Mitsubishi UFJ Capital

GITAI Inc. is a Tokyo-based manufacturer of humanoid telepresence robots designed for space exploration and development. Founded in 2016, the company aims to provide safe and cost-effective robotic solutions for tasks on space stations and lunar bases. GITAI's product lineup includes the G1 general-purpose robot, which automates various tasks in space environments, the S1 robot, specialized for specific tasks and on-orbit servicing, and the H1 manipulation system that allows for teleoperation of robots in space. By offering these advanced robotic systems, GITAI seeks to alleviate the workload on human astronauts, enhance efficiency, and significantly reduce the costs associated with space operations.

TriOrb is a technology company focused on the development of advanced robotic mobility solutions. It designs and engineers a unique movement system that features a ball-driven omnidirectional mechanism, enabling robots to navigate and transport various objects in manufacturing environments. This innovative technology enhances efficiency and safety on production lines by allowing multiple robots to work together cooperatively, thereby improving the transportation of items that cannot be handled by a single unit. Through its integration of software and hardware, TriOrb aims to provide manufacturers with effective robotic solutions that streamline operations and optimize productivity.

Spiral Inc., established in 2016 and headquartered in Tokyo, Japan, specializes in designing and manufacturing artificial intelligence-driven automated devices. The company's primary offerings include robots, drones, and satellites, tailored for various industries such as construction, retail, and small-to-medium enterprises. Notably, Spiral develops drone solutions for indoor environments without GPS, enabling autonomous flight for inspection and monitoring purposes.

F.MED is a manufacturing company that designs and develops robotic microsurgical devices for the healthcare industry.

Aeterlink is a developer of innovative wireless power transfer technology aimed at creating a digital landscape devoid of wires. The company specializes in applying its advanced technology across various sectors, including factory automation, robotics, smart homes, and healthcare. By enabling wireless power transmission over distances, Aeterlink's solutions enhance efficiency and sustainability while improving safety by eliminating the hazards associated with traditional wiring. Their practical level technologies facilitate greater flexibility in device placement and operation, contributing to a more connected and streamlined environment across multiple industries.

Qibitech is a technology company focused on developing advanced robotic solutions and remote control services. It has created HATS, a system that allows a human operator to remotely enhance the functionality of robots, thereby improving their flexibility and efficiency. In addition to HATS, Qibitech offers a platform for integrating operational data with business improvement systems. The company specializes in contract development, provides research reports on technological trends and patents, and offers technical consulting related to intelligent robots and Internet of Things systems. By leveraging its expertise, Qibitech aims to help customers address their specific challenges and enhance their operational capabilities.

UGO is a company focused on developing advanced avatar robots and a comprehensive platform for managing multiple robotic units. Its goal is to facilitate collaboration between humans and robots across various industries experiencing labor shortages, including security, inspection, manufacturing, nursing care, retail, and warehousing. The robots created by UGO are designed to perform detailed light tasks and are equipped with an artificial intelligence learning function, allowing them to operate in automatic mode under consistent conditions. This innovative approach enables clients to benefit from assisted services such as household support, equipment inspection, and warehouse security, thereby redefining the modern work environment.

GITAI Inc. is a Tokyo-based manufacturer of humanoid telepresence robots designed for space exploration and development. Founded in 2016, the company aims to provide safe and cost-effective robotic solutions for tasks on space stations and lunar bases. GITAI's product lineup includes the G1 general-purpose robot, which automates various tasks in space environments, the S1 robot, specialized for specific tasks and on-orbit servicing, and the H1 manipulation system that allows for teleoperation of robots in space. By offering these advanced robotic systems, GITAI seeks to alleviate the workload on human astronauts, enhance efficiency, and significantly reduce the costs associated with space operations.

LexxPluss is a developer of an automated transport robot system tailored for logistics warehouses, addressing the increasing demand for efficiency amid a chronic labor shortage in the sector. The company offers a versatile robot that operates in both autonomous and guided driving modes, allowing it to navigate complex environments with precision. By focusing on enhancing safety, user experience, and cost-effectiveness, LexxPluss enables businesses to automate processes that traditionally relied on human labor. Their technology not only increases transport capacity but also significantly reduces the workload for essential workers, thereby improving overall operational safety within logistics facilities.

