A Brief Overview of the Benefits of Implementing Quantum Algorithms in Factorizing Cyber Social Engineering Threats
Soorena Merat, Wahab Almuhtadi · 2025
Traditional cybersecurity approaches, often rooted in classical logic, tend to address threats in a linear, deterministic manner, focusing on isolating and mitigating individual vulnerabilities. However, the evolving landscape of cyber threats, characterized by its complexity and interconnectedness, demands a paradigm shift in our thinking. Quantum logic, with its emphasis on superposition, entanglement, and uncertainty, offers a powerful framework for understanding the fluid and dynamic nature of cyber risks. This logic allows us to move beyond the binary confines of classical logic, embracing the notion that systems can exist in multiple states simultaneously and that seemingly disparate events can be interconnected in ways that defy traditional analysis.