Based on advanced AI technology developed at Kyoto University, we provide services that visualize and predict physical, mental, and psychological states. At its core are two technologies: “Physical and Mental State Prediction Technology through Environmental Factor Analysis” developed by Associate Professor Tsutomu Nishimura of Kyoto University Hospital, and “Psychological State Estimation Technology using Natural Language Processing AI” developed by Assistant Professor Takuya Mori and Associate Professor Nishimura. We deploy AI solutions that estimate loneliness and happiness from text information, enable early detection of risks for school refusal and social withdrawal, and propose optimal support tailored to individual circumstances.
A business that supports manufacturers from materials design to manufacturing optimization through an “MI/PI integrated platform” that combines physics-based models with AI. By leveraging high-precision modeling and technologies that make underlying reasoning visible, it addresses the challenges of materials development and mass production that have been difficult to solve with conventional AI, aiming to create a world where desired materials can be mass-produced exactly as designed through computation.
A femtech startup that develops period management apps and corporate health management support services, leveraging women's health data to simultaneously advance physical and mental care while addressing societal challenges.
We are a university-born startup built on a groundbreaking optical design methodology. Our proprietary optical design software, Anax Hyperion®, enables even beginners to perform optical design tasks that currently only experts can perform, lowering the hurdles of the design process, which is located upstream of product development, and aiming to expand the market share of the entire optical industry.
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.
