Key Takeaways
- The PLA has deployed DeepSeek AI across drones, robot dogs, and autonomous combat vehicles.
- Researchers at Xi’an Technological University claim their system can analyze 10,000 combat scenarios in 48 seconds—a process that takes humans 48 hours.
- Norinco’s P60 autonomous military vehicle, powered by DeepSeek, represents China’s first AI-driven combat-support platform.
- Beihang University is using DeepSeek for drone swarm decision-making and “low, slow, small” threat defense.
- Despite U.S. export bans, PLA research continues using Nvidia A100/H100 chips while expanding reliance on Huawei Ascend processors.
China’s military has entered a new phase of AI-driven modernization, with DeepSeek artificial intelligence models now integrated into its autonomous drones, robotic vehicles, and combat planning systems, according to an extensive Reuters investigation released today. The findings highlight Beijing’s rapid progress toward achieving “algorithmic sovereignty”—developing AI systems independent of Western control—to match or surpass U.S. military capabilities.
One of the most striking revelations comes from Xi’an Technological University, where researchers claim their DeepSeek-enhanced planning platform can analyze 10,000 battlefield scenarios in just 48 seconds, a process that traditionally required human strategists two full days. The researchers described the system as “a fundamental subversion of conventional manually generated scenarios,” transforming military simulation from static, rule-based systems into “autonomously evolving intelligent agents.”
The PLA’s AI deployment became publicly visible earlier this year when China North Industries Corporation (Norinco) introduced the P60 autonomous military vehicle, capable of performing combat-support operations at up to 50 km/h. Entirely powered by DeepSeek AI, the P60’s launch was celebrated by Communist Party officials as a key milestone in China’s AI-enabled military modernization strategy.
A Reuters analysis of procurement documents, patents, and academic publications shows DeepSeek’s expanding footprint across PLA programs. The Jamestown Foundation reported a sharp increase in DeepSeek-related procurement notices throughout 2025, citing “regular appearances of new AI-enabled applications on PLA networks.”
Among those applications:
- AI-powered robot dogs that operate in coordinated packs to scout terrain and clear explosives.
- Autonomous drone swarms with real-time target identification and tracking.
- Advanced simulation systems that predict enemy maneuvers using evolving data models.
Beihang University, a leading institution for military aviation research, has incorporated DeepSeek into its drone research programs to enhance coordination and decision-making against “low, slow, small” aerial threats—a term used to describe small drones and light aircraft.
Despite U.S. export restrictions enacted in 2022, which prohibit the sale of Nvidia’s advanced A100 and H100 GPUs to Chinese military-linked institutions, Reuters identified 35 PLA patents filed as recently as June 2025 referencing those chips. China, however, is rapidly scaling its domestic alternatives, with Huawei’s Ascend processors emerging as preferred replacements; 15 patents from the same period reference Huawei’s hardware.
“Nvidia’s chips are no longer essential for Chinese military development,” Nvidia spokesperson John Rizzo told Reuters. “China has more than enough domestic capacity for all of its military applications.”
The integration of DeepSeek across China’s military infrastructure signals both a technological breakthrough and a strategic shift—one aimed at reducing dependence on Western AI frameworks while enhancing rapid, autonomous battlefield decision-making.
As the U.S. Department of Defense accelerates its own plans to deploy thousands of autonomous drones by 2025, the race for AI dominance in military technology is intensifying. Analysts warn that the world’s two largest powers are entering a new era of algorithmic warfare, where victory may hinge less on manpower or weaponry—and more on the speed and intelligence of the machines that command them.

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