China’s AI Defense: Global Security in 2028

A recent report indicates that by 2030, over 70% of China’s defense research and development budget will be allocated to artificial intelligence initiatives, a stark increase that shows a strategic pivot. This aggressive investment is not merely about technological advancement. It directly impacts the global balance of power and raises significant questions about AI misuse in military applications. What does this mean for international security and the future of warfare?

The sheer scale of China’s commitment to artificial intelligence within its defense industry cannot be overstated. When we look at the numbers, a clear picture emerges, one that challenges conventional military planning and necessitates a rethinking of international security protocols.

China’s Projected AI Defense Spending to Surpass $30 Billion Annually by 2028

One of the most compelling data points comes from a recent analysis by the Center for a New American Security (CNAS), which projects that China’s annual spending on AI for defense purposes will exceed $30 billion by 2028. This figure represents a staggering increase from current estimates and dwarfs the combined AI defense budgets of many NATO member states. My interpretation of this number is straightforward: China is not merely experimenting with AI. It is fundamentally restructuring its defense capabilities around it. This isn’t about incremental upgrades. It’s about a wholesale transformation, shifting from traditional platforms to intelligent, networked systems. The implications for weapons specification are deep, as future military hardware will increasingly be defined by its AI capabilities rather than just its kinetic power.

Consider the logistical challenges alone. Integrating AI at this scale requires not just funding but also a strong ecosystem of researchers, engineers, and data scientists. China has invested heavily in this human capital, graduating millions of STEM professionals annually. This long-term strategic vision, coupled with significant financial backing, allows for sustained development cycles that can rapidly translate research into deployable technology. The pace of this integration is what truly sets China apart, and it creates a significant asymmetry in military technological development that cannot be ignored.

PLA’s Autonomous Weapon Systems Development: A Sea change in Warfare

According to a complete report by the Stockholm International Peace Research Institute (SIPRI), the People’s Liberation Army (PLA) is actively developing and testing AI-powered autonomous weapon systems capable of independent target identification and engagement. This development is not confined to theoretical discussions. Prototypes are already undergoing rigorous field trials within China’s extensive military testing grounds. The report details advancements in areas like AI-driven swarm drones, which can operate collectively without direct human control, and autonomous underwater vehicles (AUVs) designed for long-duration surveillance and anti-submarine warfare. This represents a fundamental shift in the nature of warfare. Traditionally, human decision-making has been at the core of lethal force application. The introduction of systems that can make these decisions autonomously, even within predefined parameters, challenges ethical boundaries and international law. We are moving into an era where the speed of engagement could outpace human reaction times, leading to potentially destabilizing escalations.

Many conventional analysts still cling to the notion that human oversight will always be present, a “human-in-the-loop” or “human-on-the-loop” approach. I disagree with this conventional wisdom. While initial deployments might include these safeguards, the inherent advantages of speed and scale offered by fully autonomous systems will inevitably push militaries, including the PLA, towards reducing or eliminating human intervention in certain scenarios. The pressure to gain a decisive advantage in a conflict could easily override ethical considerations, particularly in a high-intensity environment. The development of these systems also highlights a critical vulnerability for adversaries: how do you counter a threat that adapts and operates faster than any human-led response? This is where the true disruptive potential of these systems lies, not just in their existence, but in their operational doctrine.

Dual-Use AI Research: Over 150 Chinese Institutions Blurring Lines

A recent study published by the Australian Strategic Policy Institute (ASPI) revealed that over 150 Chinese universities and research institutions are directly involved in dual-use AI research, meaning their work has both civilian and military applications. This extensive network includes prestigious universities like Tsinghua University and the Chinese Academy of Sciences. What this number signifies is a deliberate, systemic integration of civilian scientific advancement into military objectives. There isn’t a clear firewall between academic research and defense applications. Instead, there’s a smooth flow of talent, data, and technology. This approach allows the Chinese defense industry to rapidly absorb and adapt modern AI innovations from the broader scientific community, often without the same bureaucratic hurdles found in other nations. The implication is that breakthroughs in areas like natural language processing, computer vision, or robotics, initially developed for commercial purposes, can quickly find their way into surveillance systems, targeting algorithms, or autonomous platforms for the PLA. This makes traditional intelligence gathering on military-specific AI projects significantly more challenging, as the “military” footprint is often hidden within seemingly benign academic or commercial ventures.

