As the proliferation of Unmanned Aerial Systems (UAS) accelerates globally, the nature of asymmetric aerial threats has fundamentally shifted. From modified commercial quadcopters to sophisticated Loitering Munitions (LMs), low-altitude security is no longer just a concern for military forward operating bases, but for critical civilian infrastructure, energy grids, and major public events.

    For years, the primary defense against rogue drones was Radio Frequency (RF) jamming. While effective against basic GPS-dependent drones, jamming has significant limitations: it requires line-of-sight, can cause collateral damage to local communications, and is largely ineffective against autonomous drones operating on pre-programmed inertial navigation.

    This has led to the rise of "Hard Kill" or Kinetic Interception systems. Unlike soft-kill measures, kinetic solutions physically neutralize the threat. The latest generation of anti-drone technology utilizes high-speed interceptor drones equipped with AI-driven target recognition. These systems offer a distinct advantage: precision. By using physical impact or proximity detonation, security forces can eliminate threats without disrupting the surrounding electromagnetic environment.