The drone operates outside the controlled and restricted airspace to minimize interference with any air vehicle. But as UAV operations are too widespread in logistics and other industries, the integration of airspace is vital. Drones are operating in all types of airspace hence sharing the space with other air users such as helicopters and airplanes, making it congested, which delays the delivery.

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While other means of delivery transport such as trains, boats, and cars follow restricted pathways up to an extent, drones can move anywhere and everywhere, and because they are airborne, failure of a vital system such as the navigation system or engine could cause the drone to fall from the sky at any time and place. However, the chance of a system crashing into pedestrians is highly unlikely, even with initial UAV designs. Adequate safety measures and operational procedures in case of engine failure or loss of navigation must be ensured to guarantee defined safety levels that satisfy regulating authorities.

The drone delivery market is opening a new market segment for the companies providing management and operations of drones. Drone management and monitoring development are well underway, with multiple companies providing comprehensive autonomous transport solutions. Drone Management System is needed to manage complex operations because as the drone solutions grow, the complexity increases. The requirement of software application and database management systems opens up opportunities in the drone delivery market. Such a management system is expected to provide a digital solution to integrate safety, operations, and maintenance of packages.

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Drones with high mobility can execute various delivery roles such as medical delivery, cargo delivery, logistics delivery, and food delivery. However, there are several aspects in the urban area that disrupt the flight of the drones, such as urban canyons and static obstacles, which can trigger a multi-path impact of GPS signals, which reduces the precision of GPS-based localization. To enable the safety of the drones flying in urban areas, drones should be piloted to a safe zone even in a network-disconnected and GPS-blocked location. Moreover, drones must be proficient enough to avoid obstacles and should be as far away as possible from people and objects during landing in an urban zone.

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