- Quantum eMotion (OTCQB: QNCCF) completes a quantum simulation project assessing its cryptographic architecture.
- The project shows the company's Quantum Random Number Generator (QRNG) enhances security against quantum attacks.
- Future plans include testing QRNG-enhanced cryptographic architectures under real-world conditions.
Quantum eMotion Corp. (OTCQB: QNCCF), a leader in quantum-secure technologies, has announced the successful completion of an internal quantum simulation project, evaluating its Sentry-Q cryptographic architecture. Conducted in collaboration with PINQ², the project utilized IBM's Qiskit quantum computing framework to simulate Grover's algorithm. This algorithm is notable for its potential ability to enhance brute-force attacks on symmetric encryption schemes.
Key findings revealed that the success rate of Grover's algorithm significantly decreases with larger key sizes. Importantly, the integration of QeM's proprietary Quantum Random Number Generator (QRNG) increases oracle complexity and circuit depth in simulated quantum circuits. As a result, with a 256-bit key size, the algorithm would require approximately 2¹²? iterations to succeed. This makes quantum attacks impractical with current technology.
Dr. Francis Bellido, CEO of Quantum eMotion, commented on the project, stating that the integration of QRNG-generated entropy demonstrates a strong resistance to quantum attacks. These findings support the company's confidence in their security-by-design approach with Sentry-Q and their post-quantum product roadmap.
The project's results lay important groundwork for future validation. Quantum eMotion plans to include testing with hybrid testbenches and real-time emulation of cryptographic architectures enhanced with QRNG under constrained computing conditions.
Quantum eMotion aims to meet the growing demand for secure solutions in various sectors such as Financial Services, Healthcare, Blockchain Applications, and more. Their patented QRNG, exploiting the unpredictability of quantum mechanics, promises enhanced protection for high-value assets and critical systems.
