AMI Inc. is a research and development–driven startup aiming to advance the development of AI-powered medical devices and the social implementation of telemedicine. Guided by our mission to "achieve a society where optimal medical care is accessible to everyone, everywhere, at any time," AMI is working toward the real-world deployment of the Super Stethoscope. The Super Stethoscope is a collective term encompassing hardware (Cardio-EGG), software (cloud-based diagnostic platform), technology (AI and Software as a Medical Device [SaMD]), and knowledge, among other components.
Function goes beyond simply “visualizing” the flow of people and goods—we help organizations decide the next move. Grounded in research-based transportation engineering, applied mathematics, and large-scale data processing, we support solutions such as people-flow digital twins, traffic monitoring, and the optimization of logistics planning for both land and maritime transport. By breaking down the drivers of congestion, we enable data-driven prioritization of countermeasures and the creation of actionable execution plans. We also uncover latent on-site needs and propose practical solutions, partnering with clients end-to-end from proof of concept (PoC) to full-scale deployment.
Manufacture and sale of photography and color measurement equipment related to color, images, and video; photography and color measurement services; inspection; research and development; education; consulting; and other related activities.
We are a company dedicated to the social implementation of molecular simulation technologies developed in the Washizu Laboratory at the University of Hyogo. Our office is located on the University of Hyogo campus in Kobe’s Port Island, adjacent to the supercomputer Fugaku. We currently provide analysis and R&D support using large-scale molecular simulations, and we are also developing a molecular–fluid coupled simulator as well as mesoscale simulators for material surfaces based on particle methods.
We develop next-generation smart monitoring systems by uniting advances in materials science with intelligent data processing. Our mission is to translate cutting-edge research into scalable, real-world solutions.Our work centers on two domains: Infrastructure Monitoring: Sensing systems that continuously assess the condition of bridges, railways, and other critical infrastructure, enabling accessible and data-driven infrastructure management. ECG/EMG Solutions: Ultra-thin, lightweight, skin-friendly ECG sensors and industry-leading ultra-compact wireless EMG devices designed for seamless, high-precision biosignal monitoring.