INDEE Japan

DeepEyeVision Inc. is a Tokyo-based company, established in 2016, that specializes in cloud-based artificial intelligence solutions for ophthalmological image diagnosis. The company develops advanced diagnostic imaging technology that facilitates remote image reading services for ophthalmology. Its system allows medical institutions to upload fundus images taken during examinations to a cloud platform, where an AI-driven analysis is performed. The findings are then reviewed by affiliated ophthalmology departments at universities, providing timely and accurate diagnostic support to medical professionals. By integrating AI into ophthalmological care, DeepEyeVision aims to enhance the efficiency and effectiveness of medical diagnosis in this field.

Menou Inc. is a Tokyo-based company founded in 2019 that specializes in the development of visual inspection software powered by artificial intelligence. The company focuses on automating complex inspection processes, eliminating the need for specialized human intervention. Menou's AI application employs deep learning techniques to replicate the methods used by skilled human inspectors, enhancing the visual inspection of products and components. By providing high-speed, high-precision inspection capabilities, Menou enables manufacturing and inspection companies to improve the functionality and performance of their imaging and inspection equipment, ultimately ensuring better quality control in production environments.

Ubie, Inc. is a Tokyo-based company founded in 2017 that specializes in developing artificial intelligence-powered healthcare solutions. Its core offering is an AI-driven symptom checker that generates personalized evaluation reports for patients. Through a brief questionnaire that customizes its inquiries based on factors such as biological sex, age, medical history, and lifestyle choices, the tool aims to assist users in understanding potential causes of their symptoms. In addition to providing patients with detailed reports, Ubie also supplies physicians with patient summaries and predictive diagnoses to enhance clinical decision-making.