Unmanned aerial vehicles (UAVs), also referred to as drones, have undergone dynamic technological developments over the last few decades. These include progress in areas like operating range, capabilities such as endurance, payload carrying capacity etc., proliferating usage of drones in the commercial sector. The development of autonomous BVLOS drones requires advanced technologies to increase reliability while operating in civilian airspace. This has led many companies to work out automation solutions that allow drones to function safely and independently with restricted or no human intervention.
Unmanned aerial vehicles (UAVs), also referred to as drones, have undergone dynamic technological developments over the last few decades. These include progress in areas like operating range, capabilities such as endurance, payload carrying capacity etc., proliferating usage of drones in the commercial sector. The development of autonomous BVLOS drones requires advanced technologies to increase reliability while operating in civilian airspace. This has led many companies to work out automation solutions that allow drones to function safely and independently with restricted or no human intervention.