■ Redundant equipment procurement and resource waste
■ High barriers to data processing
■ Lack of a unified management platform
■ Severe data siloing
■ Shortage of professional UAV flyers
■ Prominent problems of "fear of flying"
■ Complex application process resulting in unauthorized flights
The system leverages distributed docks and 5G networks to build a low-altitude sensing network, which enable send-to-end process automation of UAV operation and unified dispatch of multi-department tasks.
By integrating AI and other technologies, UAV sare capable of automated operation, intelligent identification, and rapid response via a 3D base, enhancing urban governance efficiency.
A unified platform that consolidates multi-department data builds a low-altitude Internet of Things sensing system, providing multi-dimensional data for urban governance and facilitating scientific decision-making.
The system supports on-demand deployment of payloads and service modules and provide customized solutions for environmental protection, inspection, disaster relief, prevention and control, etc., thereby lowering the barrier to entry for users.
By adopting a standardized flight system with automated airspace application, the solution resolves the “fear of flying” issue, eliminating unauthorized flights and ensuring safety.
The system supports technological iteration and scenario expansion, providing a reusable application paradigm for smart cities and low-altitude economy, and promoting the industry and city integration and the development of regional low-altitude industrial ecosystems.
■ Based on distributed docks and advanced technologies, the solution builds an air-ground coordinated low-altitude sensing network and creates a government low-altitude UAV service system.
■ The solution establishes an integrated low-altitude application system that providessensing data for the regional digital base, driving the industry and city integration and governance transformation.
■ The deployment of a 3D grid base enables autonomous operations and AI processing, which facilitates early detection and resolution of problems withfull data visualization.
■ The deployment of modular service functions provides targeted comprehensive solutions for multiple departments.
System Components
Cloud platform, DJI Dock 3, Strawberry M350 Dock, Mobile operating unit system, VTOL fixed-wing UAV, tethered UAV, firefighting UAV, loudspeaker, payload dropper, searchlight, full-frame mapping camera, airborne LiDAR, airborne radar flow velocity meter, gas detector, airborne multi-parameter water quality meter, multispectral camera (model, payload, endurance, mount), etc.
Functionality
■ Cost Reduction & Efficiency Gain: In comprehensive urban governance, emergency disaster response time is reduced to within 10 minutes; inspection workload decreases byover 30%; costs lower by over 30%; and efficiency improves 4-6 times.
■ Asset Reactivation: Existing UAVs by government departments are reused via cloud boxes to reduce asset investment and reactivate government fixed assets.
■ Industry Stimulation: The construction and operation of the project foster the entire UAVindustrial chain, including manufacturing, data services, industry applications, etc., creating an industrial multiplier effect.
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