He is developing both low- and high-level software such as embedded firmware, communication architecture, and Windows / Linux (ROS) applications. for two years, he joined in Tokyo Robotics. In the Master's course, he studied a method to apply machine learning to the control of a robotic hand with multiple fingers. Takashi started his career as a roboticist when he joined in the Waseda university's micromouse club. He holds an MBA from Waseda Business School. At Tokyo Robotics, he is responsible for overall back office operations such as accounting, finance, labor management, and general affairs. His hobbies are sports.ĭaichi worked at Mizuho Bank for 8 years, and engaged in corporate sales, mainly making loans for startups and small and medium-sized enterprises. He then worked on the development of automatic driving technology using AI at Denso Corporation, and on the research and development of reinforcement learning for business applications at ALBERT Inc. His hobbies are customizing his car and exploring ramen restaurants.Īfter completing his Ph.D., he worked at RIKEN and Waseda University, where he was engaged in research on cognitive robotics, which uses neural networks and robots to model and understand human cognitive abilities. Now he focuses on constructing a force control system while managing over all the company's technologies as the CTO. After two years' experience at Toyota Motor Corporation, he cofounded Tokyo Robotics with Yoshihiro and developed the Torobo series from scratch. As part of his Bachelor and Masters' studies, he also developed a gravity compensation arm and a tree-cutting robot. He developed prototypes for universities and companies on a contract basis. While completing his Masters' course at Waseda University, Yuki started his career as a robot developer and mechanical designer. He is now interested in constructing a business based on robotics technologies. from Waseda University in 2013 on the theme of indoor positioning with GPS-compatible signals. He has acquired a wide range of skills and knowledge throughout his career: robotics, satellite navigation, machine learning, embedded system, RF circuit design, FPGA coding, Windows application development, web system development, and server management. He has worked as a researcher in Waseda University and as a freelance engineer. To identify the most relevant solutions based on your specific criteria and collaboration strategy, get in touch.Yoshihiro has been involved in the robotics and positioning (indoor and outdoor navigation) fields for over 15 years. The 5 startups showcased above are promising examples out of 130 we analyzed for this article. Our ambition is to create a comprehensive overview and provide actionable innovation intelligence for your Proof of Concept (PoC), partnership, or investment targets. While we believe data is key to creating insights it can be easy to be overwhelmed by it. What About The Other 125 Navigation Software & Service Startups? Braincorpīraincorp, a US-based solution provider, offers an autonomous navigation platform as a service that encompasses operating system, off-the-shelf hardware, and cloud technology that gives robots the self-driving capabilities. Their recent proof of concept – Triton system – offers sub-mm level positioning accuracy for AGV & lightweight industrial vehicles. AccerionĪccerion, a startup from the Netherlands, offers a patented positioning technology module that does not require any additional infrastructure for automated guided vehicle’s navigation. The startup’s solution allows robot developers to speed up time to market and enables logistics companies to integrate autonomous navigation into conventional automatic guided vehicles, reducing development costs. ![]() Italian startup Proxima Robotics offers a navigation system for mobile robots. BlueBoticsīlueBotics is a Switzerland-based firm which offers patented ANT® – Autonomous Navigation Technology – for AGVs & service robots using a module-based kit for localization, navigation and fleet management of AGVs at an accuracy of ☑ cm and ☑°. ![]() They partnered with multiple hardware suppliers to create integrated Mobile Robot Navigation solutions for AGV OEM’s. Comprised of a team robotic engineers of the Technical University of Eindhoven (Netherlands), Ruvu has rich experience from TNO and provides an autonomous robot with a sense of behavior through localization, perception, and navigation.
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