SBI Investment

Studio Lab is a company specializing in artificial intelligence technology tailored for the fashion industry. It develops innovative business software that automates content generation for the e-commerce fashion sector. The company's solutions include a photo robot that autonomously captures images of products and clothing, thereby streamlining the process for fashion brands. By enhancing efficiency in content creation, Studio Lab supports e-commerce fashion businesses in their growth and operational effectiveness.

Medipixel, Inc. is a South Korean MedTech startup founded in 2017, specializing in artificial intelligence-based diagnostic software and semi-autonomous robotic systems for lung cancer and cardiac interventions. The company is comprised of a team of AI experts in computer vision, deep learning, and reinforcement learning, collaborating with top healthcare professionals, including those at Seoul Asan Medical Center, to enhance disease diagnosis and surgical procedures. Medipixel offers three primary solutions for intervention surgeons: an AI-based diagnosis tool that assists in identifying lesions during coronary angiography, a guide and planning solution that visualizes coronary arteries to facilitate guidewire manipulation, and an automated navigation engine that directs robotic units through arteries with real-time commands. These innovations aim to improve surgical outcomes and patient safety by reducing reliance on contrast agents and enhancing the precision of interventions.

EdgeCortix is a fabless semiconductor company that develops AI‑integrated platforms for efficient edge inference. Its patented hardware‑software co‑exploration system produces runtime‑reconfigurable accelerator processors that deliver high‑performance, low‑power acceleration for generative workloads. The company targets mission‑critical sectors such as defense, aerospace, smart infrastructure, robotics, and industrial automation, providing scalable, energy‑efficient computing solutions for connected devices at the edge.

Mujin is a Tokyo-based company that develops intelligent robot controllers and factory automation solutions for industrial robotics. It provides a universal controller platform that integrates motion planning with machine vision and programmable logic controllers to automate heavy and repetitive tasks in logistics and manufacturing. The company offers products such as Mujin Controller Sim, a platform for programming industrial robots; Mujin Scanner, which creates 3D models of objects or environments; Pick Worker, a bin-picking system with real-time motion planning; and Laser Worker, a laser cutting system powered by motion planning. In addition to hardware and software tools, Mujin supplies services in robot and controller design, teaching and simulation, legacy-system support, and system integration. Its technology focuses on optimizing offline motions and enabling real-time operation across complex workflows, reducing dependence on manual handling in dynamic industrial settings.

EVAR develops autonomous robotic charging systems for electric vehicles. Their technology enables convenient, hazard-aware charging through license plate or QR code recognition.

LexxPluss develops automated transport robots for logistics warehouses. Their solution combines autonomous driving technology with guided mode navigation, ensuring accuracy even in challenging environments. The company focuses on cost-effectiveness, safety analysis, and user experience to enable efficient automation of labor-intensive tasks.

Flyability develops and manufactures flying drones for inspection and exploration of indoor, inaccessible, and confined spaces. Its flagship drone, Elios, is collision-tolerant and enables industrial inspectors to access complex indoor environments safely. The company provides flying kits, spare parts, training, and after-sales support. Founded in 2014 and headquartered in Lausanne, Switzerland, Flyability focuses on industrial inspection to reduce risk by enabling drone operation inside cities, buildings, and near people, supporting inspections of critical infrastructures such as power generation, oil and gas, and maritime facilities, as well as search and rescue and security applications.

Flyability develops and manufactures flying drones for inspection and exploration of indoor, inaccessible, and confined spaces. Its flagship drone, Elios, is collision-tolerant and enables industrial inspectors to access complex indoor environments safely. The company provides flying kits, spare parts, training, and after-sales support. Founded in 2014 and headquartered in Lausanne, Switzerland, Flyability focuses on industrial inspection to reduce risk by enabling drone operation inside cities, buildings, and near people, supporting inspections of critical infrastructures such as power generation, oil and gas, and maritime facilities, as well as search and rescue and security applications.

