The use of Unmanned Aerial Vehicles (UAV) among militaries is skyrocketing. It isn’t just military forces that are using drones. Their use in the civilian world has increased as well, as the technology is cheap, fairly easy to learn, and offers good results. But their use by terrorist groups and hostile military forces raises concerns.

Drones can carry out surveillance and intelligence gathering whereas UAVs can provide up-to-the-minute intelligence on enemy positions, dispositions, and terrain. Drones are also used for battlefield damage assessments and of course, weapons delivery. And weapons delivery is what worries military forces the most.  

That is why the U.S. military is currently testing an Israeli-built drone interception system. The new system is already being flown along the Gaza border in Israel, where Israeli soldiers are using it to neutralize incendiary-laden drones and balloons launched from Gaza at Israel.

The Israelis were initially caught off guard by Hamas’s use of incendiary balloons and drones that once deployed, would burn thousands of acres of southern Israel’s farmland, kill, and injure civilians. 

Xtend, an Israeli startup, was using its drone system in a racing format for civilian use. But their Chief Technology Officer, Rubi Liani, a former Israeli naval officer, saw a different use for their technology. In a demonstration for Israeli defense officials in 2018, Liani showed how one of Xtend’s drones could take out a hostile drone or balloon within 20 seconds. 

Now, a pilot program headed by Israel’s Directorate of Defense Research and Development and the U.S. Combating Terrorism Technical Support Office is working together around Liani’s Xtend’s Skylord counter-UAV system.

XTEND’s Skylord system uses a combination of augmented reality (AR), whereby objects are layered into the real world and virtual reality (VR). The combination is known among techies as “Mixed Reality.” It gives the drone pilot a clear view of the area; the pilot wears goggles to see through the drones’ lenses. The system automatically tracks the target drone with an on-screen hitbox. Once the pilot is just above the target drone, he releases a net, which gets caught in the drone’s propellers and forces it to fall to the ground. The system was initially developed for gaming in the civilian sector.