OroraTech

OroraTech is an advanced monitoring platform combining satellite thermal-infrared sensing technology and AI, designed for global forest-fire prevention and infrastructure protection. Through a constellation deployed in space orbit, the system can capture changes in the surface's thermal radiation in real time and use AI algorithms for data analysis to precisely identify potential fire risk. This not only greatly shortens fire-detection response time but also provides decision-makers key predictive information to reduce the environmental and economic losses of disasters.

Core technology and the pain points solved

Traditional forest-fire monitoring often relies on ground patrols or low-resolution satellite imagery, which not only has limited coverage but also easily misses the golden rescue window at a fire's early stage. Through high-frequency thermal-infrared scanning, OroraTech can penetrate smoke and clouds and issue an alert the moment a fire breaks out. This technology solves the pain points of difficult monitoring in remote areas, overly fast fire spread, and insufficient post-disaster assessment information, shifting disaster-prevention work from "passive firefighting" to "proactive prevention."

Who it's for and how to use it

This platform is very suited to government forestry units, large infrastructure operators, insurance companies, and enterprises committed to environmental sustainability. Users can monitor hotspot changes in a specific area in real time through OroraTech's dashboard and set up an automated alert system. When the system detects an abnormal high temperature, it immediately notifies relevant personnel and provides a prediction model for the fire's spread path, helping teams deploy firefighting resources before the fire gets out of control — an indispensable digital tool for modern forest management and climate-change adaptation.