Orthophoto generation from aerial images (frame and line sensors), and from various types of satellite imagery (Ikonos, Quickbird, Spot, Landsat, IRS C/D, Aster, CartoSAT and ALOS).
Automated processing of single images.
Automated one-step batch processing of complete aerial image blocks; also in batch mode.
Projects with 20000 aerial images and more can be processed.
Orthophoto generation in pre-set area-of-interest; flexible definition/import of optimal ortho areas.
Automatic ortho area generation:

For excluding fiducial marks from orthophotos

By defining the overlap percentage of adjacent orthophotos
Unique true-ortho capability in combination with OrthoVista; advanced modeling of bridges, buildings and other man-made objects.
On-the-fly generation of hybrid grid-based DTMs or TIN models.
DTM data import:

SCOP DTM, Winput

GeoTIFF, TiffWorld (tfw)

ERS, ECW, JPEG2000 (ER Mapper)

XYZ mass points, break/form lines

DXF, NED Float

ArcGIS Shapefile, ArcGIS ASCII Grid

LAS (ASPRS Lidar Data Exchange Format)

Import of multiple raw data files, and merging with SCOP functionality
Exterior orientation of single aerial images by spatial resection.
Refinement of orientation data of satellite imagery by interactive measurement of control points.
Output georeference formats:

GeoTIFF, TiffWorld (tfw)

ERS (ER Mapper)
Multi-threading of time consuming processses for efficient use of multi-core CPUs.
Optional distributed processing in combination with DPMaster.