
RADEX converts raw returns from mixed-generation surveillance radars into a single, digital track picture—ready for immediate display on local consoles and for fusion with data from other sensors at upper-tier command systems. As a cornerstone of national air-space digitization programs, it has been field-proven in continuous operation for more than a decade.
By turning heterogeneous sensor feeds into a coherent, shareable air picture, RADEX empowers air-traffic and air-defense operators to make faster, better-informed decisions—every mission, every flight path, every time.
RADEX converts raw returns from mixed-generation surveillance radars into a single, digital track picture—ready for immediate display on local consoles and for fusion with data from other sensors at upper-tier command systems. As a cornerstone of national air-space digitization programs, it has been field-proven in continuous operation for more than a decade.
By turning heterogeneous sensor feeds into a coherent, shareable air picture, RADEX empowers air-traffic and air-defense operators to make faster, better-informed decisions—every mission, every flight path, every time.
Connects natively to modern primary/secondary tracking radars without rewriting host software, accelerating deployment at civil and defense sites.
Digitizes legacy radar video to preserve coverage from facilities that have not yet transitioned to all-digital outputs.
Normalizes bearing, range, and identification data into a unified schema, eliminating silos and reducing false or duplicate tracks.
Presents consolidated plots on local radar consoles while simultaneously forwarding the same tracks to higher-level fusion services for situational awareness at command terminals.
Modular software components run on COTS servers or virtualized environments, facilitating incremental roll-outs and long-term lifecycle support.






