Researchers develop communication networks for unmanned surveillance vehicles for non-GPS missions

WASHINGTON – Imagine several dispersed but interconnected mid-altitude surveillance drones discovering a massive and rapidly approaching enemy armored force across a mountain range, rapidly advancing to attack. Kris Osborn of The National Interest reports. Continue reading the original article

Military and aerospace electronics take:

Dec 15 2021 – What if before drones could send real-time video to command and control centers, communications were scrambled, destroyed, or interrupted? How were the drones able to continue the mission?

The possibility of encountering this type of scenario leads to a rapidly emerging technology program called Distributed Autonomy Responsive Control (DARC), which enables unmanned systems to form mesh networks to perform functions independently of human decision makers.

Described as software by the developers at Northrop Grumman, DARC preprograms drones with mission and navigation details to operate in denied, blocked, or otherwise inoperative environments.

Related: Elistair’s Captive Unmanned Aircraft Can Provide 24-Hour Communication and Surveillance Capability

Related: The Navy Asks Industry For Communication And Surveillance Technologies That Extend From Seabed To Space

Related: Navy Asks Industry To Develop Sensors And Communications To Allow Unmanned Aircraft To Land On Aircraft Carriers

John Keller, Editor-in-Chief
Military and aerospace electronics


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