Technology Overview
Quantum eMotion is at the forefront of cybersecurity innovation, utilizing the power of QRNGs for current data protection and quantum-safe algorithms for future Quantum cyberattacks.
QRNGs represent a groundbreaking technology harnessing the inherent unpredictability of quantum mechanics. Their primary purpose is to generate pure randomness, serving as the bedrock of cybersecurity by rendering encrypted communication impenetrable.
Randomness holds immense significance because it eliminates predictability from the encryption process. When information is derived from truly random sources, potential attackers are left devoid of any clues to exploit, thus fortifying the security of the system.
However, true randomness can only be achieved by leveraging the principles of quantum mechanics. Consequently, quantum-level security becomes the sole means to establish bullet-proof secure communication.
Quantum eMotion's core technology is based on the quantum phenomenon known as electron tunneling, wherein electrons traverse potential barriers that classical mechanics would deem impassable, as exemplified by a thin insulating barrier separating two superconductors.
This phenomenon is explained by the concept of wave-particle duality in quantum mechanics, allowing us to describe every quantum entity as both a particle and a wave.
The application of voltage across a tunnel junction induces the generation of a raw, unpredictable signal across the quantum tunneling barrier. This signal is subsequently amplified and converted into a random bit sample.
This random bit sample serves as the foundation for building quantum-safe applications. It can be utilized to create unbreakable encryption keys, secure data transmission, and fortify authentication methods, ensuring the highest level of cybersecurity in the digital age. With quantum randomness at its core, our technology paves the way for a future where data remains impervious to even the most advanced threats.
