Hardware & Analytics
Enterprise-grade aerial data acquisition and photogrammetry processing calibrated for centimeter-level terrain intelligence.
Field Data Acquisition
Precision begins in the field. Our capture methodologies ensure structural integrity before data ever reaches the processing pipeline.
Aerial Image Capture
High-resolution aerial imagery captured through structured photogrammetry flight missions. Image overlap and flight grid planning ensure accurate terrain reconstruction.
RTK Ground Control
Centimeter-level ground control established using multi-band GNSS receivers and NTRIP correction networks to ensure survey-grade positioning accuracy.
Geospatial Processing Pipeline
How raw field imagery is reconstructed into engineering-grade spatial data.
Aerial Image Capture
RTK Position Correction
Photogrammetry Reconstruction
Dense Point Cloud Generation
Terrain Model Creation
CAD / GIS Deliverables
Processing Engines
Aerial imagery is processed using advanced photogrammetry engines to reconstruct exact terrain geometries. Millions of matched reference points are calculated to produce:
- Orthomosaic Maps
- Digital Surface Models (DSM)
- Digital Terrain Models (DTM)
- Dense Point Clouds
- Volumetric Calculations
Engineering-Ready Deliverables
Our data pipeline outputs universally compatible file formats structured for seamless integration into modern CAD and GIS ecosystems.
Orthomosaic Imagery
High-resolution georeferenced aerial maps used for site planning and inspection.
Terrain Models
Digital Surface and Terrain Models used for grading analysis and drainage planning.
Point Clouds & Volumes
Dense 3D datasets used for stockpile measurements and construction progress tracking.
Operational Standards
All flight operations and data processing workflows follow industry-standard geospatial data practices.