Reality Capture &
Precision Surveying.
End-to-end spatial data acquisition. We combine terrestrial LiDAR, DGPS geodetic control networks, drone photogrammetry, and USV bathymetry into one unified engineering baseline.
Full-Spectrum Spatial Acquisition
Terrestrial LiDAR & 3D Laser Scanning
FARO Focus and Leica RTC360 scanners capture millimeter-accurate point clouds of complex structures, industrial plants, heritage facades, and transit corridors. Datasets are registered, georeferenced, and intensity-classified.
DGPS & Geodetic Control Networks
Establishing permanent, high-precision geodetic control networks using dual-frequency GNSS and digital Total Stations over linear infrastructure corridors for highways, railways, and pipelines.
UAV Drone Photogrammetry & Aerial LiDAR
High-throughput area-wide terrain capture for infrastructure corridors, topography, and mining. Delivering centimeter-accurate orthomosaics, DTM/DSM, and volumetric cut/fill computations governed by geodetic control.
Scan-to-BIM & Digital As-Builts
Converting dense point clouds into IFC and Revit-compliant BIM models at LOD 300–500. Vital for brownfield plant revamps, architectural preservation, MEP clash coordination, and digital twin baselines.
USV Bathymetric Hydrographic Surveys
Unmanned Surface Vehicle (USV) deployments for reservoir surveys, river cross-sections, and water body depth profiling. Essential for bridge scour studies, dam hydrology, and water intake engineering.
Construction Deviation & Progress Monitoring
Periodic multi-temporal LiDAR and drone scans overlaid against design BIM models to track construction milestones, detect structural deformations, and verify contractor quality.
Project Deliverables
Frequently Asked Questions
Need Centimeter-to-Millimeter Certainty?
Connect with our geospatial and reality capture team to scope your survey specifications, control network, and BIM deliverables.
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