Advanced GNSS Monitoring Solutions for Deformation, Slope Stability & Dam Safety

Our GNSS high-precision deformation monitoring platform integrates cutting-edge positioning technology with automated data processing, analysis, and early-warning capabilities. Engineered for critical infrastructure protection, this system delivers millimeter-level accuracy for:

• Slope stability monitoring of landslides, collapses, and road embankments

• Dam deformation monitoring in reservoirs and hydroelectric facilities

• Building deformation monitoring for structural integrity management

• Real-time risk assessment across mining, construction, and geological sites

Featured Solution: Universal Monitoring All-in-One Machine

A highly integrated GNSS monitoring receiver designed for harsh environments. Key applications include:

• Continuous displacement tracking for slope stability monitoring
• Dam deformation monitoring of reservoir walls and foundations
• Building deformation monitoring in urban infrastructure
• Mine safety and road slope surveillance

system Architecture of Deformation Monitoring system – Key Components

1. 1. Monitoring Stations

   • Rover Receivers: Installed on structures or slopes to continuously track signals from multiple satellite constellations (GPS, GLONASS, BeiDou, Galileo), enabling high-precision 3D positioning.

   • Reference Receivers: Placed on stable ground outside deformation zones to provide baseline data for differential correction, ensuring measurement accuracy.

   2. Data Transmission

   • Data is transmitted via wired (fiber optic, Ethernet) or wireless (4G, radio, GPRS) networks to processing centers.

   • Redundant communication ensures real-time reliability, minimizing data loss.

   3. Data Storage

   • All monitoring data is securely stored onshore to ensure data integrity and safety.

   4. Data Processing & Alerts

   • Specialized software processes the data using advanced algorithms to detect deformations.

   • Automated alerts (email/SMS) are sent to staff for immediate action when thresholds are exceeded.

   This structured approach ensures real-time monitoring, secure data handling, and rapid response to potential risks.

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GNSS Deformation Monitoring System Applications

Dam deformation monitoring

slop stabiltiy monitoring

Building deformation monitoring

Bridge deformation monitoring