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 tech-bio startup leveraging antibody big data and AI to tackle the challenges of drug discovery: identifying unresolved diseases and undiscovered target molecules. Breaking through the barriers of bio-data to pioneer new therapies.
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.
Our company is a startup dedicated to developing and commercializing conversational design agents powered by foundation models. Our core business focuses on motor design agents integrated with electromagnetic field analysis software, achieving significant reductions in design man-hours. We are also advancing research and development in innovative motor design that integrates topology optimization with AI, as well as autonomous design optimization systems for induction heating coils, driving digital transformation in the manufacturing industry.
AI System Development
