China is not merely deploying defensive shields against drone swarms; it is rewriting the economic mathematics of warfare. Destroying a $2,000 drone with a $2 million missile is a suicide strategy of attrition. To invert this cost equation, Beijing is swapping kinetic missiles for directed-energy weapons—specifically high-power microwaves and high-energy lasers—that neutralize incoming swarms for a few cents per shot. At the core of this doctrine is the 'Iron Triangle' operational framework. AI-enhanced radars first detect dense, low-altitude formations. High-power microwave systems like the Hurricane 3000 then blast broad electromagnetic pulses to fry swarm electronics simultaneously. High-energy lasers like the LY-1 finish off surviving drones with thermal precision, while rotary cannons and interceptor drones clean up remaining leakers. The true breakthrough lies in algorithmic warfare. Chinese defense entities are integrating AI models inspired by biological behavior—such as hawk-like target selection algorithms that instantly identify and exploit vulnerabilities within an enemy swarm. Despite technical bottlenecks like high power demands, thermal management, and weather sensitivity, China's core objective remains clear: transforming the sky into a toxic environment for autonomous threats at near-zero marginal cost.