Hyper Digital Twins Co., Ltd. (hereinafter "HDT"), a startup originating from Shibaura Institute of Technology, has been featured on the official websites of both the Cabinet Office of Japan and the Japan Science and Technology Agency (JST) as a successful model case of post-incorporation social implementation and commercialization within the "SBIR (Small Business Innovation Research) Program."The Japanese SBIR program, with the Cabinet Office serving as the control tower in coordination with relevant ministries, provides seamless end-to-end support—from initial R&D stages to government procurement and private-sector utilization—aiming to foster innovation and create unicorn enterprises. HDT was established based on the research breakthroughs in "Multi-Composite Sensor Networks" led by Ryoichi Shinkuma, HDT CTO and Professor at Shibaura Institute of Technology. By leveraging seamless support transitioning from Phase 1 to Phase 2 of this program, HDT has been highly recognized as a benchmark case that successfully navigated the "Valley of Death" between research and commercialization, seizing timely opportunities for real-world social deployment.Real-Time Spatial Perception Technology & Proven Track Record of Major Field DemonstrationsHDT provides one-stop "Spatial Management Systems" for use cases where real-time performance is paramount, utilizing 3D sensor data and Digital Twins. Rather than relying on isolated edge-side control, HDT adopts an "Infrastructure-Led System" that commands whole-space bird's-eye automation and predictive control—enhancing site safety and significantly reducing labor requirements.Currently, HDT is advancing Proof of Concept (PoC) demonstration trials in collaboration with leading Japanese enterprises:Joint Demonstration with Suzuki Motor CorporationDemonstrating autonomous navigation for low-speed vehicles running at several km/h using 3D maps generated from sensor data. The system achieves high-precision coordinated control to detect pedestrians and obstacles within the environment in advance, enabling blind-spot prediction and collision avoidance.(※ Autonomous driving live demo presented at the International Robot Exhibition 2025)https://hyper-digitaltwins.com/news/20251127-iREXJoint Demonstration with Kajima Corporation and Haneda Mirai Development Co., Ltd.To overcome constraints when mobile robots traverse distinct operational zones—such as unsignaled pedestrian crossings—multiple sensors detect pedestrians and vehicles over broad areas. By building a low-latency local network environment, HDT demonstrated real-time control to instruct robots on safe area crossings.Future DevelopmentsIn its collaboration with Suzuki Motor Corporation, HDT is currently refining system architecture and building commercialization strategies targeted for full market launch in FY2027.Furthermore, expanding beyond land-based mobility and pedestrian flow control, HDT is building control expertise under more challenging operational environments, including waterborne autonomous robots and drones.Moving forward, HDT will rapidly strengthen its technology development capabilities to accelerate commercialization, contributing to solving domestic and global societal challenges by addressing labor shortages and improving working environments through robotics deployment.Related Links:Cabinet Office, Bureau of Science, Technology and Innovation — SBIR Program Special Site: https://www8.cao.go.jp/cstp/openinnovation/sbirseido/sbirseido.htmlJST START Project Promotion Type SBIR Phase 1 Support Overview: https://www.jst.go.jp/start/file/project/summary_2021sbir_hdt.pdf