TAI and Asuka Form Strategic Partnership for the Social Implementation of Physical AI
Tokyo Artisan Intelligence and Asuka have announced a strategic partnership to implement Physical AI, addressing severe labor shortages. By integrating AI technology with precise robotic drive systems, they aim to fully automate non-routine tasks that were previously difficult for conventional robots. They have already successfully demonstrated VR-based imitation learning and autonomous operations.
📋 Article Processing Timeline
- 📰 Published: May 18, 2026 at 20:00
- 🔍 Collected: May 18, 2026 at 11:31
- 🤖 AI Analyzed: May 18, 2026 at 18:45 (7h 13m after Collected)
Tokyo Artisan Intelligence Co., Ltd. (Headquarters: Yokohama, Kanagawa; President, CEO & CTO: Hiroki Nakahara; hereinafter 'TAI') and Asuka Co., Ltd. (Headquarters: Kariya, Aichi; President: Yoshinori Katayama; hereinafter 'Asuka') have entered into a strategic partnership aimed at implementing Physical AI*.
Currently, the severe labor shortage in Japanese industries is an urgent issue threatening business continuity.
This partnership represents the first step toward addressing this challenge by aiming to fully automate non-routine tasks—which have historically relied on human labor—through the use of Physical AI.
*Physical AI: Artificial intelligence that recognizes real-world physical laws and spatial dimensions, capable of adapting to various environments and situations.
◾️ Background of the Partnership
Recently, expectations for Physical AI have surged across all industrial sectors due to severe labor shortages.
Conventional AI is capable of sophisticated 'judgment' but lacks physical 'execution (movement)'. Conversely, traditional robots excel at precise 'routine movements' but struggle with 'flexible judgment' tailored to specific situations.
This partnership aims to integrate TAI's 'brain' (AI technology) with Asuka's cultivated 'body' (precision drive and robotics technology) to achieve the automation of non-routine tasks and autonomous operation in complex environments, which was previously considered impossible.
To solidify this collaboration, TAI engineers completed technical training on industrial robots at MIRAI-LAB Co., Ltd., a subsidiary of Asuka. By developing AI with a deep understanding of hardware characteristics and physical constraints, they aim to provide highly effective solutions that smoothly adapt to on-site environments.
◾️ Execution of Demonstration Demo
In anticipation of the future implementation of Physical AI, TAI engineers visited the headquarters of Asuka Co., Ltd. (Kariya, Aichi) and conducted an AI-driven autonomous operation demo using the DOBOT humanoid robot 'UNI-ROBO DOBOT Atom-MAX' handled by Asuka.
The main focus of this initiative was for TAI to directly experience Asuka's advanced robotics technology and learn the essentials of control in the physical domain. The feedback obtained through actual machine verification provides crucial insights for future AI development.
Robot Used:
- Product Name: UNI-ROBO DOBOT Atom-MAX
- Product Page: https://www.aska-cobot.jp/dobot/atom/
Demo Contents:
① Imitation Learning using VR Technology
In this demo, the operator wore VR goggles and performed intuitive remote operations while sharing the robot's perspective.
By capturing the operator's physical movements (handling and fine adjustments) as data, it is possible to teach the 'skills' and 'movements' of experienced workers directly to the robot without complex conventional programming.
② Autonomous Operation based on Learned Data
In addition to the basic operation of 'grabbing and moving objects', this demo showcased color discrimination capabilities. The robot autonomously performed a sequence of actions, accurately distinguishing between red and white objects and sorting red items into the left box and white items into the right box.
This technology is expected to be applied in workplaces handling a wide variety of goods, such as stocking in supermarkets and sorting in logistics warehouses.
Product Video: https://www.aska-cobot.jp/dobot/atom/
◾️ Future Outlook
Currently, TAI and Asuka have commenced Proof of Concept (PoC) testing in real-world environments with specific clients facing severe labor shortages in manufacturing, construction, and logistics.
In the medium to long term, they aim to deploy versatile automation solutions tailored to Japanese workplaces, building a sustainable social infrastructure that compensates for labor shortages with technology.
◾️ Representative Comments
Hiroki Nakahara, President, CEO & CTO, Tokyo Artisan Intelligence Co., Ltd.
As Physical AI garners attention as a definitive solution in a labor-short society, TAI has been working in this area with Asuka and MIRAI-LAB for several years, ahead of the trend. Fusing with the robotics technology possessed by Asuka is indispensable for completing social implementation utilizing robots. We will continue to collaborate strongly as partners to upgrade workplaces struggling with labor shortages in Japan.
