Introduction Traditional cybersecurity solutions face the risk of becoming obsolete as quantum computing advances at a rapid pace. Quantum bases are the foundation of quantum computing, allowing for speedier calculations and complicated problem solving. However, this capacity offers considerable challenges to existing encryption approaches, making quantum security an important field of research and development. This
Introduction In an increasingly digital world, global cybersecurity has emerged as a primary priority for governments, corporations, and individuals. Cyber threats, data breaches, and ransomware attacks are becoming increasingly common, posing major implications to economies and national security. As technology improves, so do cybercriminals’ techniques, making strong cybersecurity solutions critical. This article delves into the
Introduction Traditional encryption techniques are finding it difficult to keep up with the increasing cyber risks of the digital age. Presenting Quantum Key Distribution (QKD), a novel quantum cryptography method that uses the principles of quantum mechanics to guarantee unbreakable communication. In contrast to classical encryption, QKD is impervious to future assaults, even those based