Exosystems specializes in providing innovative IoT rehabilitation solutions aimed at enhancing recovery for rehabilitation patients. Their offerings include a comprehensive rehabilitation program that utilizes data analysis to tailor exercise plans to individual needs, ensuring both effectiveness and engagement. By integrating robotics and artificial intelligence, Exosystems delivers wearable devices designed for muscle strengthening and pain relief, facilitating rehabilitation in both home and hospital settings through telerehabilitation. This approach significantly reduces the costs associated with traditional rehabilitation methods, which were often limited to specific locations like hospitals. Consequently, Exosystems allows for more accessible and efficient rehabilitation, promoting quicker recovery for patients without the constraints of time and location.

AEye, Inc. is a technology company focused on developing advanced vision hardware, software, and algorithms for autonomous vehicles and advanced driver assistance systems (ADAS). The company’s proprietary 4Sight Intelligent Sensing Platform integrates solid-state active LiDAR with artificial intelligence and a low-light HD camera, enabling precise and reliable perception of surroundings. AEye's products, including the 4Sight A and 4Sight M sensors, along with its iDAR platform, are designed to improve safety and performance in dynamic applications by providing faster, more accurate information. The AE100 Robotic Perception System and the modular AE200 sensor further exemplify AEye’s commitment to high-performance sensing solutions. Founded in 2013 and headquartered in Dublin, California, AEye also has a global presence with offices in Germany and Korea, serving a diverse customer base primarily in the United States, Europe, and the Asia-Pacific region.

Ispace Technologies is a Tokyo-based company specializing in space resource exploration, particularly focused on developing micro-robotic technology to facilitate the identification, extraction, and transportation of lunar resources, such as ice, essential for sustaining human life in space. Founded in 2013, Ispace is recognized for its innovative approach, utilizing 3D printing and commercially available products to create efficient and cost-effective solutions. The company is also involved in the Google Lunar XPRIZE Competition through its Team HAKUTO, which has gained recognition for its advancements in mobility and aims to land a privately funded robot on the Moon. Ispace’s micro-robots are designed to explore larger lunar areas quickly and economically, making significant strides towards establishing a sustainable presence in outer space.

CMES Robotics is an AI-powered robotics company that enables 3D vision for factory robots. CMES AI vision software includes high-precision vision sensors, robot calibration, a processing core, a simulator, and robot control. It enables robots to pick up objects that are unstructured, flexible, or deformed, as well as load and unload them. CMES Vision software has been used in void-filling and random depalletization applications all over the world.

DeepX, Inc. is an AI startup based in Bunkyo, Japan, founded in 2016 by graduates of the University of Tokyo. The company specializes in developing software that provides mechanization and automation solutions to address on-site challenges, such as labor shortages and the need for skilled workers, particularly in industries like construction, food processing, manufacturing, port transport, and agriculture. DeepX aims to automate machinery of varying scales, from small industrial robots to large heavy equipment, utilizing advanced technologies including deep learning and deep reinforcement learning. By offering flexible operation models suitable for diverse environments, DeepX seeks to make a significant societal impact, particularly in response to Japan's super-aging population and shrinking labor force.

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.

LeapMind Inc. is a Tokyo-based company established in 2012 that specializes in developing hardware architecture and platforms for deep learning applications. The company focuses on making deep learning technology more compact and accessible, enhancing the Internet of Things (IoT) through its concept of the "Deep Learning of Things" (DoT). LeapMind's innovations include the Juiz deep learning circuit designed for use with field programmable gate arrays (FPGA), which allows for efficient implementation of deep neural networks. The company also conducts research to create algorithms that improve the accuracy of neural network models while significantly reducing their computational complexity, facilitating the use of advanced deep learning capabilities in small computing environments. This approach aims to streamline complex technologies for the IoT and robotics sectors, enabling wider adoption and enhanced functionality.

