AI Video‑image‑based Early Fire Alarm System (FireFinder System) is an AI‑based flame and smoke image recognition algorithm. By analyzing video streams captured by existing surveillance camera systems in real time, it quickly and accurately identifies early‑stage fire characteristics in the video images and triggers alarms, thereby achieving the fire prevention objectives of early identification, early warning, early detection, and early response.
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As the only video‑image‑based early fire alarm system in China certified by fire product quality inspection, the FireFinder System has been adopted by over 700 enterprises and institutions across nearly 30 industries. Its applications span petrochemicals, steel, manufacturing, power, coal, energy, tobacco, logistics, heritage sites, healthcare, education, rail transit, data centers, commercial complexes, and beyond.
Project Overview
Shanghai Metro Line 13 uses video‑image‑based early fire alarm systems across station platforms, concourses, equipment rooms, and train depots. The FireFinder System employed in this project meets all requirements of CECS 448: Technical Specification for Video‑Image‑Based Early Fire Alarm Systems in design, installation, and testing, significantly improving the metro’s fire detection performance.
Project Overview
In 2023, Xiamen Gaoqi International Airport implemented early fire detection across critical fire‑safety zones—such as the terminal, domestic freight station cargo storage, work areas, duty rooms, and conveyor systems. The FireFinder System deployed here has delivered on the goals of early identification, warning, detection, and response.
Project Overview
Fujian Provincial Grain Reserve Management Co., Ltd., which oversees provincial grain and oil reserves—including procurement, storage, allocation, rotation, and related operations—has implemented the FireFinder System in this project. The system enables early fire identification and detection, equipping on‑duty fire safety staff with the critical lead time needed for effective early‑stage firefighting.
