By integrating various data streams, Simulyze provides a real-time common operating picture for unmanned aerial systems.
Carried, launched and retrieved by individual soldiers, the tiny unmanned aerial systems will increase tactical intelligence, surveillance and reconnaissance capabilities in the field.
Sandia National Laboratories wants to test systems that aim to protect physical sites against small unmanned aerial systems.
A researcher presenting at the RSA Security Conference said he can hack and hijack a popular drone model via two separate system vulnerabilities.
The Federal Aviation Administration recently tested a radio frequency scanning solution to spot rogue drones around commercial airports.
While governments are eyeing increased use of robotics, a new report identifies five technological challenges limiting widespread adoption.
Drone2Map incorporates a powerful image-processing engine from Pix4D to analyze images taken from drones and convert them into a variety of 2-D and 3-D maps.
As adversaries continue to bolster their technology-based capabilities, the Air Force seeks resilient systems to thwart disruptions and sustain operations.
The Army Research Laboratory is looking for ways to quickly get customized 3-D printed drones into soldiers’ hands.
The Department of Interior is considering adding commercial lightweight rotary drones to its unmanned systems fleet.
The data collected by the NASA Global Hawk will help scientists at the National Oceanic and Atmospheric Administration better understand El Niño's influence on weather in the United States.
A common control interface will allow pilots to operate more than one type of unmanned aircraft.
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