A startup originating from Kyoto University’s Disaster Prevention Research Institute that provides integrated water resources management (IWRM) services. We offer customized, sector-specific solutions powered by three core capabilities: water-cycle analysis based on 30 years of research, a global database containing 250 years of hydrological and physical data, and an analytical platform that forecasts and visualizes regional water resources. By quantitatively assessing how climate change, human activities, and land-use changes impact agriculture, industry, cities, power generation, and ecosystems, we help businesses and municipalities identify and disclose water-related risks and implement effective adaptation measures.
株式会社TerraInsight（会社所在地：京都府左京区 代表者：今井義仁）は、2025年6月26日にバンコクで開催された「Japan-ASEAN Startup Business Matching Fair 2025」に出展しました。「Japan-ASEAN Startup Bus...
株式会社TerraInsight（会社所在地：京都府左京区 代表者：今井義仁）は、東京都が行う『多様な主体によるスタートアップ支援事業』の重点分野（環境・エネルギー・気候変動分野）の協定事業者TMIP（Tokyo Marun...
[画像1: https://prtimes.jp/i/151053/8/resize/d151053-8-d66016587d81edea27f7-0.png ] 株式会社TerraInsight（会社所在地：京都府左京区 代表者：今井義仁 以下、弊社）は、京都大学防災研究所が長年研究を...
This venture company originated from the Electrochemistry Laboratory of Kansai University and provides innovative lithium-ion batteries and technologies with the vision of "making the world sustainable with storage battery technology". Ionic liquid lithium-ion batteries, which use non-flammable ionic liquids as electrolytes, are also used in space applications as highly reliable storage batteries that do not pose a risk of ignition. We will develop and provide water-based cathode manufacturing technology that can reduce costs and environmental impact at the same time to existing lithium-ion battery production lines.
A Kyoto University-spinoff startup has developed technology that analyzes forest trees down to their species, height, and carbon content using drones and AI. It supports carbon credit creation and monitoring based on forest data.
A sustainable startup aiming to create a system independent of mass production and mass disposal by utilizing kapok, a tree fruit native to Southeast Asia, to develop lightweight, functional materials for fashion.
Our company provides stand-alone power supply systems powered by FLEXIINA®, a flexible thermoelectric generation module that efficiently recovers electricity from low-temperature waste heat below 300°C with superior cost performance. Utilizing this technology, we propose new business partnerships with our customers in areas such as kW-scale energy efficiency solutions and battery-free power for IoT devices.
