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SOCET GXP® image analysis capabilities

SOCET GXP’s accuracy, quick visual analysis, and effortless change detection capabilities streamline image exploitation

Ortho On-the-Fly™

Ortho On-the-Fly

The Ortho On-the-Fly™ tool is used to orthorectify raw images in real time, then mosaic the component images together to produce a continuous, highly accurate image of an expansive area. The large-area-coverage mosaic can be used for immediate product generation or further analysis. Orthorectification removes the geometrical errors or displacement in an image caused by the sensor used to collect the image. It makes the scale consistent, allowing accurate measurements of distance and direction. Tools like Ortho On-the-Fly enable first responders and analysts in the field to view and analyze imagery in a corrected format, or revert to the raw data.

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Spatially Enabled Exploitation (SEE) module

Spatially Enabled Exploitation module for BAE Systems GXP's SOCET GXP software
Vector-supported image analysis
  • Store graphics and features with their ground coordinates and attributes.
  • Connect to a database, create features, or query existing features.
  • Answer critical questions using spatial, attribute, and temporal queries.
  • Extract information from imagery and save it for future analysis.
  • Rely on accurate vectors to detect changes over time.
  • Connect to the ESRI® geodatabase to share data.

Learn more about SEE >>

Product creation tools

SOCET GXP Product creation tools
Build professional finished products
  • Access multiple image sources and information databases.
  • Transmit data, imagery, reports, and kneeboard products to the field quickly.
  • Export products to PowerPoint®, GeoPDF®, and Google Earth™.
  • Create 3-D flythrough scenes to simulate real-world scenarios.

Google Earth™ interface

Google Earth interface
Convenient, popular tool for 3-D color visualization and discovery
  • Scan over kilometers of imagery for situational awareness and change detection.
  • Locate highly accurate geospatial data for intelligence analysis.
  • Create a polarized view of an area you have searched, and save it as a shapefile.
  • Export features, annotations, and flythrough paths from SOCET GXP to Google Earth.