Cutting-edge software
DIGIBATI
PixelBlender
3D terrain and model production

Software products

Digibati

Digibati is a production tool designed to extract buildings and trees from a single aerial or satellite imagery.

  • Building footprint extraction
  • Building height evaluation
  • Building roof shape extraction
  • LOD2 buildings
  • Trees extraction
  • Automatic, semi-automatic and optimized edition tools
  • Produced data can be used directly into your GIS/mapping software, urbanism solution, 3D engine / renderer, virtual globe, flight simulator



PIXELBLENDER

PixelBlender generates homogeneous image mosaics from heterogeneous sources.

  • Global radiometric correction
  • Radiometric reference
  • Seamless results
  • C++ SDK or a standalone desktop version

3D terrain and model production


Data sourcing

Thanks to a broad range of partners, we search and acquire the best data for your needs, from DTM/DSM to aerial or satellite imagery.


Terrain generation

We produce vector source data by using highly efficient and optimized tools, including Digibati.


Terrain generation at a glance

  • Geotypical and geospecific terrain creation
  • Roads, forests, waters/rivers, buildings, static objects creation
  • Highly efficient production workflow based on proprietary tools
  • Levels of details (LODs)

3D visualization

The data produced can be delivered in real-time 3D visualization applications, including your business constraints.


3D model creation

We take care of the realism as well as the triangle count.

We create ultra-modern Physically Based Rendering (PBR) materials for photorealistic models.

Models can be configured for the target 3D engine to enhance the user experience: animations, LODs...


Supported 3D engine and simulator

  • Bohemia Interactive Simulations TerraTools/Virtual Battlespace (VBS)
  • Presagis | TerraVista/vega-prime
  • Thalès | Thalès View
  • Epic Games | Unreal Engine
  • Unity Technologies | Unity3D
  • AGI | Systems Tool Kit (STK)
  • Calytrix | Titan Vanguard
  • Irrlicht | Irrlicht