Drone Geofencing Technology

The technology is able to keep the drone from coming within a described radius around a sensitive area.

Drone geofencing technology.

For example in the figure below i have added a common five mile no fly zone around the crestview airport kcew. The problem is beyond the obvious places the rules around when to use geofencing are hazy. Geofencing is simply the creation of virtual fences around areas or points of interest to keep drones away. Geofencing stops drones in their tracks the technological development is a natural evolution following the massive increase in drone operation licenses granted by the faa since august.

Geofencing is a technique rather than a technology so pinning down the key movers and shakers is a mammoth task that would cover rfid chip vendors through to 5g infrastructure providers. Gps and autopilot software to create and interact with a fence. The drone will need a reliable navigation system i e. What geofencing does is restrict unmanned aerial vehicles from getting too close to these sites.

In 2015 us senator charles schumer proposed a law requiring drone manufacturers to build geofencing constraints into unmanned aerial vehicle navigation systems that would override the commands of the unsophisticated operator preventing the device from flying into protected airspace. This provides dji users with information that will help them make smart decisions about where and when to fly. Rules vary widely for example on drones in state parks. Applications of geofencing extend to advertising marketing.

Technology that keeps drones from entering restricted airspace is called geofencing. Drones that support geofencing regularly download databases from their. Even though it is a technology that is still unfamiliar to many people geofencing is a natural extension of using drones to provide useful services at the same time as decreasing the friction with which they interact in our environment. It s a straightforward system.

Geofencing is a virtual barrier created using a combination of the gps global positioning system network and lrfid local radio frequency identifier connections such as wi fi or bluetooth beacons.