Virtual Rail Sensors are digital tools that use geospatial and monitoring data to simulate rail alignment. They help detect settlement, track movement, and deformation trends without installing physical devices on the rails.
Devices are placed in tunnels or structures to detect seepage and monitor water ingress over time. The data supports preventive maintenance and long-term structural durability.
Instrument installed in boreholes to measure lateral ground movement; typically read once daily. Useful for detecting slope instability or ground settlement trends over time.
Instruments measuring environmental parameters like temperature, humidity, wind, and pressure at project sites. Data supports safety planning and helps correlate weather with construction performance.
A series of micro-electro-mechanical tilt sensors linked in a chain to monitor deformation profiles underground. They provide continuous, automated readings ideal for long-term ground or structural movement studies.
Linked accelerometers measuring changes in shape or profile of soil and structures in real time. Ideal for tunnels, dams, and retaining walls where deformation monitoring is critical.
GPS trackers are devices that use satellite signals to monitor and record the real-time position of equipment, vehicles, or structures. In construction, they help track asset location, movement, and site activities for safety and efficiency.
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