The Military Applications of AI in China

Strategic Foundation: Intelligentized Warfare as National Policy

China's military AI ambitions are grounded in a formal strategic doctrine that its leadership calls "intelligentized warfare" — a concept that goes beyond simply adding AI to existing weapons. The PLA's goal is to transform warfare itself, shifting from platforms and firepower as the primary measures of military power toward information processing speed, autonomous decision-making, and cognitive dominance as the decisive factors in conflict.

This doctrine is articulated in China's official military strategy documents and reflected in the structure of its defense spending. The transition from "informatized" to "intelligentized" warfare is described as the central challenge of contemporary military modernization — a shift that has been examined by researchers at institutions including the RAND Corporation, whose 2026 analysis of PLA writings finds that "intelligentization" has become a top priority for integrating AI across PLA operations.

China's 2017 New Generation AI Development Plan, published by the State Council, established national-level targets for AI development that explicitly included military applications. The plan called for AI to transform defense equipment, command and decision-making systems, military simulation and training, and defense logistics. Critically, it directed deep integration between civilian AI research and military development — a policy known as military-civil fusion — ensuring that advances made by companies like Baidu, Alibaba, and Huawei feed directly into PLA capabilities.

Military-Civil Fusion: Blurring the Line Between Commercial and Defense AI

One of the most consequential features of China's military AI program is its deliberate erasure of the boundary between civilian and defense technology development. Military-civil fusion (军民融合, jūn-mín rónghé) is not a metaphor — it is a legal and institutional framework that requires Chinese technology companies to cooperate with the military and intelligence services on demand.

This has profound implications for the pace of China's military AI development. While the United States and other democracies maintain institutional separations between their commercial technology sectors and their defense establishments — separations that have sometimes slowed the adoption of commercial AI by the military — China's system allows the PLA to draw directly on the research, data, and engineering talent of its world-class commercial AI sector.

The U.S. Department of Defense has documented how military-civil fusion drives dual-use AI development in China, where systems developed for commercial applications — facial recognition, logistics optimization, natural language processing — are adapted for military use under state mandates. Companies including SenseTime, Megvii, and Hikvision, all leaders in AI and surveillance technology, have been placed on US export restriction lists for their involvement in defense and security applications.

Autonomous Weapons and Unmanned Systems

Perhaps the most visible and consequential area of China's military AI development is its rapid expansion of unmanned and autonomous weapons systems across all domains: air, sea, land, and space.

Unmanned Aerial Vehicles

China has become the world's largest producer and exporter of military drones, and its programs have moved well beyond simple remote-controlled aircraft. The PLA Air Force operates a range of unmanned aerial vehicles (UAVs) designed for reconnaissance, strike, and electronic warfare. The Wing Loong and CH-series drones have been exported widely and used in conflicts across the Middle East and Africa. More significantly, China is developing AI-enabled autonomous drone swarms — systems where hundreds or thousands of small drones coordinate autonomously to overwhelm air defenses, conduct surveillance over vast areas, or execute coordinated strikes.

In 2017, China demonstrated a swarm of over 1,000 fixed-wing drones performing coordinated autonomous flight — a demonstration that was widely interpreted as a signal of military capability rather than mere spectacle. Subsequent demonstrations have grown in sophistication. Researchers at the US Department of Defense have assessed China's drone swarm programs as among the most advanced in the world.

Unmanned Naval Vessels

The PLA Navy is investing heavily in unmanned surface vessels (USVs) and unmanned underwater vehicles (UUVs). These systems are intended to extend the Navy's reach for mine-laying, anti-submarine warfare, intelligence gathering, and force protection without risking human crew. China's JARI USV, unveiled at the 2018 Zhuhai Airshow, demonstrated autonomous navigation and formation sailing capabilities. Underwater, China has deployed a network of autonomous underwater gliders for ocean survey and surveillance — systems that have dual-use potential for both scientific research and military intelligence gathering in contested maritime zones including the South China Sea.

Ground-Based Autonomous Systems

The PLA Ground Force has displayed multiple unmanned ground vehicle (UGV) prototypes designed for logistics support, reconnaissance, and combat roles. AI-enabled ground robots capable of navigating complex terrain, identifying threats, and operating in coordination with human forces represent a growing area of investment. These systems are seen as particularly relevant for the kind of contested urban and mountainous terrain that characterizes China's potential conflict scenarios.

AI in Command, Control, and Intelligence

Beyond autonomous weapons platforms, China is pursuing AI integration into the cognitive and organizational dimensions of warfare — the systems that help commanders understand the battlefield and make decisions faster than adversaries.

Intelligent Command Systems

The PLA is developing AI-assisted command and control systems designed to process vast quantities of sensor data, intelligence reports, and operational information in real time, presenting commanders with synthesized situational awareness and decision recommendations. The goal is to compress the OODA loop — Observe, Orient, Decide, Act — to a pace no purely human command structure can match. Chinese military journals have published extensively on the concept of "algorithmic warfare," in which AI systems handle information processing while human commanders focus on judgment and authorization.

Intelligence, Surveillance, and Reconnaissance

AI is transforming China's intelligence, surveillance, and reconnaissance (ISR) capabilities across multiple collection disciplines. Satellite imagery analysis, which once required skilled human analysts working for hours to assess a single image, can now be automated to assess thousands of images per hour, flagging changes and anomalies for human review. China's growing constellation of reconnaissance satellites, combined with AI-enabled analysis, provides a persistent and increasingly automated picture of military installations, ship movements, and infrastructure worldwide.

