Wang Technology, Inc.

Provides comprehensive monitoring from ground-breaking to project completion, combining advanced sensors with real-time analysis to mitigate risks during critical construction phases.

• Automated Motorized Total Stations

  Uses robotic total stations for continuous, high-frequency optical monitoring of structural displacement, capturing 3D coordinate changes with millimeter-level accuracy.

• Vibration Monitoring

  Deploys automated seismographs to measure Peak Particle Velocity and frequency, triggering alarms to prevent damage from construction-induced vibrations.

• Shape Array Monitoring

  Utilizes robust, flexible chains of rigid segments to measure 3D deformation vertically or horizontally along embankments, deep excavations, and tunnels.

• Inclinometer Monitoring

  Employs manual and in-place inclinometers to monitor deep lateral ground movements, supporting retaining wall performance and landslide detection.

• Tiltmeter Monitoring

  Measures rotational movement and inclination changes of facades, retaining walls, and bridge piers to track structural stability.

• Stress and Strain Monitoring

  Uses strain gauges and load cells to measure internal forces, verifying that temporary and permanent structural members perform within design loads.

• Piezometer Installation & Monitoring

  Installs vibrating wire and pneumatic piezometers to monitor groundwater levels and pore water pressure for geotechnical stability.

Assesses structural safety and performance through non-destructive methods, delivering real-time data on structural behavior under environmental and operational loads.

• Dynamic Strain Monitoring

  Captures high-frequency data to analyze structural responses to transient loads like traffic, wind, and machinery vibrations.

• Meteorological Monitoring

  Installs dedicated weather stations to correlate structural movement with wind, rainfall, and temperature changes.

• GNSS Monitoring

  Deploys advanced GNSS receivers to provide continuous, millimeter-level 3D positioning for tracking long-term settlement.

• InSAR Based Deformation Monitoring

  Uses satellite radar imagery to measure millimeter-scale ground surface deformation and regional stability over large areas.

• Fiber Optic Sensors

  Measures strain and temperature using light-based fiber optics, ideal for concrete foundations, tunnels, and harsh environments.

• Modal Analysis & Accelerometers

  Analyzes natural frequencies and mode shapes of structures to detect changes in stiffness or potential structural damage.

Monitors environmental factors to protect surrounding communities and ensure regulatory compliance on active construction sites.

Offers automated reporting and continuous data-management systems for real-time access to instrumentation program results.