Mira Robotics, Inc. is a Japanese company based in Kawasaki City that specializes in designing and developing a Robot as a Service (RaaS) platform. Founded in 2018, the company offers a range of services including robot development, robot intelligence, and cloud collaboration, enabling robots to be utilized in various fields. Through its innovative approach, Mira Robotics aims to enhance the functionality and accessibility of robotic technologies for diverse applications.

Japan Data Science Consortium Co. is a Tokyo-based company specializing in artificial intelligence, Internet of Things, and robotic services. Established in 2014, JDSC offers a range of solutions including demand forecasting, predictive maintenance, and digital transformation. The company also focuses on zero re-delivery systems, optical character recognition, and image recognition services. Targeting sectors such as healthcare, education, and retail, JDSC provides comprehensive consulting support that encompasses system construction and organizational process transformation, all aimed at generating tangible profit through the effective use of AI technology.

Blue Innovation Co., Ltd., established in 1999 and headquartered in Tokyo, Japan, specializes in developing and implementing unmanned aerial vehicle (UAV) solutions. The company creates optimized drones and their components, along with a proprietary platform, Blue Earth, which facilitates the remote, automated control and coordination of multiple drones for various applications. These include security, indoor inspection, education and safety, entertainment, and logistics services. Blue Innovation also engages in research and development projects, system development, and general operations, contributing to Japan's UAS Industry Promotion Council (JUIDA) as its secretariat.

Mira Robotics, Inc. is a Japanese company based in Kawasaki City that specializes in designing and developing a Robot as a Service (RaaS) platform. Founded in 2018, the company offers a range of services including robot development, robot intelligence, and cloud collaboration, enabling robots to be utilized in various fields. Through its innovative approach, Mira Robotics aims to enhance the functionality and accessibility of robotic technologies for diverse applications.

Araya Inc. is a Tokyo-based company specializing in artificial intelligence (AI) software solutions, founded in 2013. The company develops advanced deep learning algorithms that facilitate real-time image recognition and processing, enabling the identification of humans, objects, and various states from images and sensors. Araya's innovative deep learning compression technology enhances the efficiency of these algorithms, allowing them to operate with reduced complexity while maintaining accuracy. Additionally, the company focuses on deep reinforcement learning, which empowers drones and robots to navigate autonomously. By advancing AI capabilities, Araya aims to contribute to the evolution of artificial consciousness in future AI systems.

Cyfuse Biomedical K.K., established in 2010 with headquarters in Tokyo, Japan, specializes in the research, development, and commercialization of tissue fabrication systems and cell-based products on a global scale. The company's core business involves creating and selling advanced 3D BioFabrication systems along with associated consumables. These systems automate the assembly of cells into complex 3D structures, enabling researchers to explore various cell delivery strategies. Cyfuse Biomedical also develops and licenses 3D tissue products for therapeutic applications and drug development purposes, spanning blood vessel grafts for hemodialysis patients or coronary bypasses, cardiac grafts for drug screening or myocardial infarction therapy, cartilage grafts for reconstructive surgeries, and hepatocyte grafts for drug metabolism studies or hemophilia treatment. Additionally, the company offers contract manufacturing services for 3D tissue products tailored to research needs. Its primary clientele comprises research institutions and universities worldwide.

Kyoto Robotics Corporation is a Japanese company that specializes in developing intelligent picking robots for the logistics industry. Founded in 2000 and based in Kusatsu, the company was previously known as 3D MEDiA Co., Ltd. until it rebranded in January 2018. Kyoto Robotics focuses on creating advanced robotics solutions that enhance logistics operations, including robots designed for palletizing and piece-picking applications. The company's innovative technology incorporates a 3D robot vision system capable of object recognition and pose estimation, allowing the robots to intelligently navigate and control their movements. In addition to its robotic products, Kyoto Robotics also provides technical support services to ensure optimal performance and integration within client operations.

