FlightIG is complemented by MultiGen-Paradigm's extraordinarily realistic large-area databases, serving not just out-the-window displays, but IR, radar, and night vision sensors, as well as tactical simulations. The result is the most realistic multi-correlated geospecific visual and sensor simulation available, assuring the pilot acceptance essential for effective training and engineering simulation. Databases are developed with MultiGen-Paradigm's industry-leading tools, and delivered entirely in open-source formats. And if you need a complete database generation station, we can provide that too, so you can modify and extend your world.

MultiGen-Paradigm offers custom large-area databases for Vega and FlightIG applications. Databases are commonly built from satellite imagery, digital elevation models, and vector feature data. Databases are published for correlated views across out-the-window, infrared sensors, night vision goggles, radar, and constructive simulations.

MultiGen-Paradigm's experience in database development includes the Joint Strike Fighter Generic Composite Scenario Multi-Spectral Database (JSF GCS MsDB), developed under contract to the JSF Program Office. The 20-gecell database incorporates 30-meter Landsat, 10-meter SPOT, and 5-meter ControlledImage Base imagery. It has been used throughout the JSF community (by the Navy at Pax River, by the Air Force at Wright Patterson and Edwards, and by prime contractors Lockheed Martin and Boeing) in developing and validating aircraft requirements.The database is fully correlated across out-the-window, IR, and radar views, and also fully correlated with the Navy's Synthetic Warfare Environment Generator, the constructive simulation that manages computer-driven air and ground entities.

The JSF database has also been adopted for use by the MV22 program at Pax River. In support of this program, MultiGen-Paradigm recently used a patent-pending technique, called Splot, to enhance the resolution throughout the database to 2.5 meters.