CD Monitor Calculation Software
CDMonitor is a professional GNSS deformation monitoring software that delivers millimeter-level 3D displacement tracking for critical structures in real time.
Introduction
Experience Precise Infrastructure Sensing with the CD Monitor Choke Ring Antenna
CDMonitor simultaneously processes data from dozens of GNSS sensors on dams, bridges and large constructions, providing millimeter-precision 3D positions, fast calculation and 24/7 automated operation, while its powerful data interaction, third-party integration and remote alarm capabilities (pop-up, SMS, email) make it a reliable core platform for continuous deformation monitoring.
Innovative
Explore the Technical Specifications of Satellite Antenna
Characteristics:
- Function: management, monitoring, computation, deformation monitoring
- Type: real-time, automated
Overview
CD Monitor (CDMonitor) is a professional deformation monitoring tool.
It can simultaneously perform real-time 3D positioning computations for dozens of GNSS units installed on target structures or natural objects, delivering millimeter-level accuracy.
Technical Capabilities
High-precision solutions based on proprietary advanced GNSS algorithms, achieving millimeter-level measurement accuracy.
Fast computation speed supported by robust data-processing capabilities for stable performance and maximum accuracy.
24/7 automated service operating continuously in all conditions.
Robust data interaction to integrate third-party software and enable remote queries, management, and alerting.
Constellation and Compatibility
Designed to work with networks of GNSS units deployed on monitored assets for real-time positioning and deformation analysis.
Supports integration with third-party systems for data access and remote operations.
Rugged Design
Built for continuous 24/7 operation under all conditions.
Commonly used for monitoring fixed assets such as long-span bridges, dams (gravity dams, embankment dams, tailings dams), and large constructions.
High Performance
Processes real-time 3D positioning for dozens of GNSS devices simultaneously.
Combines millimeter-level precision with stable, high-efficiency processing for demanding deformation monitoring scenarios.
