Earlier this month Chinese supreme leader Xi Jinping met with senior military scientists as chairman of the all-powerful Central Military Commission.
During the meeting, the Chinese leader was photographed at the PLA Academy of Military Sciences shaking hands with Major General Li Deyi, a leading authority on artificial intelligence, or AI, and a key figure in the Chinese military’s effort to overtake the United States in the emerging field of advanced weapons.
The meeting between Xi and the military experts garnered little public attention.
But within US intelligence agencies closely monitoring rival China, the attention given by Xi to Li was the latest sign of the growing importance Beijing places on rapidly building autonomous weapons – robotic arms capable of thinking and acting at the speed of light.
The Chinese military quest for integrating AI into its tanks, naval forces and aircraft is the part of China’s asymmetric or “assassin’s mace” warfare strategy – building high-technology arms that will enable China’s weaker forces to defeat the more powerful military of the United States in any future conflict.
Two years ago Xi spoke to the Central Military Commission and called on it to move ahead with fusing advanced technologies like big data, cloud computing and AI for the Communist Party’s People’s Liberation Army.
PLA Lieutenant General Liu Guozhi, the director of China’s Science and Technology Commission, has said AI is fundamentally changing how militaries wage war.
Yang Wei, the former chief designer for the Chengdu Aircraft Corp J-20 stealth fighter, said during a speech on future air combat last year that China’s next-generation fighter would utilize AI to achieve air superiority.
“China’s breakthroughs in AI can be expected to enable future unmanned combat aircraft (UCAV) that are more responsive than human-controlled aircraft, better able to counter large formations of enemy UCAVs, as well as enable new energy weapon-equipped space combat platforms that will have to prevail over US and other space combat systems,” said Rick Fisher, a China military affairs expert.
“China can also be expected to use AI to enable very deep sea unmanned underwater combat vehicles (UUCVs) able to contest control over the ocean floor, where China will want to defend very large sensor grids of its Underwater Great Wall.”
For China’s large and varied missile arsenal, AI has a future as well. Wang Changqing, a Chinese weapons designer, said future cruise missiles “will have a very high level of AI and automation. They will allow commanders to control them in a real-time manner, or to use a fire-and-forget mode, or even to add more tasks to in-flight missiles.”
China’s application of AI to its growing cyber warfare capabilities also will increase the danger posed by cyber attacks and espionage.
“The implications of our adversaries’ abilities to use AI are potentially profound and broad,” US Director of National Intelligence Dan Coats said in February. “They include an increased vulnerability to cyber attack, difficulty in ascertaining attribution, facilitation of advances in foreign weapon and intelligence systems, the risk of accidents and related liability issues and unemployment.”
China’s advanced AI-powered arms are among Beijing’s most closely guarded secrets. Little is known about how far along China’s military has developed these AI-powered weapons that include autonomous tanks and land vehicles, submarines and surface warships as well as bombers, fighters and drone aircraft.
China recently demonstrated the use of an unmanned tank and showed off a swarm of drone aircraft as part of its AI military program.
Some elements of the AI drive can be gleaned from Chinese writings, although analysts warn China is known to use such public writings, especially on military affairs, to deceive foreign spy services into misestimating its military programs.
One recent article in the PLA’s official newspaper provided a wealth of details on China’s AI warfare plans. AI warfare will be conducted under the rubric of “intelligent operations,” the article’s authors, Shen Shoulin and Zhang Guoning, said.
“Intelligent operation can be understood from the core concepts of ‘focusing on intelligence supremacy, ubiquitous AppCloud, multi-domain integration, brain-machine fusion, intelligent autonomy, and unmanned combat’,” they stated.
China plans to attack enemy perceptions, understanding and reasoning by “taking the cognitive initiative and damaging or interfering with the cognition of the enemy based on the speed and quality of the cognitive confrontation.”
The drive for battlefield “brain supremacy” will replace earlier warfare concepts seeking military dominance over land, sea, air and more recently space and cyber domains, Shen and Zhang wrote.
Achieving supremacy over enemies in the information space will be decisive. “Once intelligence supremacy is lost, supremacy of other spaces is meaningless,” they said.
For the Chinese, winning in AI conflict will require defeating the stealth radar masking aircraft, ships, submarines and missiles and dominating enemy electronic warfare by imposing communications silence, using cyber attacks to take over enemy networks and utilizing unbreakable secure quantum communications.