Yoshihiro Katayama, Managing Director, Asuka Co., Ltd.
By adding TAI's advanced intelligence to the know-how our company has accumulated over nearly 40 years of robotics development, the automation of previously impossible domains is finally becoming a reality. Given the recent social conditions of worsening labor shortages, the remarkable development of AI today is not merely conceptual.
Currently, the severe labor shortage in Japanese industries is an urgent issue threatening business continuity.
This partnership represents the first step toward addressing this challenge by aiming to fully automate non-routine tasks—which have historically relied on human labor—through the use of Physical AI.
*Physical AI: Artificial intelligence that recognizes real-world physical laws and spatial dimensions, capable of adapting to various environments and situations.
◾️ Background of the Partnership
Recently, expectations for Physical AI have surged across all industrial sectors due to severe labor shortages.
Conventional AI is capable of sophisticated 'judgment' but lacks physical 'execution (movement)'. Conversely, traditional robots excel at precise 'routine movements' but struggle with 'flexible judgment' tailored to specific situations.
This partnership aims to integrate TAI's 'brain' (AI technology) with Asuka's cultivated 'body' (precision drive and robotics technology) to achieve the automation of non-routine tasks and autonomous operation in complex environments, which was previously considered impossible.
To solidify this collaboration, TAI engineers completed technical training on industrial robots at MIRAI-LAB Co., Ltd., a subsidiary of Asuka. By developing AI with a deep understanding of hardware characteristics and physical constraints, they aim to provide highly effective solutions that smoothly adapt to on-site environments.
◾️ Execution of Demonstration Demo
In anticipation of the future implementation of Physical AI, TAI engineers visited the headquarters of Asuka Co., Ltd. (Kariya, Aichi) and conducted an AI-driven autonomous operation demo using the DOBOT humanoid robot 'UNI-ROBO DOBOT Atom-MAX' handled by Asuka.
The main focus of this initiative was for TAI to directly experience Asuka's advanced robotics technology and learn the essentials of control in the physical domain. The feedback obtained through actual machine verification provides crucial insights for future AI development.
Robot Used:
- Product Name: UNI-ROBO DOBOT Atom-MAX
- Product Page: https://www.aska-cobot.jp/dobot/atom/
Demo Contents:
① Imitation Learning using VR Technology
In this demo, the operator wore VR goggles and performed intuitive remote operations while sharing the robot's perspective.
By capturing the operator's physical movements (handling and fine adjustments) as data, it is possible to teach the 'skills' and 'movements' of experienced workers directly to the robot without complex conventional programming.
② Autonomous Operation based on Learned Data
In addition to the basic operation of 'grabbing and moving objects', this demo showcased color discrimination capabilities. The robot autonomously performed a sequence of actions, accurately distinguishing between red and white objects and sorting red items into the left box and white items into the right box.
This technology is expected to be applied in workplaces handling a wide variety of goods, such as stocking in supermarkets and sorting in logistics warehouses.
Product Video: https://www.aska-cobot.jp/dobot/atom/
◾️ Future Outlook
Currently, TAI and Asuka have commenced Proof of Concept (PoC) testing in real-world environments with specific clients facing severe labor shortages in manufacturing, construction, and logistics.
In the medium to long term, they aim to deploy versatile automation solutions tailored to Japanese workplaces, building a sustainable social infrastructure that compensates for labor shortages with technology.
◾️ Representative Comments
Hiroki Nakahara, President, CEO & CTO, Tokyo Artisan Intelligence Co., Ltd.
As Physical AI garners attention as a definitive solution in a labor-short society, TAI has been working in this area with Asuka and MIRAI-LAB for several years, ahead of the trend. Fusing with the robotics technology possessed by Asuka is indispensable for completing social implementation utilizing robots. We will continue to collaborate strongly as partners to upgrade workplaces struggling with labor shortages in Japan.
Yoshihiro Katayama, Managing Director, Asuka Co., Ltd.
By adding TAI's advanced intelligence to the know-how our company has accumulated over nearly 40 years of robotics development, the automation of previously impossible domains is finally becoming a reality. Given the recent social conditions of worsening labor shortages, the remarkable development of AI today is not merely conceptual.
FAQ
What is Physical AI?
AI that recognizes real-world physical laws and can flexibly adapt to various situations.
What is the goal of this partnership?
To integrate TAI's AI and Asuka's robotics to automate non-routine tasks and solve labor shortages.
What kind of robots are being used?
They use DOBOT's humanoid robot 'UNI-ROBO DOBOT Atom-MAX' for tasks like VR-based imitation learning.