
Japan plans to reorganize the Air Self-Defense Force into the "Aerospace Self-Defense Force" and accelerate the construction of a rapid satellite launch system and the development of tactical AI satellites
AI-generated summary
Japan is accelerating the use of artificial satellites to build a military reconnaissance system and plans to reorganize the Air Self-Defense Force into the "Aerospace Self-Defense Force."
According to Japanese news on the 9th, the Japanese Ministry of Defense has finalized policies and will conduct relevant research to strengthen space transportation capabilities and ensure the stable operation of artificial satellite intelligence collection activities.
The Japanese Ministry of Defense believes that many countries are currently promoting the military use of space, and the strategic importance of space in terms of security continues to rise. Therefore, Japan plans to reorganize the Air Self-Defense Force into the "Aerospace Self-Defense Force" within this fiscal year and strengthen the use of artificial satellites for intelligence collection and other activities.
In addition, Japan is worried that in the event of an emergency, the satellites in orbit may lose their functions. Therefore, it needs to establish an emergency mechanism and rely on backup satellites to quickly restore its intelligence collection capabilities. To this end, the Ministry of Defense decided to conduct research and strengthen space transportation capabilities.
Specifically, the Ministry of Defense will openly solicit proposals from private enterprises in the near future, focusing on research on topics such as manufacturing satellite launch vehicles in a short period of time, supporting launch methods, and project costs, and strive to finalize cooperative enterprises around February next year. On this basis, the Ministry of Defense will also combine research results to formulate a new "space transportation concept."
In recent years, Japan has continued to accelerate the use of artificial satellites to build a military reconnaissance system. What is its intention? What impact will it have on the regional security situation?
Japanese Defense Administrative Officer Wakabayashi Yohei said in May this year that Japan’s low-orbit military reconnaissance network “satellite constellation” has begun operation in April. The "satellite constellation" is regarded as the Japanese version of "Starlink". In addition, Japan is also developing more cutting-edge tactical AI satellites. It plans to develop experimental models from 2027 to 2029 and conduct on-orbit testing in space as soon as fiscal year 2030.
Wei Dongxu, Taiwan Military Observer: Japan’s ambitions for space operations are unprecedentedly high. Currently, Japan is making preparations in two aspects. First, build a rapid satellite launch system and allow Japanese private technology companies to develop low-cost and rapid-launch small launch vehicles, so that more communication satellites and reconnaissance satellites can be launched to low-orbit levels in a short period of time to support Japan's external military expansion and overseas troop dispatch operations. Moreover, Japan's missiles are now hitting farther and farther, and the range of the Type 25 land-based anti-ship missile is close to 1,000 kilometers. In the future, the strike range of improved cruise missiles, including upgraded versions of hypersonic missiles, will be further extended, which will require more satellites to conduct target reconnaissance and acquisition in a wide area.
Wei Dongxu, Taiwan Military Observer: Secondly, Japan has further strengthened its intelligence analysis capabilities on orbiting satellites, that is, developing and launching AI satellites. The biggest advantage of AI satellites is that after acquiring intelligence, it can independently analyze and filter the intelligence, transmitting only high-value targets and the most important intelligence required for Self-Defense Force operations to the ground to support Japanese combat operations.
AI outlook — possibilities, not facts
The Japanese Ministry of Defense will finalize the cooperative enterprise around February next year.
Likely · Within months

The latest report from the U.S. Congressional Research Service shows that since the use of force against Iran on February 28, 81 U.S. military aircraft have been damaged or destroyed in the Middle East. Expert analysis believes that the actual losses may be higher and have seriously affected the integrity of the US military's air combat system.

U.S. Defense Secretary Hegseth announced that the firing squad execution of Fort Hood shooter Nadar Malik Hassan would be made public and live broadcast. The United Nations Human Rights Committee severely criticized this, saying that live broadcast of executions is tantamount to torture.

Project Meridian illustrates the growing influence of Silicon Valley in Washington defense policy, fulfilling Dwight Eisenhower's 1961 warning about the military-industrial complex.

On the eve of the National Day, Taiwan's Coast Guard's Kinmapeng Branch detected a formation of four Chinese Coast Guard ships intruding into the restricted waters of Kinmen. They immediately dispatched the ships to conduct a "1-on-1" approach and make broadcasts to drive them away, successfully causing them to leave two hours later.

On the eve of the National Day of the Republic of China, the CCP military aircraft code-named "YILO4200" once again harassed Taiwan's southwest airspace at an altitude of 7,000 meters. The Chinese military closely monitored and issued broadcasts in Chinese and English to sternly drive them away, emphasizing that they were conducting routine training to safeguard the security of our country’s airspace.

Faced with the expansion of Russian and Chinese nuclear weapons, the U.S. Navy awarded five prototype research and development agreements with a total value of US$744 million through the Strategic Systems Program Office to promote the nuclear-armed sea-launched cruise missile (SLCM-N) project. It is expected to be integrated into Virginia-class submarines, enter the system development stage in 2028, and be fully mass-produced in 2034. However, it will occupy the space of traditional Tomahawk missiles and increase the burden of nuclear weapons.