Aerial data.
Ready to use.

LiDAR, orthophotos, inspections and GIS-ready data—from field capture to final delivery.

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High-resolution drone orthophoto shown in its natural survey boundary
Grayscale normalized digital surface model Colourized normalized digital surface model
01 / 04

LiDAR

LiDAR-derived 3D surface data for buildings and vegetation in the City of Medicine Hat.

  • Point clouds
  • DEM & DSM
  • Contours & canopy models
High-resolution urban drone orthophoto
02 / 04

Orthophotos

Current, georeferenced imagery for mapping, planning and monitoring.

  • GeoTIFF orthomosaics
  • 3D models
  • Change mapping
Detailed aerial model of a power line corridor shown in its natural data boundary
03 / 04

Power line inspection

Aerial corridor data for safer, faster assessment of power lines and surrounding vegetation.

  • Corridor mapping
  • Asset documentation
  • Vegetation clearance
Drone orthophoto of a landfill shown in its natural survey boundary
04 / 04

Landfill mapping

Current site data for landfill operations, measurement and ongoing monitoring.

  • GIS-ready data
  • Surface & volume analysis
  • Change monitoring
3D visualization

LiDAR + Gaussian splats

We combine LiDAR geometry with drone imagery to create Gaussian splats that preserve fine site details and make complex 3D data easier to explore, review and share.

Comparison of a LiDAR point cloud and Gaussian splat three-dimensional model