Point Cloud
Stereoplot dense point clouds (E57, LAZ, LAS, PTS, PTX, XYZ…). Position the camera with the mouse or a 3D SpaceMouse and draw on any plane.
Digi3D.AI
Digital photogrammetric workstation with an artificial intelligence (AI) assistant for querying and editing drawings.
Map geographic entities in stereo from dense point clouds, orthophotos, satellite images, and perspective or pushbroom cameras. A product with integrated computer-aided design (CAD) and geographic information system (GIS) tools, with no need for AutoCAD, MicroStation, or ArcGIS.
Sensors
A single product for stereoplotting from a wide range of sources, with no dependency on AutoCAD, MicroStation, or ArcGIS.
Stereo orthophoto
Create a stereo model from an orthophoto and a digital terrain model (DTM) or digital surface model (DSM). Work across the project in one model, adjust elevation automatically, and move the camera in 3D using SpaceMouse.
Perspective sensor
Load perspective camera images and aerial triangulation projects in supported formats, and apply supported distortion correction models.
Satellite sensor
Monoscopic, stereo, and tri-stereo satellite images with rational polynomial coefficients (RPC) (Pleiades, WorldView, GeoEye, Spot…), with block adjustment when ground control points are available.
Pushbroom sensors
Monoscopic and tri-stereo models from pushbroom sensors (Leica ADS40/80/100, Geosystem 3-DAS-1), with one-click switching between stereo combinations.
Photogrammetric window
The window that displays each sensor's images or point clouds in stereo.
Stereoscopy
View models in stereo with a 3D monitor (Pluraview, Voxelspace) or anaglyph glasses. Requires a graphics card with QuadBuffer support (NVIDIA RTX/Quadro).
Input devices
Work with a mouse, a mouse and trackball, a Stealth 3D photogrammetric mouse, or a 3DConnexion SpaceMouse for moving the camera through the point cloud.
Image formats
Load images in these formats: BMP, COT, ECW, GeoTIFF, JPEG, JPEG 2000, MrSID, and TIFF.
Monoscopic orthophoto
Digitize orthophotos in 2D with real-time vector overlays, including images hundreds of gigabytes in size.
WMS and WMTS services
Digitize directly over Web Map Service (WMS) and Web Map Tile Service (WMTS) layers.
Drawing window
Integrated CAD/GIS: geometry drawing and editing designed by and for photogrammetry professionals.
AI assistant
Ask an AI assistant (Claude, by Anthropic) in natural language to query and modify your drawing—“zoom to the first building”, “delete texts with code 050146”—without programming.
Built-in CAD/GIS
Provides approximately 400 drawing and editing commands for photogrammetry and supports editing multiple formats simultaneously.
Photogrammetry commands
Stairs, crosswalks, grids, road markings, 3D parallel lines, complex entities, dimensioning, and contour labeling… all designed for drawing and editing three-dimensional geometry.
Speech recognition
Run commands with your voice: configure phrases that trigger actions to minimize mouse use and improve productivity.
Real-time collaboration
Load another user's drawing as a reference. Additions to the referenced drawing appear in your view, and deleted geometries are removed from your view. Multiple operators can work at the same time.
Multiple codes
Assign multiple codes to the same geometry. When exporting to formats that do not support multiple codes, such as Shapefile, the line is replicated in each layer.
Search modes (snap)
23 combinable modes for snapping the drawing cursor to geometry (vertices, segments, intersections, “Find Z”…) and automatic selection of snap modes based on the active code.
Database
Attributes stored with the geometry (Shapefile, Geomedia, FileGDB) or linked to an external database (Access, SQL Server), with panes for editing fields and centering geometries.
Geometry search
Find geometries by criteria or Python expressions and send the selection to a command. The criteria are open source (DigiNG.Search).
Third-party maps
Open the active coordinates in Google Maps/Street View, Bing Maps, OpenStreetMap, or SigPac to help digitize place names.
Real-time quality control
Assign quality checks by code and validate geometry as you draw or on demand. Hundreds of Python checks, available on GitHub.
Geometry analysis
Intersections, loops, connectivity, duplicate geometries, short segments, line joining, comparison with DTM/DSM… dozens of analyses with one click.
Topologies
Create polygons by flood fill from visible geometries. Configurable topologies and topological checks across different drawing files.
Python
Built-in Python interpreter for creating your own commands and scripts with access to the application's Python application programming interface (API). Sample commands on GitHub.
Extensible with .NET 10
.NET 10 environment for adding commands, panes, and menus, or creating console utilities that modify drawings. Examples on GitHub.
File formats
Work natively in CAD and GIS: BIND, DGNv8, DWG, SHP, Geomedia, GeoPackage, FileGDB, PostGIS… and many more as reference files (point clouds, orthophotos, DEM).