Anti-drone lasers represent a pivotal advancement in security and defense technology, designed to neutralize unmanned aerial threats through precision and non-kinetic means. The genesis of anti-drone laser systems can be traced back to the early 21st century, evolving from research and development in directed energy weapons. These systems offer several benefits over traditional anti-aircraft measures. Firstly, they provide near-instantaneous response times, allowing for the quick neutralization of targets. Secondly, anti-drone lasers are characterized by their precision, capable of disabling drones without causing collateral damage to surrounding areas or personnel. This aspect is particularly advantageous in urban environments where safety and minimal physical destruction are paramount. Furthermore, operating costs are significantly lower than conventional projectile-based systems, as lasers eliminate the need for physical ammunition. Over time, advancements in laser technology have improved the range, power, and reliability of these systems, making them an increasingly practical and effective solution for protecting sensitive locations from aerial threats. This technological evolution underscores the growing importance of adaptive and non-traditional defense mechanisms in contemporary security paradigms.