Japan Actively Implements Physical Artificial Intelligence in Manufacturing and Infrastructure

Japanese companies are actively implementing robots equipped with artificial intelligence in manufacturing, warehouses, and infrastructure as a response to the ongoing reduction in the workforce. The government is determined to create a domestic sector for physical AI, with aspirations to capture 30% of the global market by the year 2040. This ambitious plan has been highlighted in a recent report by TechCrunch.

Physical artificial intelligence is emerging as a new frontier in industrial competition, and Japan is moving towards this goal under the pressure of demographic challenges. The declining number of workers is compelling businesses to adopt robots to sustain production and services, which are critical for the country's economy.

In March 2026, Japan's Ministry of Economy, Trade and Industry announced plans to develop the domestic physical AI industry. Japan already holds a strong position in industrial robotics, as its manufacturers accounted for approximately 70% of the global market in 2022. This statistic indicates that the country possesses significant potential in this field.

Investors and industry representatives point to several reasons for the rapid adoption of this technology: a cultural openness to robots, a shortage of workers, and a robust foundation in mechatronics. According to industry insiders, companies are purchasing physical AI as a tool for continuity, enabling factories and infrastructure to operate with fewer personnel.

The demographic situation in Japan continues to worsen. The country's population has been declining for 14 consecutive years, with the proportion of working-age individuals standing at only 59.6%. It is projected that this figure could decrease by nearly 15 million over the next 20 years. A survey conducted by Reuters and Nikkei for 2024 revealed that the lack of workers is driving companies to implement AI technologies.

Industry representatives emphasize that the issue is no longer solely about efficiency but also about the survival of the industry. Due to the shortage of personnel, maintaining some basic services has become challenging, leading to the perception of physical AI as an urgent necessity for the country's economy.

The Japanese government is actively promoting the automation of manufacturing and logistics. For instance, the Japanese company Mujin has developed software that enables industrial robots to autonomously perform sorting and logistics tasks. This approach is based on a software platform that enhances the autonomy of existing equipment.

Japan has traditionally excelled in manufacturing components for robots, such as sensors and control systems. Meanwhile, the United States and China are rapidly advancing comprehensive solutions that integrate hardware, software, and data. Experts believe that the integration of AI with hardware will be a key factor in maintaining competitiveness.

The startup WHILL leverages Japan's manufacturing traditions to create autonomous vehicles for short trips. The company combines electric transport, sensors, navigation, and cloud management, developing hardware in Japan while its software is created in the United States.

The Japanese government has allocated approximately $6.3 billion for the development of AI and robotics. The transition from pilot projects to real-world applications is already underway. Each year, tens of thousands of robots are installed in the country, particularly in the automotive industry.

In logistics, automated forklifts and warehouse systems are emerging, while robots are used for inspections of data centers and industrial sites in facility management. Companies are also integrating recognition models with control systems, enabling robots to autonomously perform complex tasks.

Investments are gradually shifting from hardware to software, digital twins, and integration platforms. The ecosystem is forming as a mixed model: large corporations provide scale and manufacturing capabilities, while startups develop innovative solutions.

Major companies, including Toyota, Mitsubishi Electric, and Honda, maintain advantages in manufacturing capabilities and customer access. Startups focus on software, process automation, and perception systems. Experts note that the industry benefits from collaboration between large corporations and startups. Robotics requires significant investment and technical expertise, so the combination of corporate resources and startup innovations enhances Japan's global competitiveness.