The China Aerospace Studies Institute at Air University has published detailed analyses of China's military satellite programs and their integration with AI-enabled ground processing systems, describing a rapidly maturing capability that is qualitatively changing China's strategic intelligence picture.

Electronic Warfare and Cyber Operations

AI is being integrated into China's electronic warfare and cyber operations, enabling faster detection and exploitation of adversary communications, more sophisticated jamming systems, and AI-driven cyberattacks that can adapt in real time to defensive responses. The PLA's Strategic Support Force, established in 2015 specifically to manage space, cyber, and electronic warfare capabilities, is a primary locus of military AI investment in these domains.

AI-Enabled Missile and Nuclear Command

One of the most sensitive dimensions of China's military AI program involves its potential integration with nuclear command and control. Chinese military scholars have debated — in open publications — the potential role of AI in early warning systems, launch decision support, and the management of hypersonic weapons that fly trajectories and execute maneuvers too complex for conventional guidance systems.

China's expanding arsenal of hypersonic glide vehicles, including the DF-17 missile system, depends on sophisticated AI-enabled guidance and targeting systems to execute their maneuvering flight profiles and strike precision targets. The integration of AI into weapons systems that can deliver both conventional and nuclear payloads raises profound questions about crisis stability and the risks of misunderstanding in a conflict involving nuclear-armed powers.

The Carnegie Endowment for International Peace has published extensive research on the intersection of AI and nuclear risk, examining how the integration of AI into military systems used by nuclear powers could compress decision timelines and increase the risk of accidental escalation in a crisis.

AI for Surveillance and Social Control: The Domestic-Military Connection

China's military AI capabilities are inseparable from its domestic surveillance infrastructure — the most extensive AI-powered monitoring system ever built. The technologies developed and deployed for internal population monitoring — facial recognition, gait recognition, voice recognition, social graph analysis, predictive policing — form a vast training ground for military AI applications.

China's domestic surveillance network processes data from hundreds of millions of cameras, billions of mobile phone connections, and extensive financial transaction monitoring. The AI systems trained on this data have developed capabilities in human behavior prediction, anomaly detection, and pattern recognition that are directly applicable to military intelligence and battlefield surveillance. Companies like Huawei, which supplies much of the infrastructure for China's domestic surveillance network, are simultaneously developing telecommunications and AI systems used by the PLA.

International concern about these connections has led the United States and allied governments to restrict Chinese surveillance technology companies from government procurement and to warn allied nations about the security risks of incorporating Chinese AI infrastructure into critical systems. The US Department of Justice and allied intelligence agencies have documented cases of Chinese technology companies sharing data with PLA-affiliated entities, blurring the line between commercial AI products and military intelligence collection.

Talent, Research, and the Educational Pipeline

Sustaining military AI development requires not just investment but human capital — researchers, engineers, and strategists who can develop, deploy, and integrate AI systems into military operations. China has made the development of AI talent a national priority, with significant implications for its military AI program.

Chinese universities produce more STEM graduates annually than any other country, and the government has invested heavily in AI-specific research centers and talent recruitment programs. The "Thousand Talents Plan" and successor programs have sought to attract Chinese-born researchers from Western institutions back to China, sometimes with documented links to military research programs — a recruitment effort that has drawn significant attention from Western counterintelligence agencies.

The PLA itself has established dedicated AI research institutions, including the Academy of Military Sciences' AI Research Center, and has integrated AI courses into the curricula of its military academies. This institutional investment in military-specific AI talent creates a pipeline of researchers who understand both cutting-edge AI methods and the specific operational requirements of military systems.

International Responses and the Emerging AI Arms Race

China's military AI program has prompted significant responses from other major powers, particularly the United States, which views Chinese military AI development as a central challenge to its own military superiority.

The United States has accelerated its own military AI programs through the Department of Defense's AI initiatives, including the Joint Artificial Intelligence Center (now reorganized into the Chief Digital and Artificial Intelligence Office), Project Maven for AI-enabled imagery analysis, and significant investment in autonomous systems. The US has also moved aggressively to restrict Chinese access to advanced semiconductors — the chips that power AI training and inference — through export controls implemented in 2022 and expanded since, specifically to slow the PLA's ability to develop and deploy advanced AI systems.

NATO allies, Japan, South Korea, and Australia have all launched military AI programs of their own, partly in response to assessed Chinese capabilities. The NATO AI strategy, adopted in 2021, committed the alliance to developing AI capabilities while adhering to principles of responsible use — a framework that implicitly contrasts with Chinese military AI development, which operates without equivalent transparency or ethical constraints.

Meanwhile, international efforts to establish norms for military AI — including discussions at the United Nations about lethal autonomous weapons — have made limited progress, with China taking ambiguous positions that preserve its freedom of action to develop autonomous weapons while nominally supporting broad principles of human control.

Ethical Constraints and the Autonomous Weapons Debate

One dimension that distinguishes China's military AI program from those of democratic nations is the relative absence of ethical and legal constraints on autonomous weapons development. While the United States, United Kingdom, and other democracies have published principles for responsible military AI use — including requirements for "appropriate levels of human judgment" in lethal force decisions — China has published no equivalent binding framework.

Chinese military scholars have explicitly argued that fully autonomous lethal systems — weapons capable of selecting and engaging targets without human authorization — may be a legitimate and necessary development for future warfare. This position, while not unique to China, has significant implications for international stability. An AI arms race in which major powers compete to develop faster, more autonomous lethal systems with minimal human oversight represents one of the most serious long-term security challenges of the current era.