According to a recent Defense News report, China’s military is increasingly integrating artificial intelligence into key defense systems, but experts say it is doing so in a carefully targeted and selective manner rather than attempting broad dominance. One example highlighted is the enhancement of the guided-missile frigate Qinzhou with an AI algorithm designed to reduce blind spots during air defense operations. This reflects China’s broader strategy of “intelligentized warfare,” where AI is being embedded into military platforms to strengthen combat efficiency and decision-making.
A major focus area appears to be drone swarms, autonomous systems, and battlefield decision support. The report notes that a PLA institution recently demonstrated a test in which one soldier supervised around 200 autonomous drones at the same time. Analysts suggest China may even be ahead of the United States in AI-driven drone swarm applications, especially with the addition of drone carriers already in service. AI is also being used in cyberspace operations, space systems, and intelligent command support to speed up the military’s observe-orient-decide-act cycle.
Despite these advances, experts cited in the article emphasize that China still trails the US overall in military AI capability. The United States is said to maintain a strong lead due to greater access to advanced semiconductors, larger data-center infrastructure, and decades of operational battlefield data. Export controls on high-end chips have further constrained China’s access to AI hardware, while the PLA’s centralized command culture may also limit the flexibility needed for effective AI-enabled warfare.
Overall, the article suggests that China is not trying to match the US in every area of military AI, but is instead placing strategic bets on specific high-impact domains such as drone autonomy and naval defense systems. This selective approach reflects both ambition and caution, as Beijing seeks to strengthen military capabilities while managing technological and doctrinal limitations.
