While much of military AI globally focuses on autonomous weapons and large language models, a new study suggests Beijing may also be pursuing a quieter transformation: embedding artificial intelligence (AI) in the deepest layers of industrial manufacturing.
A study published last month in the Chinese defence engineering journal Acta Armamentarii described how researchers developed an AI-powered “bearing design agent” – capable of autonomously designing rolling bearings in advanced machinery.
The journal has long served as a leading publication platform for China’s weapons industry, covering technologies linked to aerospace, missile systems, armour, guidance systems and military manufacturing.
AdvertisementTitled “Study on Rolling Bearing Design Agent Based on Large Language Models with Reasoning and Acting”, the paper detailed an AI system called ChatBearing that combines large language models with engineering calculation tools and industrial databases.
05:50 China showcases new military hardware in massive Victory Day paradeAccording to the researchers, traditional bearing design relies heavily on experienced engineers, lengthy trial-and-error processes and expensive testing under extreme conditions including high temperature, heavy load and high rotational speed.
While much of military AI globally focuses on autonomous weapons and large language models, a new study suggests Beijing may also be pursuing a quieter transformation: embedding artificial intelligence (AI) in the deepest layers of industrial manufacturing.
A study published last month in the Chinese defence engineering journal Acta Armamentarii described how researchers developed an AI-powered “bearing design agent” – capable of autonomously designing rolling bearings in advanced machinery.
The journal has long served as a leading publication platform for China’s weapons industry, covering technologies linked to aerospace, missile systems, armour, guidance systems and military manufacturing.
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Titled “Study on Rolling Bearing Design Agent Based on Large Language Models with Reasoning and Acting”, the paper detailed an AI system called ChatBearing that combines large language models with engineering calculation tools and industrial databases.
Researchers from Chongqing University’s State Key Laboratory of Mechanical Transmission for Advanced Equipment said the system could autonomously perform design requirement analysis, load calculation, bearing selection, life prediction, strength verification and report generation.
05:50 China showcases new military hardware in massive Victory Day parade
According to the researchers, traditional bearing design relies heavily on experienced engineers, lengthy trial-and-error processes and expensive testing under extreme conditions including high temperature, heavy load and high rotational speed.
