Your All-in-One Automated Infrastructure Monitoring System

Compact smart GNSS monitoring receiver integrating antenna, communications, and MEMS sensors in one unit. Provides reliable long-term static and dynamic positioning for subsidence and deformation monitoring of critical infrastructure such as dams, bridges, and landslide-prone areas.

A professional automated platform that integrates multi-source data for real-time monitoring, visualization, and intelligent alarm management. Powered by IoT, big data, and 3D visualization, it centralizes data from remote monitoring equipment for infrastructure and environmental risk assessment.

High-precision deformation monitoring software that processes GNSS and MEMS sensor data in real time. It supports multi-constellation GNSS, tilt and acceleration data, and common industry protocols. Visualization tools and data analysis enhance infrastructure and geohazard monitoring.

A 16-channel data collector that supports a wide range of sensors, including vibrating-wire piezometers, inclinometers, and tiltmeters. Its lightning-protected, IP67, cabinet-free design ensures reliable operation in harsh field environments, including those in water conservancy, transportation, mining, and geohazard monitoring.

Three-axis fixed inclinometer delivering continuous, high-precision 3D tilt measurements. Designed for permanent installation on geotechnical and structural monitoring projects, including dams, slopes, landslides, and foundation pits.

High-precision MEMS tiltmeter that converts changes in the static gravitational field into accurate horizontal inclination values for precise structural and infrastructure tilt measurement.

Vibrating wire piezometer for long-term pore water pressure measurement in earth or rock structures such as dams, levees, and embankments. It ensures reliable seepage pressure monitoring for groundwater and hydro-structure analysis.