低空管控
Low-altitude Control and Management

In the process of gradually developing towards large-capacity integrated flights featuring "heterogeneity, high density, high frequency, and high complexity", major cities are still faced with five major challenges: "difficulty in flight management", "difficulty in multi-party coordination", "difficulty in ensuring safety", "difficulty in resource sharing", and "difficulty in forming a business closed loop". Aiming at the flight demands of "high complexity, large scale, and ultra-high safety", a new generation of urban low-altitude digital management and service system has been created, providing full-chain engine capabilities such as low-altitude airspace planning, air route design, operation supervision, facility supervision, accident prediction and analysis, etc., and supporting a new mode of performance-based low-altitude intelligent control and management.

Overall Solution
Explore and build a digital management and service platform for the low-altitude field, accumulate data in the low-altitude field, achieve digital modeling of urban three-dimensional space based on the City Information Model (CIM), create an integrated communication and spatiotemporal resource allocation engine, construct public business applications, and support the operation and management of the entire life cycle of low-altitude activities.
Airspace Planning and Management
Provide air traffic control departments with airspace design, electronic fence demarcation, air route channel division, etc.
Low-altitude Flight Management
In response to the demands for safety, integration, and efficiency in the context of high-density, high-frequency, and low-altitude integrated flights, provide management functions such as flight plan and coordination, flight safety assessment, real-time awareness, emergency management, etc.
Low-altitude Flight Services
Centered around the operation scenarios of various business flight activities, these services are provided to both direct and indirect participants at different links and nodes.
Spatiotemporal Big Data and Digital Twin Foundation
Construct the integration of low-altitude elements with ground elements such as satellite maps, terrain, buildings and roads.
落地案例
Low-altitude Digital Management and Service Platform (Enterprise Service Version)
Build the first city-level, all-element and computable digital twin foundation for the low-altitude area, establish a flight safety system, and achieve the integrated flight of multi-mode aircraft. It has accessed the low-altitude flyable airspace of the whole city, 140 UAV takeoff and landing points, 209 UAV flight routes, more than 60,000 aircraft, over 50,000 communication, navigation, monitoring and meteorological facilities, urban experimental areas and low-altitude test fields.
Our Advantages

Industry-leading core technologies for city-level low-altitude management and services

One-stop supporting capabilities for the scenario-based implementation and large-scale development of urban low-altitude industry

Advantages in the low-altitude industry's leading enterprises and the technological ecosystem

The ability to integrate, upgrade and operate the integrated urban transportation system that combines the ground and the air

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