This dual-use strategy also extends to talent acquisition. Students trained in AI programs at these institutions often transition directly into defense-related roles, whether in state-owned enterprises or military research units. This creates a powerful feedback loop where academic excellence directly fuels military technological superiority. It’s a national strategy, not just a series of isolated projects, and it’s far more pervasive than many Western observers initially understood. The sheer volume of institutions involved suggests a deep and wide talent pool dedicated to advancing China’s AI capabilities across all sectors, including defense.

Export Controls Fueling China’s Domestic AI Development

Following stringent export controls imposed by the United States and its allies on advanced AI chips and software in late 2022 and early 2023, China has significantly accelerated its domestic semiconductor and AI development efforts. According to a report by Reuters, Chinese companies and state-backed initiatives have invested an estimated $100 billion into domestic chip manufacturing and AI research over the past two years alone. This aggressive investment, while initially a reaction to external pressure, is now creating a more self-reliant and potentially formidable Chinese defense industry. The conventional wisdom often suggests that export controls cripple the target nation’s technological progress. In some cases, this holds true. However, with China, the response has been an intensified drive towards indigenous innovation. Instead of merely seeking alternative suppliers, China is building its own. This includes advancements in domestic GPU design, AI accelerators, and sophisticated software frameworks tailored for military applications.

My view is that these controls, while necessary for short-term strategic denial, inadvertently provide a powerful long-term impetus for China to achieve technological independence. This will not only make future sanctions less effective but also allow China to develop AI systems that are entirely optimized for its own military doctrine and hardware, without reliance on foreign components or software architecture. The consequence is a more strong, self-contained AI ecosystem that is less susceptible to external disruption. This is a critical point that often gets overlooked: what appears to be a setback can, for a determined nation, become a catalyst for accelerated self-sufficiency. The focus shifts from acquiring foreign technology to creating superior domestic alternatives, a strategic goal that has long been central to China’s national development plans.

Global Proliferation of AI-Enabled Military Hardware and the Need for New Controls

The advancements in China’s AI-enabled defense industry are not confined to its borders. They have a significant global impact through proliferation. A recent analysis by the United Nations Institute for Disarmament Research (UNIDIR) highlights that the increasing sophistication and availability of Chinese AI military technology could lead to a rapid global spread of advanced autonomous weapon systems. This isn’t just about direct sales. It’s about the influence of Chinese innovation driving a global arms race in AI. As China demonstrates the effectiveness of its AI-powered platforms, other nations, both allies and adversaries, will feel compelled to acquire or develop similar capabilities to maintain a deterrent or competitive edge. This creates a dangerous feedback loop, accelerating the development and deployment of potentially destabilizing technologies worldwide. The report shows the urgent need for new international arms control frameworks specifically designed to address AI. Existing treaties, developed for conventional or nuclear weapons, are simply inadequate for managing the complexities of autonomous systems, algorithmic bias, and the speed of AI-driven warfare.

This issue extends beyond the major powers. Smaller nations, previously unable to afford or develop complex military technologies, might find access to AI-enabled systems more feasible, either through purchase or reverse-engineering. This democratizes access to advanced military capabilities, potentially lowering the threshold for conflict and increasing regional instability. The lack of clear international norms or regulations on the development and use of lethal autonomous weapons means that a dangerous precedent is being set. Without a concerted global effort to establish guardrails, the potential for AI misuse in conflict scenarios, including unintended escalation or algorithmic errors, becomes increasingly severe. The time for proactive governance is now, before the technology outpaces our ability to control it.

The rapid advancements in China’s AI defense industry demand immediate and sustained attention from the international community. Understanding these technological shifts and their strategic implications is not merely academic. It is essential for shaping effective foreign policy and maintaining global stability.