We are promoting digital transformation (DX) in the dental field under the vision of “Transforming Lives Through Oral Health.” Specifically, we offer products and services such as the HAKKEN Mirror, an intraoral imaging mirror attachable to smartphones, and HAKKEN for Company, an online dental checkup service for corporations. We are also engaged in the development of AI for image-based dental examinations.
口腔内撮影・画像管理に疲れていませんか？  [画像1: https://prtimes.jp/i/109497/2/resize/d109497-2-1e5ca849d55c8b30a666-8.jpg ]   従来の一眼レフカメラを用いた口腔内の上下顎撮影は、カメラ操...
[画像: https://prtimes.jp/i/109497/1/resize/d109497-1-6cb8423a17e519647b19-0.jpg ] 世界初の本発明は「AIが、労働者の口腔画像を解析し、酸蝕症が職場に起因するものかどうかを検出する」技術です。 本...
A Kyoto University-spinoff startup providing solutions based on generative AI technology, including data augmentation for manufacturing, drawing recognition, and AI call centers. Supporting operational innovation and digital transformation across diverse industries.
AMDlab is a construction-tech startup driven by the mission “Bringing smiles to the people who create architecture.” Centered on improving the efficiency of architectural design workflows, we develop future-oriented applications and provide DX consulting services. We also plan, develop, and operate our own SaaS products, including “DDDDbox” and “Architects DB.” Leveraging the power of data and technology, we are advancing digital transformation across the architecture industry.
AIBTRUST develops and provides a medical information distribution platform utilizing Web 3.0 technology. The company offers the secure patient-controlled medical information management application MediReco and the DX system Health Interview, which facilitates the ethical utilization of clinical information by generative AI. AIBTRUST aims to promote the secure distribution and utilization of medical data, thereby contributing to the advancement of medical AI.
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.