VayaVision Sensing Ltd. is a technology company that specializes in developing perception engine software aimed at enhancing the safety and efficiency of autonomous driving. Founded in 2016 and headquartered in Or Yehuda, Israel, the company offers VAYA-Drive, an artificial intelligence cognition platform that integrates raw data fusion with advanced computer vision techniques. This platform generates comprehensive environmental models, enabling critical functions such as road and free space detection, lane detection, object detection and tracking, and recognition of traffic signs. By utilizing deep learning algorithms, VayaVision delivers a reliable detection and classification system that accurately assesses the size, shape, and velocity of surrounding objects, including small obstacles. This innovative approach not only improves sensing capabilities for autonomous vehicles but also contributes to cost reductions within the automotive industry. Since July 2020, VayaVision has operated as a subsidiary of LeddarTech Inc.

Cyfuse Biomedical K.K., established in 2010 with headquarters in Tokyo, Japan, specializes in the research, development, and commercialization of tissue fabrication systems and cell-based products on a global scale. The company's core business involves creating and selling advanced 3D BioFabrication systems along with associated consumables. These systems automate the assembly of cells into complex 3D structures, enabling researchers to explore various cell delivery strategies. Cyfuse Biomedical also develops and licenses 3D tissue products for therapeutic applications and drug development purposes, spanning blood vessel grafts for hemodialysis patients or coronary bypasses, cardiac grafts for drug screening or myocardial infarction therapy, cartilage grafts for reconstructive surgeries, and hepatocyte grafts for drug metabolism studies or hemophilia treatment. Additionally, the company offers contract manufacturing services for 3D tissue products tailored to research needs. Its primary clientele comprises research institutions and universities worldwide.

PointGrab Ltd. is a technology company based in Hod Hasharon, Israel, specializing in machine learning solutions for optical Internet of Things (IoT) devices aimed at home and building automation. Founded in 2008, PointGrab develops advanced optical sensors that integrate with connected lighting fixtures and other building systems to enhance the management of commercial real estate. Its flagship product, PointSwitch, utilizes machine learning algorithms to provide various functionalities, including occupancy sensing, ambient light sensing, and behavior analytics of occupants. This technology allows organizations to optimize their real estate efficiency while ensuring employee privacy and welfare, positioning PointGrab as a leader in smart building solutions.

WHILL is a California-based company founded in 2013 that specializes in designing and manufacturing personal mobility products suitable for both indoor and outdoor use. The company seeks to enhance the user experience of mobility devices, such as wheelchairs and scooters, by integrating advanced technology and innovative design. WHILL aims to change the perception of these devices and make transportation enjoyable and accessible for everyone. In addition to its mobility vehicles, WHILL offers mobility-as-a-service solutions, including autonomous transportation services and on-site fleet rentals. These services are particularly beneficial in public spaces like airports and hospitals, allowing users to navigate without a driver's license and promoting independence for wheelchair users.

Kyoto Robotics Corporation is a Japanese company that specializes in developing intelligent picking robots for the logistics industry. Founded in 2000 and based in Kusatsu, the company was previously known as 3D MEDiA Co., Ltd. until it rebranded in January 2018. Kyoto Robotics focuses on creating advanced robotics solutions that enhance logistics operations, including robots designed for palletizing and piece-picking applications. The company's innovative technology incorporates a 3D robot vision system capable of object recognition and pose estimation, allowing the robots to intelligently navigate and control their movements. In addition to its robotic products, Kyoto Robotics also provides technical support services to ensure optimal performance and integration within client operations.

Mu Lab Inc. is a robotics company located in Fukushima, Japan, specializing in the design, development, manufacturing, and sale of robotic parts and products. The company focuses on innovative solutions in the robotics sector, aiming to enhance automation and efficiency in various applications. Through its commitment to advancing technology, Mu Lab contributes to the growing field of robotics, catering to diverse industry needs.

HiBot is a Tokyo-based company founded in 2004 that specializes in robotic platforms and related hardware and software solutions. The company focuses on developing robotic systems that transform infrastructure inspection and maintenance operations, offering robots for hazardous tasks, maintenance, inspection, and search and rescue missions. By providing robots as a service, HiBot enables clients to enhance safety and efficiency in their operations. Their systems integrate capabilities such as data acquisition, data management, real-time data visualization, and artificial intelligence-based defect detection, allowing clients to eliminate dangerous or repetitive work through advanced technology.

Through us it is, provides the development of co-robot to help people, People will contribute to the creation of new value.

