Geomatica Core
Geomatica Core is the base Geomatica product offering robust solutions for all types of desktop geomatics. State-of-the-art tools in Geomatica Core include those for geometrical correction, data visualization and editing, image classification, cartographic map production, and much more...

GDB – Premium (JPEG 2000)
PCI Geomatics software uses Generic Database (GDB) technology to directly read and write to raster, vector, and other information from an extensive list of supported file formats.

Automatic Tie Point and Fiducial Collection
Tie points are collected using automated image-correlation techniques. Once fiducials are manually collected for one image in your project, the fiducial marks for remaining images can be collected automatically using pattern matching.

Automatic Image Registration
The Auto Image Registration Module includes tools for automatic GCP collection. Through advanced image-to-image registration techniques pixel and line locations in raw images are matched with georeferenced image positions. This module includes image to image registration through the use of image chip databases.

Automatic Mosaicking
OrthoEngine automatic mosaicking includes automatic detection and removal of image brightness variations, radiometric color balancing between images and automatic cut-line determination to minimize visibility of seams in the mosaic.

Airphoto Model
The OrthoEngine Airphoto Models are rigorous models used to correct the geometry of analogue and digital/video cameras and to produce orthorectified air photos.

Satellite Models
The OrthoEngine Satellite Models are rigorous models developed to compensate for distortions and produce orthorectified satellite images for medium or low resolution satellite sensors.

High Resolution Models
The OrthoEngine High-Resolution Models are rigorous models developed to compensate for distortions and produce orthorectified high-resolution satellite images.

Generic and RPC Models
Adds support for use of RPC data distributed with imagery and direct importing or coefficients automatically alleviating the need for numerous ground control points.

ALOS
Adds rigorous and/or RPC orthorectification for the three ALOS sensors: PRISM, AVNIR-2, and PALSAR.

Automatic DEM Extraction
Allows Creation of Digital Elevation Models (DEMs) from stereo airphotos and stereo images. Image correlation is used to extract matching pixels in two overlapping images and then use the sensor geometry from a computed math model to calculate x, y, and z positions. Automatic DEM extraction allows you to batch epipolar generation, batch the DEM extraction process, geocode DEMs, and create absolute or relative DEMs

Radar DEM Extraction
Supports creation of Digital Elevation Models (DEMs) from stereo RADAR data. Image correlation is used to extract matching pixels in two overlapping images and then use the sensor geometry from a computed math model to calculate x, y, and z positions. RADAR DEM extraction allows you to batch epipolar generation, batch the DEM extraction process, geocode DEMs, and create absolute or relative DEMs.

3D Stereo
OrthoEngine 3D Stereo offers advanced tools for 3D viewing and feature extraction (vector editing) of stereo airphotos, satellite and SAR imagery.

Optical (including ATCOR2 Atmospheric Correction)
The Optical package contains algorithms specifically designed to work with optical satellite data. This includes functionality for AVHRR correction and processing, advanced image classification and atmospheric correction for flat terrain areas (ATCOR2).

Hyperspectral
The Hyperspectral package Consists of a set of hyperspectral-specific application programs, a set of visualization programs, and spectral libraries (splib04a and splib04b) from the United States Geological Service (USGS).

Hyperspectral Image Compressor
The Hyperspectral Image Compressor module supports vector quantization. Vector quantization provides a lossy image compression that is very effective with hyperspectral images.

Pan Sharpening
The PANSHARP algorithm applies an automatic image fusion that increases the resolution of multispectral (color) image data by using a high-resolution panchromatic (B&W) image.

Spatial Analysis
The Spatial Analysis tools let you visualize, analyze, and model geographic information, allowing you to discover problem-solving spatial relationships, trends, and patterns.