milestones establish a rare and comprehensive validation stack: independent DeFi production audit, quantum-attack simulation benchmarking, and formal FIPS 140-3 certification pathway.

This is what quantum cybersecurity maturity looks like, said Dr. Francis Bellido, CEO of Quantum eMotion.
Not just theory, not just simulations—but production systems achieving flawless audits, reinforced by quantum-attack modelling and aligned with federal certification requirements.
Krown’s results provide tangible proof that quantum entropy, when properly engineered, materially raises the security bar.

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