Aegis Technologies, Inc. is a company based in Shizuoka Prefecture, Japan, established in January 2015. It specializes in the design and development of ultra-compact micro sensing devices intended for various technology sectors. The company focuses on multiple areas, including robotics, data mining services, and the research and development of next-generation traceability systems. Additionally, Aegis Technologies is involved in video analysis and unmanned aerial vehicle technology, providing clients with capabilities for satellite-based hardware development.

Through us it is, provides the development of co-robot to help people, People will contribute to the creation of new value.

Innophys Co., Ltd., founded in 2013 and based in Tokyo, Japan, specializes in wearable robotics technology. The company designs, manufactures, and distributes innovative robotics equipment aimed at various industries. Its flagship product, the Muscle Suit®, utilizes artificial muscle technology to provide physical assistance, reducing strain during tasks such as lifting heavy objects or working in bent positions. The Muscle Suit® is recognized for its high quality and competitive pricing compared to other exoskeletons in the market. Innophys aims to expand its reach into the Asia Pacific, European, and North American markets, enhancing the ability of users to perform tasks independently and improve their quality of life.

Cyfuse Biomedical K.K., established in 2010 with headquarters in Tokyo, Japan, specializes in the research, development, and commercialization of tissue fabrication systems and cell-based products on a global scale. The company's core business involves creating and selling advanced 3D BioFabrication systems along with associated consumables. These systems automate the assembly of cells into complex 3D structures, enabling researchers to explore various cell delivery strategies. Cyfuse Biomedical also develops and licenses 3D tissue products for therapeutic applications and drug development purposes, spanning blood vessel grafts for hemodialysis patients or coronary bypasses, cardiac grafts for drug screening or myocardial infarction therapy, cartilage grafts for reconstructive surgeries, and hepatocyte grafts for drug metabolism studies or hemophilia treatment. Additionally, the company offers contract manufacturing services for 3D tissue products tailored to research needs. Its primary clientele comprises research institutions and universities worldwide.

WHILL is a California-based company founded in 2013 that specializes in designing and manufacturing personal mobility products suitable for both indoor and outdoor use. The company seeks to enhance the user experience of mobility devices, such as wheelchairs and scooters, by integrating advanced technology and innovative design. WHILL aims to change the perception of these devices and make transportation enjoyable and accessible for everyone. In addition to its mobility vehicles, WHILL offers mobility-as-a-service solutions, including autonomous transportation services and on-site fleet rentals. These services are particularly beneficial in public spaces like airports and hospitals, allowing users to navigate without a driver's license and promoting independence for wheelchair users.

Jena Co., Ltd., established in 2006 and headquartered in Tokyo, Japan, specializes in the development of AI-driven software applications for smartphones. The company also creates platforms for Windows tablets and iOS devices, along with AI chatbots and robotics applications. Additionally, Jena offers HR-focused chatbot solutions and provides website production and social media consulting services.

CyberHeart, Inc. is a clinical development-stage company focused on creating a non-invasive robotic ablation treatment for cardiac arrhythmias, such as atrial fibrillation and ventricular tachycardia. Founded in 2003 and based in Mountain View, California, the company has developed the CyberHeart System, which utilizes advanced technology to dynamically detect, track, and compensate for the movement of the heart and patient during treatment. This ensures precision in the delivery of radiation. The CyberHeart System is intended for use by healthcare professionals, including radiation oncologists, medical physicists, electrophysiologists, and cardiac surgeons, to effectively treat these conditions without invasive procedures. CyberHeart operates as a subsidiary of Varian Medical Systems and has been conducting pre-clinical studies to validate the feasibility of its technology.

NeoPhotonics is a technology company specializing in the development, manufacture, and sale of optical components and subsystems used in high-speed digital communications networks. The company offers a comprehensive range of active and passive optical products tailored for various market segments, including fiber-to-the-home (FTTH), data communications, storage area networks, and both metro and long-haul networks. Its product lineup includes transceivers, integrated splitters, multiplexers, and advanced optical modules, all designed to support a wide array of data rates and applications. Notably, NeoPhotonics is recognized for its innovative silica Planar Lightwave Circuit (PLC) technology, which plays a crucial role in modern optical networks. Additionally, the company produces MEMS-based Variable Optical Attenuators and Dynamic Channel Equalizers, enhancing the performance and efficiency of communication systems.

ARCS specializes in developing assisted reproductive medical devices using robotics and artificial intelligence technology.