🇨🇳⚠️ China Builds Drone Army Across Air, Land, and Sea Chinese state media has shown one soldier reportedly directing as many as 200 drones. China Electronics Technology Group (CETC), a state-owned defense electronics company, is now working on the harder problem: keeping the swarm useful after aircraft are shot down, links are jammed, and the target moves. China Electronics Technology Group says its homogeneous swarms—large groups of similar aircraft—can already reconfigure their networks after losing individual drones, close gaps in formation, and keep working through electromagnetic interference. Their sensors pool information to screen targets, identify camouflage, and calculate positions. The machines also divide work among themselves. They change routes, avoid collisions, and reassign tasks as the situation changes. CETC says current systems can carry a mission from reconnaissance through electromagnetic suppression and precision strike to damage assessment. Now China is trying to put aerial drones, ground robots, surface craft, and underwater vehicles on the same network. Aircraft can search far ahead. Ground machines can use terrain and carry different sensors or weapons. Maritime drones can watch channels, approach ships, and push surveillance beyond the coast. In a conflict around Taiwan, the key factors would be speed and resilience. An aerial swarm finds a ship or missile battery. Another node confirms its position. Electronic warfare platforms interfere with radar and communications. Strike elements attack, while surviving sensors check the result. If one machine disappears, the others are meant to retain the target picture and divide the unfinished work. The same architecture appears in China’s plans for robotic South China Sea outposts. Aerial, surface, and underwater machines would cover one another, with sensors, weapons, and computing spread among mobile nodes. The aim is to prevent one successful strike from blinding the whole position. This full air-land-sea network is not in service yet. CETC still lists common interfaces, cross-service coordination, jamming resistance, and realistic testing as open problems. But its building blocks are already being tested at scale: distributed sensing, local decisions, autonomous task allocation, and swarms that continue after losing aircraft or communications. For US forces, shooting down a few cheap drones would solve very little. They would have to break a moving network while protecting ships, airfields, radars, and supply hubs from several kinds of machines at once. Destroy one node, and the mission passes to another. @NewRulesGeo❗Follow us on X