The development of low-altitude economy cannot be separated from complete infrastructure. It supports high-frequency large-scale flights through the dual facility of physical properties and digitization. Firstly, traditional physical infrastructure provides necessary support for the takeoff, landing, parking, and refueling of drones, including airports, runways, drone nests, and flight service stations. Secondly, digital infrastructure integrates various technologies such as communication network, meteorological information, and satellite positioning, forming a comprehensive networked carrier. At the same time, China has attached great importance to the safety of the development of low-altitude economy, and the sound digital infrastructure is an important prerequisite for ensuring flight safety and airspace safety. Therefore, building a complete low-altitude intelligent network system that achieves the organic integration of drones, hangars, airports, communication facilities, and third-party service facilities is the core goal of infrastructure construction.
In the future, traditional manual management method is no longer sufficient to meet the demands of high-frequency and high-density flight situations. With the integration of new technologies such as artificial intelligence, the management and scheduling of low-altitude flights will become more and more efficient, creating greater economic value and social benefits.
