SPEPC TECHNOLOGY
Product Center
AI Vision and Measurement
An IoT security monitoring service provider whose operations cover the entire end-to-end process, from independent R&D and design to manufacturing, installation, and maintenance.
Visual Intelligence Deformation Monitor
The Visual Intelligence Deformation Monitor is a non-contact deformation‑monitoring device that integrates machine vision, deep learning, and edge computing technologies. Equipped with a high‑resolution optical lens and a temperature‑controlled protective housing, it achieves real-time monitoring of millimeter‑level displacements and deformations in structures through continuous image recognition and sub‑pixel analysis of designated targets.
The device supports multi‑target tracking, ambient‑light adaptation, and on‑device data processing, making it ideal for large‑scale, high‑precision safety monitoring of bridges, historic buildings, slopes, and other infrastructure.
The personnel physiological‑state monitor is an intelligent device that leverages biosensing, the Internet of Things, and artificial intelligence technologies. By continuously collecting and analyzing human physiological parameters—such as heart rate and respiratory rate—and behavioral data—including activity levels and sleep patterns—it assesses an individual’s health status, fatigue level, or environmental adaptability. This system provides real-time alerts and decision‑support tools for occupational safety, personal health management, and emergency response.
By analyzing the monitored physiological data, it is possible to further determine a person’s operational status in a specific work environment—such as being on duty, away from the workstation, or off‑duty—making it suitable for use in settings that require continuous human oversight, such as duty rooms and control centers in industries like power generation and transportation.
AI-powered smart surveillance camera
An intelligent visual terminal built on industrial-grade AI chips, equipped with onboard AI computing power and pre‑installed AI algorithm models, is specifically designed for monitoring applications such as railway and highway safety, geological hazard detection, national land security, and water‑conservation safety, supporting 24/7 unattended operation.
The product delivers exceptional night‑vision performance, featuring a high‑sensitivity CMOS image sensor that enables full‑color, high‑performance imaging even in low‑light conditions, producing crisp, high‑definition images. It supports intelligent IR‑CUT switching, seamlessly toggling between day and night modes. Utilizing red‑exposure‑free night‑vision technology, it ensures extreme stealth and zero light pollution, while incorporating a dual‑channel illumination system with both white‑light and infrared options. Brightness is continuously adjustable from 0% to 100%, and combined with a light‑sensing automatic switching function, it enables seamless transitions between day and night surveillance modes.
Equipped with an electric three‑axis control system, the device offers precise, controllable operation, integrating electric zoom, electric focus, and electric aperture functions. It also supports speed adjustment, ensuring smooth, fluid focusing—perfectly suited for complex scenarios such as long‑distance and wide‑area traffic monitoring, slope stability assessment, and more.
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