We build a robust digital foundation for the low-altitude economy — a sky-based “traffic light, controller and navigation map” driven by full-domain drone situational awareness, intelligent planning and safety control.
The platform unifies three core capabilities: Real-scene 3D, Air-ground integration and Intelligent connectivity. Together, they support scalable, commercial urban low-altitude operations with end-to-end capabilities.
Built on a comprehensive spatial data system for the low-altitude economy, we integrate full-spectrum data — remote sensing imagery, real-world 3D models, and airspace data.
Leveraging an air-ground integrated geospatial service platform, we deliver three core capabilities to build a unified regional low-altitude operation map: Data fusion • 3D analysis & rendering • Scenario construction
This architecture supports diverse deployment scenarios — from urban governance and emergency rescue to low-altitude traffic, logistics, agricultural plant protection and cultural tourism — forming the holistic “1 Foundation + 1 Platform + N Scenarios” governance system that underpins smart city management and the low-altitude economy.
The “1 Foundation + 1 Platform + N Scenarios” architecture behind the low-altitude economy — from spatial data foundation to N real-world scenarios.
Core Values
It integrates remote sensing images, real‑scene 3D models, airspace data, IoT sensing data and business data, realizing one‑time collection and multi‑party reuse to reduce redundant construction.
It establishes a regional low-altitude "one map" for single-screen overview and collaborative management of airspace, routes, flight status, landing sites and risk information — a unified base for drone situational awareness.
It supports the rapid implementation of urban governance, emergency rescue, logistics, modern agriculture and tourism, enabling continuous iteration and scalable capabilities.
Built on 0.3-m high-resolution remote sensing images and 3-cm real-scene 3D data, it constructs a full-coverage high-precision digital foundation for low-altitude spatial scenarios.
Centered on the 3D Intelligent Platform for low-altitude flight, it deeply integrates BIM, GIS and IoT to build a 4D spatiotemporal situation map.
A commercial sky only scales when the airspace itself becomes computable. By turning raw airspace data into a structured, queryable resource, our low-altitude platform converts altitude layers, corridors and no-fly zones into an operable foundation for the low-altitude airspace economy.
Core Advantages
It is not a single data output or point solution, but a productized integrated infrastructure management system for smart city and regional low-altitude development — reducing secondary development costs and enabling rapid project deployment.
Supports priority deployment in key areas and early piloting of typical scenarios, with gradual expansion to full coverage.
Standardized low-altitude operational solutions built around core scenarios — governance, emergency response and logistics — can be quickly adapted to different regional needs, enabling large-scale deployment.
Full-cycle support including data updates, platform maintenance, and security assurance, with 7×24 professional operations to ensure long-term stability and sustained value realization.
Most regions start low-altitude programs by buying isolated tools — a modeling suite here, a monitoring dashboard there. Our low altitude operational solutions replace that fragmentation with a single, productized foundation that’s far easier to deploy and maintain.
| Dimension | Traditional Digital Projects | DroneSwarm Platform |
| Data Architecture | Siloed datasets across departments | One data base supporting cross-department data reuse |
| Application Deployment | Custom development for each scenario | Configurable scenarios with reusable deployment templates |
| Expansion Method | Full-scale implementation required from the start | Phased rollout from pilot areas to city-wide coverage |
| Lifecycle Management | Project ends after delivery | Continuous operations with 7×24 maintenance, updates, and security support |
Aerial intelligence delivers the most value when it feeds the systems a city already runs. Our platform add a live, low-altitude layer to your smart city management system, extending ground-based smart city monitoring into the sky.
Illegal construction inspection, riverway monitoring, municipal/power facility inspection, and 7×24 intelligent protection for key areas — core to smart city monitoring.
Rapid disaster modeling, optimal rescue route planning, multi-drone coordinated search and rescue, and priority emergency airspace access, overcoming ground transportation constraints.
Full-area 3D patrol of forests, mines and water bodies, with AI-powered anomaly analysis and precise prevention — an ecological monitoring system that doubles as an environmental monitoring platform for full-domain ecological awareness.
Precision farmland inspection, crop protection operations, seeding and fertilization, and agricultural product logistics — drone agricultural inspection is driving smart agriculture upgrading.
Drones capture data; our low-altitude operational solutions turn that data into planning, safety control, and reusable scenarios on a single maintainable platform, rather than disconnected tools.
Yes. Solutions are productized yet configurable per region, with 7×24 operations covering data updates, maintenance and security. Share your needs for a tailored quote.
Just send your region, target scenarios and timeline through the contact form. The team typically replies within 24 hours to scope a pilot or demo.
Built-in collision risk analysis, terrain following and spatial traffic prediction enable more flights share the sky safely—core to scaling the low-altitude airspace economy.
Tell us about your project or inquiry, and our team will get back to you within 24 hours.
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