Taiwan is developing a $1.45 million AI system designed to identify Chinese military ships, aircraft and mobile missile launchers in satellite imagery, giving intelligence analysts a faster way to detect changes in People’s Liberation Army (PLA) deployments.
The system will scan images covering about 38.6 square miles within minutes, automatically comparing new data with historical imagery and flagging potential military activity. Awarded to Taiwan-Japan joint venture ThinkTron, the project is expected to be completed by the end of April.
Rather than adding new reconnaissance satellites, the system will process imagery from existing sources, helping Taiwan improve early warning as Beijing continues to increase military pressure around the island.
Speeding up satellite imagery analysis
Taiwan’s Ministry of National Defense awarded the contract to ThinkTron through its Communication Development Office (CDO), a military intelligence unit that specializes in collecting and analyzing signals associated with the PLA. The contract took effect on September 25, with completion scheduled for the end of April.
The system is designed to analyze multiple areas measuring roughly 6.2 by 6.2 miles, identifying military assets and changes in their deployment. According to sources familiar with the project, it will be able to detect ships longer than about 33 feet, along with smaller targets such as aircraft, missile launchers and mobile radar vehicles.
The software will automatically compare incoming satellite images with historical data and flag changes for further examination by intelligence analysts. This could reduce the time and manpower required to search large areas manually, particularly as Chinese military aircraft and vessels operate more frequently around Taiwan.
The project follows earlier confirmation from Taiwan’s defense minister, Wellington Koo Li-hsiung, that the military planned to develop a prototype AI-powered satellite imagery recognition system. The main purpose is to help identify potential threats near the island and support decisions about military readiness.
The system processes imagery, not satellites
The $1.45 million contract covers an analytical tool rather than a new satellite reconnaissance network. Military analyst Zivon Wang of the Chinese Council of Advanced Policy Studies in Taipei told SCMP the CDO would use AI to process imagery received from other sources, rather than operate the satellites themselves.
ThinkTron, the contractor selected for the project, is a joint venture established by Taiwan’s Sinotech Engineering Consultants and Japan’s Kokusai Kogyo, a geospatial technology specialist. Its existing Tron Eyes technology uses convolutional neural networks to analyze imagery for applications including disaster prevention, infrastructure inspection, agriculture and transportation.
Max Lo, executive director of the Taiwan International Strategic Study Society, said the underlying technology is already used by advanced militaries and remote-sensing organizations. The challenge for Taiwan is to integrate it into military intelligence operations and make the resulting analysis useful for decisions in the field.
Unlike systems that can analyze imagery directly aboard satellites before transmitting the results to Earth, Taiwan’s planned system will conduct its analysis on the ground at the CDO. That approach still offers the potential to accelerate the process by automatically screening imagery and directing analysts toward changes that warrant closer attention.