Pixie Dust Technologies develops computational technologies focused on ultrasonic phased array systems and digital fabrication. Its offerings include an ultrasonic phased array system capable of generating forces in mid-air, moving objects without contact, and delivering differentiated sounds to individuals in crowds, with implications for guiding dogs and agricultural applications. The company also provides a platform that integrates ultrasonic phased array technology with sound-absorbing materials and spatial analysis tools to enhance accessibility, efficiency, and user experience across industries such as healthcare, architecture, and digital transformation. Based in Tokyo, Japan, the company was founded in 2015.

Farmship, Inc. is an AgriTech company based in Tokyo, Japan, founded in 2014. It specializes in agricultural food distribution services and develops sustainable agricultural systems through advanced technology. The company focuses on vertical farming, utilizing artificial intelligence and data analytics to optimize growing conditions for crops. This innovative approach allows for increased food production while minimizing resource usage and reducing the environmental impact of agriculture. In addition to its technological advancements, Farmship supports future agriculture through distribution, human resources, and business development initiatives.

MELTIN MMI is a Tokyo-based company founded in 2013 that develops cyborg technology for medical and assistive devices. It focuses on biosensors, robotic arms and prosthetic hands, using bio-signal processing to link the human body with machines and to analyze movement and intention. The company’s wire-driven robot control technology supports precise, real-time hand motion for amputees and other medical applications, with the goal of replicating the speed and dexterity of natural hand movements.

WHILL designs and manufactures personal mobility products for indoor and outdoor use, aiming to shift perceptions of mobility devices through advanced technology and thoughtful design. Founded in 2013 and headquartered in San Carlos, California, WHILL develops intelligent personal electric vehicles and mobility solutions that enable mobility-as-a-service, including on-demand fleets and short-term rentals. The company seeks to make public spaces such as airports, hospitals, and vacation destinations more accessible and to empower wheelchair users to lead independent, liberating lives by providing transportation that can be driven on public roads without the need for a driver's license.

Rapyuta Robotics is a global cloud robotics platform company that centrally manages diverse robots and sensors. Its platform integrates robot hardware, software, sensor data, and applications in the cloud to simplify deployment and ongoing management of robotic systems, reducing the need for in-house robotics expertise. Founded in 2014 and spun out of ETH Zürich, the company operates internationally with offices in Japan and India and a subsidiary in Zurich, Switzerland. By leveraging cloud-based computation, it enables businesses to focus on core processes rather than managing hardware or software infrastructure, targeting markets such as security and inspection where scalable cloud robotics can drive efficiency.

TIE, founded in 2016 and based in Seongnam, Gyeong-Gi, is a manufacturing company dedicated to revolutionizing the mobility of goods and people through innovative drone technology. The company specializes in developing unmanned aerial vehicles (UAVs) and personal aerial vehicles (PAVs) to address the challenges of traditional ground transportation. TIE is committed to creating a cost-effective, safe, and reliable drone delivery service utilizing its in-house developed fully autonomous technology. With a team of experts in aviation, robotics, artificial intelligence, computer vision, machine learning, and logistics, TIE aims to transform daily transportation and enhance mobility solutions. The company's focus on hardware development and engineering projects positions it as a pioneer in next-generation mobility, offering smarter and more stable drone platforms for various applications.

Unirobot Corporation, founded in 2014 and based in Tokyo, Japan, specializes in the development, manufacture, and sale of next-generation social robots. The company focuses on creating robotic systems that enhance social interaction and communication, particularly for elderly individuals and children. These robots utilize artificial intelligence to recognize and remember family members' faces, provide emotional support, and assist with household tasks. UniRobot's innovations are aimed at improving the quality of life by offering companionship and facilitating independent living for users, thereby addressing the growing demand for domestic assistance and social engagement.

Founded in Tokyo, Japan in 2016, Ascent Robotics specializes in developing intelligent software solutions for industrial robotics and autonomous vehicles. The company focuses on AI and deep learning technologies to automate tasks such as object picking and kitting, aiming to enhance manufacturing productivity and efficiency.

