China’s rapid integration of advanced AI models like DeepSeek and domestically produced Huawei AI chips into its military is reshaping global defense. This systematic effort, detailed in recent reports, aims for technological supremacy in an accelerating arms race, deploying everything from autonomous combat vehicles to sophisticated drone swarms, while simultaneously striving for ‘algorithmic sovereignty’ to reduce reliance on Western technology.
The global tech landscape is buzzing with discussions about artificial intelligence, but behind the civilian applications, a quiet revolution is taking place in military defense. China, in particular, is making aggressive strides in integrating AI into its armed forces, a systematic effort that has the attention of global defense analysts. Recent reports reveal a concerted drive by Beijing to leverage cutting-edge AI, prominently featuring models from DeepSeek, to gain a significant advantage in its arms race with the United States.
This initiative isn’t just about incremental upgrades; it’s a foundational shift towards a new era of warfare where autonomy, speed, and algorithmic precision are paramount. From autonomous ground vehicles to networked drone swarms, China’s military is rapidly adopting AI to enhance its capabilities across the battlefield.
The Engine of Innovation: DeepSeek’s Central Role
At the forefront of China’s military AI push is DeepSeek, a company whose artificial intelligence models are becoming a point of national pride. In February 2025, China’s state-owned defense giant Norinco unveiled the P60, a military vehicle capable of autonomous combat-support operations at 50 kilometers per hour, powered directly by DeepSeek AI. This public showcase was hailed by Communist Party officials as a clear signal of Beijing’s intent to lead in military AI.
A comprehensive review of numerous research papers, patents, and procurement records indicates DeepSeek’s widespread adoption within the People’s Liberation Army (PLA) and its affiliates. Dozens of PLA tenders this year specifically referenced DeepSeek models, far outpacing any domestic rivals like Alibaba’s Qwen. This preference underscores China’s broader objective of “algorithmic sovereignty,” a strategic move to reduce dependence on Western technology and bolster domestic control over critical digital infrastructure.
Domestic Chips on the Rise: Huawei’s Ascend Series
While China aggressively pursues AI models, it’s also making a concerted push for self-reliance in the underlying hardware. The Chinese military has significantly increased its use of contractors committed to exclusively employing domestically-made hardware, notably Huawei AI chips, throughout 2025. This shift aligns with Beijing’s public campaign to promote China-made technology across all sectors.
Analysts from the Washington-based Jamestown Foundation, who analyzed hundreds of PLA procurement tenders, confirmed this trend, noting the growing demand for and use of Huawei chips by PLA affiliates. This development is crucial as Huawei’s Ascend chips are designed as a direct substitute for restricted Western alternatives, fostering a more self-sufficient defense ecosystem.
Autonomous Frontlines: Robot Dogs and Drone Swarms
China’s vision for AI in warfare extends to advanced autonomous systems that redefine battlefield dynamics. The PLA is actively exploring the deployment of AI-powered robot dogs designed to scout in packs, identify threats, and clear explosive hazards, as evidenced by a tender issued in November 2024. While the fulfillment of this specific tender remains unconfirmed, China has previously showcased armed robot dogs from manufacturer Unitree in state media-released military drills, highlighting its commitment to this technology.
Equally significant are the advancements in autonomous drone swarms. Documents reveal intense military efforts to integrate AI into drones for autonomous target recognition and tracking. Beihang University, a prominent institution in military aviation research, is utilizing DeepSeek to refine drone swarm decision-making, particularly for intercepting “low, slow, small” threats like other drones and light aircraft. These developments signal a move towards operations with minimal human intervention, though Chinese defense leaders have publicly affirmed their commitment to maintaining human control over weapon systems amidst global ethical concerns.
Accelerating Decision-Making: AI in Military Planning
Beyond autonomous weapons, AI is fundamentally transforming military planning and intelligence. PLA entities are investing heavily in AI to improve decision support, from rapid image analysis to complex war game simulations. Companies like Landship Information Technology, which integrates AI into military vehicles, leverage Huawei chips to rapidly identify targets from satellite imagery and coordinate operations with radars and aircraft.
The speed at which AI can process complex data is a game-changer. Researchers at Xi’an Technological University demonstrated a DeepSeek-powered system capable of assessing 10,000 battlefield scenarios—each with unique variables, terrain, and force deployments—in a mere 48 seconds. This task would conventionally require a team of human military planners 48 hours to complete, underscoring the immense tactical advantage offered by AI-driven planning.
The Persistent Pursuit of Power: Nvidia Chips and the Tech Race
Despite China’s push for domestic hardware, the shadow of Western technology, particularly Nvidia chips, still looms. Procurement records and patent filings confirm the PLA and its affiliates continue to seek and use Nvidia chips, including models under U.S. export controls like the A100 and H100. While it’s unclear if these chips were stockpiled before Washington imposed restrictions in September 2022, patents filed as recently as June 2025 show their ongoing use by military-linked research institutes, including the PLA Rocket Force University of Engineering.
This persistence highlights a complex dynamic: China’s dual strategy of fostering domestic champions like Huawei while still leveraging advanced foreign technology where possible. The U.S. Commerce Department’s ban on these chips was a significant move, yet Chinese military-affiliated academics, particularly from the National University of Defense Technology (NUDT) and the “Seven Sons” universities, continue to reference Nvidia A100 chips in their research, indicating either existing stockpiles or alternative procurement channels.
The Road Ahead: Implications for Global Defense and Tech
The accelerating AI arms race between China and the U.S. is not merely a geopolitical rivalry; it’s a testament to the transformative power of artificial intelligence in shaping future conflicts. Washington is also heavily investing in AI, aiming to deploy thousands of autonomous drones by the end of 2025 to counter China’s numerical advantage in unmanned aerial vehicles.
For the tech community, China’s methodical integration of DeepSeek AI and Huawei chips into its defense apparatus offers a stark illustration of national strategic priorities driving technological development. The pursuit of “algorithmic sovereignty” presents both a challenge to global supply chains and an opportunity for domestic innovation. As both superpowers continue to refine their AI war machines, the long-term impact on global security, ethical considerations of autonomous weapons, and the trajectory of AI development itself remains a critical subject for close observation and analysis.
