Robotics Engineering in Japan

Telexistence

TELEXISTENCE” is a concept that was first proposed in 1980 by Dr. Susumu Tachi, Professor Emeritus of the University of Tokyo and the chairman of TX inc, which refers to the notion of humans being in a place other than where he or she actually exists and being able to act freely in that remote environment – essentially expanding the presence of human beings – as well as the technological systems that make this possible. Our mission at TX inc is to change robotics, change structures, and change the world. TELEXISTENCE/TX incTX 1980 TX inc

51 to 200 staff

German Bionic

German Bionic is a European robotics firm that develops and manufactures AI-powered exosuits and other wearable technologies. It was the world’s first company to deliver connected exoskeletons for the workplace, applying self-learning and augmented artificial intelligence to support lifting movements and prevent poor posture, and thereby becoming an intelligent link between humans and machines. The German Bionic smart power suits and wearables protect the health of workers and markedly reduce the risk of accidents and injury to consequently improve work processes. In recognition of this innovative technology, which puts people back at the center of Industry 5.0, German Bionic has received numerous awards, including the CES 2023 “Best of Innovation” Award, the Fast Company “Innovation by Design Award”, the German Entrepreneur Award, and a nomination for the prestigious Hermes Award at the Hannover Messe. Headquartered in Augsburg, Germany, German Bionic has offices across Europe, North America, and Asia.

51 to 200 staff

Plibot Co., Ltd

Aiming to realize a sustainable society where people and robots work together, we provide technologies and solutions that contribute to the automation and labor saving of intra-company logistics.

11 to 50 staff

Synchrobo, Inc

Robotics StartUP

1 to 10 staff

Amatama Co

For all organizations that design humanoids and the genius engineers involved That has the very difficult task of replacing 98% of labor with humanoids. We are providing a design platform that brings superior performance and skill to the next generation of humanoids. So that they can develop a humanoid that has same ability with people Unlike other solutions we can offer the new control theory and high hierarchical architecture We make money by licensing automated design tools that make them OSS packages

1 to 10 staff

Fieldworks, Inc

FieldWorks's mission is to achieve sustainable agriculture through robot technology.

1 to 10 staff

Hellohasrobotics

1 to 10 staff

Tokyo Robotics

We aim to create a world where robots do repetitive and hazardous tasks, while humans engage in work that requires their mind and heart.

11 to 50 staff

O-Id

O-ID builds fully modular humanoid robots for continuous operation. Our field-serviceable design ensures zero downtime, on-site maintenance, and easy upgrades. Made in Japan for supply chain security. Customizable for any industry. O-ID is backed by leading robotics investors and is a Techstars alumni company.

1 to 10 staff

Oedo Dynamics Inc

1 to 10 staff

Dexterity-Sc Japan, Inc

At Dexterity-SC Japan, we are transforming labor-intensive industries, particularly the logistics sector, with cutting-edge AI-powered robotics. As the exclusive joint venture between Dexterity, Inc, which is the Silicon Valley-based robotics unicorn backed by top-tier VCs, and Sumitomo Corporation, we localize, sell, and support human-like AI robots tailored for warehouse automation, addressing critical challenges such as labor shortages and efficiency gaps. Our solutions combine advanced AI, machine learning, and robotics engineering to automate complex tasks, ensuring seamless integration into existing workflows while prioritizing worker safety and productivity. With a commitment to sustainability and operational excellence, Dexterity-SC Japan is setting a new standard for logistics automation across Japan and Asia. Join us in shaping the future of logistics/robotics and creating a sustainable, efficient world powered by robotics technology.

11 to 50 staff

Omotenashi Robotics Inc

Omotenashi Robotics is a robotics company dedicated to developing and commercializing service robots that embody the Japanese spirit of “Omotenashi”—genuine hospitality and care. We specialize in robotics and systems engineering to build platforms that deliver high-quality, human-centered services in an era of population decline. By focusing on labor-intensive service sectors such as hotel room cleaning and front-desk operations, we aim to automate complex, detail-oriented tasks through scalable, AI-powered robots. Our robots are designed to understand and replicate human social norms, enabling them to perform tasks such as over 300 hotel inspection items with precision and consistency. Through the fusion of data, automation, and cultural sensitivity, we strive to redefine service industries and preserve meaningful traditions. Omotenashi Robotics exists to deliver kindness through technology—and to build a future where hospitality is always within reach.