Riverfield, Inc. is a Tokyo-based company founded in 2014, specializing in the development of surgical support robotic systems for the healthcare industry. The company's innovative technology integrates air pressure control mechanisms to facilitate delicate and precise movements, enhancing operability for medical professionals during surgical procedures. By focusing on creating user-friendly robotic solutions, Riverfield aims to significantly contribute to the advancement of medical practices and improve patient outcomes.

Founded in Tokyo, Japan in 2017, emmmR develops software and hardware for live video streaming platforms. Its proprietary technology uses depth sensors to create immersive, real-time visual effects synchronized with human movement.

Founded in Tokyo, Japan in 2001, ZMP specializes in developing humanoid robots and robotics. It offers products such as autonomous driving development tools, robotic camera solutions, sensors, and data loggers. The company also provides automatic operation technology for advanced driver assistance systems and supports logistics and research robots.

Unirobot Corporation, founded in 2014 and based in Tokyo, Japan, specializes in the development, manufacture, and sale of next-generation social robots. The company focuses on creating robotic systems that enhance social interaction and communication, particularly for elderly individuals and children. These robots utilize artificial intelligence to recognize and remember family members' faces, provide emotional support, and assist with household tasks. UniRobot's innovations are aimed at improving the quality of life by offering companionship and facilitating independent living for users, thereby addressing the growing demand for domestic assistance and social engagement.

Seven Dreamers Laboratories, Inc. is a Tokyo-based company that specializes in designing and manufacturing innovative medical devices and personal-use technology. Founded in 2011, the company is known for its commitment to developing unique, world-first products. One of its notable creations is the Laundroid, a laundry-folding robot that employs image-recognition algorithms and artificial intelligence to identify various types of clothing, fold them accordingly, and sort them by item or family member. This technology aims to significantly enhance everyday life by automating household chores, thereby allowing users to spend their time on more meaningful activities.

Rapyuta Robotics is a global cloud robotics platform company that centrally manages diverse robots and sensors. Its platform integrates robot hardware, software, sensor data, and applications in the cloud to simplify deployment and ongoing management of robotic systems, reducing the need for in-house robotics expertise. Founded in 2014 and spun out of ETH Zürich, the company operates internationally with offices in Japan and India and a subsidiary in Zurich, Switzerland. By leveraging cloud-based computation, it enables businesses to focus on core processes rather than managing hardware or software infrastructure, targeting markets such as security and inspection where scalable cloud robotics can drive efficiency.

Rapyuta Robotics is a global cloud robotics platform company that centrally manages diverse robots and sensors. Its platform integrates robot hardware, software, sensor data, and applications in the cloud to simplify deployment and ongoing management of robotic systems, reducing the need for in-house robotics expertise. Founded in 2014 and spun out of ETH Zürich, the company operates internationally with offices in Japan and India and a subsidiary in Zurich, Switzerland. By leveraging cloud-based computation, it enables businesses to focus on core processes rather than managing hardware or software infrastructure, targeting markets such as security and inspection where scalable cloud robotics can drive efficiency.

ENERZAi is a Seoul-based artificial intelligence technology company that develops hardware- and software-enabled AI solutions. It provides MCU, CPU, and application processor services to enable AI on edge devices, including smart sensors, wearable devices, and robotics. The technology supports autonomous supervision, monitoring, and control of physical processes with real-time processing, and is designed to help customers migrate from expensive GPU instances by reducing model size, inference time, and operating costs. ENERZAi's offerings span software and lightweight hardware platforms for embedded applications in industrial, consumer, and automation contexts.

New Innovations Inc., headquartered in Tokyo, Japan, specializes in designing and developing AI-based robots for cafes. Their flagship product, √C, is an unmanned cafe robot equipped with demand forecast capabilities. This robot aims to provide coffee tailored to customers' taste preferences, busyness, physical condition, and mood, reducing waiting times and enabling more efficient operations for cafes. The company has secured funding from investors such as Zashid Capital and DEEPCORE, totaling 70 million yen in July 2019. New Innovations is currently collaborating with Nankai Electric Railway to install √C at Namba Station/Namba Skyo for demonstration experiments starting August 1, 2019.