Quantum eMotion's QRNG Demonstrates Real-World Security Performance Across DeFi, Post-Quantum Simulation, and Federal Certification Path

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[{"type":"text","content":"Quantum eMotion's QRNG Demonstrates Real-World Security Performance Across DeFi, Post-Quantum Simulation, and Federal Certification PathMontreal, Quebec--(Newsfile Corp. - December 29, 2025) - Quantum eMotion (TSXV: QNC) (OTCQB: QNCCF) (FSE:34Q0) 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.This announcement follows the publication of a perfect 100/100 security audit score and 5-Star Confidence Rating achieved by Krown Network and KrownDEX-one of the most stringent third-party security assessments ever completed in decentralized finance-where used entropy is produced by Quantum eMotion's QRNG2 engine (ref: Krown_Audit_PR_Updated).From Theory to Production: Quantum Security Proven in Live SystemsThe Krown audit represents a rare, production-grade demonstration of quantum-secured cryptography operating under real adversarial conditions. The independent assessment confirmed:100/100 security scoreZero remaining findings across all severity levelsFull production approval5-Star auditor confidence ratingBy design, Krown's architecture relies on hardware-grade quantum randomness rather than algorithmic or pseudo-random entropy sources-directly aligning with Quantum eMotion's long-standing security-by-design philosophy.June 2025 Quantum Simulation Results Reinforced in ProductionThis 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 (ref: QeM pressrelease_PINK2-QeM_June).That study demonstrated that:QRNG-generated entropy increases oracle complexity and circuit depth for quantum attackersAt real-world key sizes (e.g., 256-bit), quantum brute-force attacks remain computationally infeasibleSecurity margins scale favourably as entropy quality increasesThe Krown audit now provides real-world corroboration that these properties translate from simulation to live, adversarial environments.Advancing Toward Federal Certification with Lightship SecurityIn parallel with these operational results, Quantum eMotion continues to advan...

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