We do not just capture images. We process them into actionable data. From gigapixel panoramas that reveal every detail to orthomosaics and 3D maps used for infrastructure planning, our computational workflows turn photographs into precision tools.

360 degree gigapixel panorama of Lake Jindabyne showing entire lake surface and surrounding alpine mountain ranges in extreme detail with each pixel readable at ground level, deep navy and muted green color tones, recommended 21:9 aspect ratio at 5000x2160 resolution
360 gigapixel panorama of Lake Jindabyne showing entire lake surface and surrounding alpine mountain ranges in extreme detail each pixel readable at ground level

Gigapixel Panoramas

Ultra-high-resolution imagery (100s of megapixels) for detailed review, technical analysis, and licensed long-term use.

View Details →
Before and after comparison of computational photography workflow showing denoised and upscaled image detail, deep navy and warm white color tones, recommended 16:9 aspect ratio at 3840x2160 resolution

Computational Photography

Denoising, upscaling, and artifact fixing using powerful compute. We process ~20GB compressed RAWs per shoot through ~300GB scratch disk workflows.

View Details →
Georeferenced orthomosaic aerial map showing accurate scale and measurement capability, deep navy and muted gold color tones, recommended 16:9 aspect ratio at 3840x2160 resolution

Orthomosaic / 3D Mapping

Overlapping aerial photographs stitched into georeferenced orthomosaics and 3D terrain models for infrastructure, mining, and future government use.

View Details →
Ground survey capture showing measurement points and reference markers for mapping accuracy, deep navy and muted gold color tones, recommended 4:3 aspect ratio at 3000x2000 resolution

Ground Survey

Ground-based surveying and mapping to complement our aerial capabilities. Structured capture for accuracy and repeatability. Coming soon.

View Details →

Our Processing Pipeline

  1. Raw capture (RAW + D-Log/M 10-bit)
  2. Consolidation and folder architecture
  3. Precision image alignment and artifact fixing
  4. Denoising and upscaling (GPU-accelerated)
  5. Gigapixel stitching (30+ min per save for complex panoramas)
  6. Final export (8-bit/16-bit standard or HDR 16–32 bit)

Data Use Cases

  • Government infrastructure planning (future capability)
  • Mining and exploration documentation
  • Environmental and coastal monitoring
  • Heritage and conservation documentation
  • Real estate and property development
  • Scientific and geological research

Pricing

Package Price
Gigapixel panoramas from $300
Orthomosaic projects from $600
Custom data analysis Per quote

Per quote. Based on data volume, processing requirements, and deliverable format.