1 to 10 staff

Visionpathtech

VisionPath is a student-founded assistive technology startup based in Osaka, Japan. Our mission is to help seniors and visually impaired individuals walk safely and confidently through smart mobility solutions. Our first product, the PathOne smart walker, combines AI-powered object detection, ultrasonic sensors, and haptic feedback to alert users of nearby obstacles in real time. Designed to be affordable and easy to use, VisionPath aims to bring independence and peace of mind to people who struggle with mobility challenges

1 to 10 staff

Turnus

Our vision is to lead the infrastructure industry through the power of Physical AI. By implementing AI-driven RaaS inspection robots and delivering strategic consulting for operational excellence, we tackle critical issues such as aging infrastructure and workforce shortages—building a resilient foundation that supports societies around the world.

1 to 10 staff

Thinker Inc

To further automate human work, Thinker is working on next-generation end-effectors that use our proprietary "Pre-Touch Sensor" and "Flexible Actuator" technologies to realize a world with plenty of dexterous robots everywhere.* A robot must be dexterous : There is a limit to the "dexterity" of robots. This is why automation sites still require a lot of human effort, such as lining up the workpieces and teaching for the robots. A robot must have the ability to sense and adjust the work situation and its changes by itself and achieve its goal with minimum teaching.* Pre-Touch Sensor (TK-01): A high-performance sensor equipped with Edge AI that can measure the distance and angular orientation of an object at high speeds. It works even in camera blind spots and can measure a variety of materials such as glass and mirrors.* Flexible Actuator : To instantly respond to an unstable and changing environment, it is essential to “handle objects like a human,“ "adjust the strength and grip with precision,“ and seamlessly combine both "flexibility and rigidity". We have two types of actuator technologies, Floating mechanism and MagLinkage. Where our products can be used : Robot picking in these cases ①Irregular Example: Part of an object lined up at equal intervals shifts and a bottle falls over on the bottling line ②Amorphous object Example: Food, masterless ③Bulk pile Example: Screw, O-ring Finance : We are planning Series-B finance round next year.

11 to 50 staff

Refined Robotics

Refined Robotics is a DeepTech spinout from Osaka University and ATR (), developing last-mile delivery robots capable of carrying up to 30 kg over stairs directly to the doorstep. Our patent-pending Variable Gravity Compensation Mechanism (VGCM) technology makes us up to 25x more energy efficient than similar legged robots, enabling 2-3x faster deliveries at comparable yearly costs. We’re in early company formation, actively raising capital to build our MVP and secure early user trials, in Japan and globally. Our go-to-market strategy combines hardware and software sales for last-mile logistics operators, with plans to expand into Physical AI and broader robotics markets once we deploy robots (1% of Japan’s last-mile market).

1 to 10 staff

Amvito Inc

1 to 10 staff

知能技術株式会社 Chinougijutsu Co. Ltd

We have been developing the transformation of existing construction machines into automatic work robots. AI automatically moves construction machinery to perform construction. Unlike conventional autonomous driving, our system does not require a computer or many sensors on the vehicle side, and AI remotely controls the construction machine while viewing images from cameras installed on the site. This is just like a child playing with a radio-controlled car, in the same way that a radio-controlled car does not need a computer or sensors. Therefore, existing construction machines can easily be turned into automated work robots. AI can automatically do construction work. However, humans need to help AI with complex tasks. The operator remotely controls the construction machine in collaboration with AI, just like playing a video game from home. The reason we developed this system is that remote work is now the norm for office workers. However, construction workers must endure heat and cold to work on dangerous sites. As a result, workers shy away from this work, creating a labor shortage. We believe that this game-like AI system that can operate actual construction machinery will increase the number of young workers and create employment for families raising children at home and people with disabilities. This system has already been introduced at civil engineering sites in Japan.

1 to 10 staff

Techshare株式会社

TechShare( TechShareTechShare TechShare4

11 to 50 staff