日本語 
Japan has been increasing its pace to enter the new era of robotics since the company Mitsubishi Motors has made an agreement with the robotics startup called Enchanted Tools Japan which belongs to Foxconn for the development of the mass production of humanoid robots.
This partnership allows to unite the manufacturing skills of Mitsubishi Motors with the technology that the startup has in order to make the process of production scalable for intelligent humanoid robots and to promote the ambitions of Japan to become the leader in the upcoming Physical AI economy.
This partnership shows the tendency of the Japanese companies to use the experience that they have gained during many years of precision manufacturing to enter the era of robotics.
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Bringing Automotive Manufacturing Expertise to Robotics
There has always been one main problem with the creation of humanoid robots, namely, manufacturing at large volumes with high quality and low cost. Despite the fact that the robotics industry has greatly improved its performance in terms of AI and mobility technologies, manufacturing has always been a challenging process.
The company Mitsubishi Motors has years of experience in manufacturing cars, in logistics, quality control, and lean manufacturing, and these skills are quite relevant in terms of creating robotic systems.
The joint efforts of the two companies will be devoted to such areas as technologies of manufacturing, production engineering, procurement, and assembling in order to promote commercialization and decrease production costs.
Responding to Japan’s Workforce Challenges
The demographic aging and dwindling labor force in Japan have been posing substantial operational difficulties in various industries.
The manufacturing industry is facing a shortage of qualified laborers, whereas other industries like logistics services, healthcare organizations, and service firms are finding it difficult to hire laborers who can handle strenuous and monotonous tasks.
Such tasks may be carried out by humanoid robots that have advanced AI, thereby making it easier to solve the problem.
The robots will not take away jobs from humans but rather work together with them, taking care of mundane and risky tasks, while humans perform other tasks that require innovation and social skills.
Accelerating the Physical AI Revolution
This collaboration is very much in tune with Japan’s overall national strategy of developing Physical AI, or AI systems which can understand and operate in the physical world.
While ordinary industrial robots work only in highly specialized environments on specific tasks, humanoid robots work in environments initially built for human beings. The humanoid nature of the robot makes it possible for it to move through factories, warehouses, office buildings, hospitals, and other facilities without making any changes to infrastructure.
This collaboration is consistent with Japan’s latest initiatives in sovereign AI systems, robotics, AI infrastructure, semiconductor design, and smart manufacturing.
Impact on Japan’s Technology Industry
The initiative is expected to spur a new wave of energy through the entire technology ecosystem in Japan.
As humanoid robots become closer to commercial reality, there will be increased demand for robotics software, edge AI, semiconductors, machine vision, sensors, batteries, cloud computing, advanced actuators, and industrial automation systems.
Japan-based suppliers with expertise in high-precision components, electronic controls, artificial intelligence chips, and motion technologies are also expected to capitalize on the growing robotics value chain.
Furthermore, the cooperation between car companies and robotics firms might stimulate more cross-sector innovation leading to faster development of intelligent machines outside factory automation.
Opportunities for Businesses
Development of scalable humanoid robots will have many applications in different industries.
Manufacturing firms can use robots to assist in the assembly process, monitoring of equipment, and logistics inside the plant. Warehouses and logistics firms can automate order picking, packing, and transporting of goods using the robots. Hospitals could make use of robots to help caregivers do various supportive activities, and retailers and hospitality firms could use robots for client services.
Firms in construction and infrastructure maintenance as well as firms in the public sector can also use robots that are suitable for hazardous and strenuous environments with continued shortages of workers.
As production increases, the cost of hardware components will come down enabling firms of all sizes to afford humanoid robots.
Strengthening Japan’s Global Robotics Leadership
The country has been known to be one of the leaders in robotics worldwide, owing to its many years of experience in automation and precision engineering. The cooperation between Mitsubishi Motors and the robotics company shows that there is an expansion from traditional areas of expertise to the sphere of advanced humanoid robotics.
This collaboration can contribute not only to further development of the market but also to enhancing the competitive edge of Japan in a market that is likely to grow greatly during the next decade.
This cooperation is another step towards becoming an automated country in terms of technology for Japan. The use of humanoid robots for various tasks is bound to stimulate the innovations in such spheres as manufacturing, logistics, healthcare, and services; therefore, it will create additional business opportunities for Japanese companies while solving one of the country’s major issues.
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