Products & Services

The company offers a range of aerial imaging systems—including conventional, oblique, LiDAR, and SAR—to deliver optimal ground resolution tailored to diverse terrains and climates.

The company provides a range of fixed-wing and multi-rotor drones. These serve as a supplement to large-aircraft aerial photography and are also ideal for small-to-medium scale photogrammetry projects, including emergency surveying, monitoring of greenhouse structures, illegal villas, and nature reserves.

Our company boasts a top-tier aerial survey team capable of swiftly, efficiently, and flexibly executing diverse survey missions. We excel in managing flight operations across varied terrains and weather conditions, with extensive experience navigating challenging airspace over southern regions and airport zones. In recent years, we have successfully completed nearly 100 aerial survey projects nationwide, covering a total area of nearly 100 square kilometers.

Leveraging multi-source aerospace remote sensing imagery and advanced processing systems, we efficiently produce standardized and customized products including DSM, DEM, DOM, and DLG at scales from 1:500 to 1:50000. We have already delivered the nation's first high-precision, high-fidelity 10-meter DSM dataset.

Combining oblique photography with traditional photogrammetry, we use cluster processing to create large-scale 3D real-world models. Through advanced refinement, we produce detailed individual models, floor-by-floor and unit-level models, and BIM models. By integrating high-fidelity DSMs with high-resolution DOMs and urban 3D models, we build real-world 3D application scenarios that provide essential 3D data support for digital twin cities, natural resource rights registration, specialized surveys, emergency response, and industry-specific applications.

Leveraging domestic leading data processing platforms, this solution rapidly processes LiDAR and SAR data to support natural resource surveys, forest inventories, marine resource assessments, and agricultural, forestry, and water conservation censuses.

The company operates a mature survey and monitoring business system with a professional service team. Leveraging interpretation and analysis of multi-source remote sensing data, we deliver comprehensive services—including surveys, monitoring, database construction, data analysis, and application of results—for natural resources such as land, minerals, forests, grasslands, water bodies, wetlands, and coastal seas/islands. We provide technical support and applied services for specialized investigations including dynamic land use monitoring, illegal land use detection, human activity monitoring in nature reserves, and forest resource inventories. In the Third National Land Survey project, the company executed nearly 30 tasks covering national, provincial, municipal, and county levels.

Leverage advanced technologies including oblique photogrammetry, cluster-based automated 3D modeling, and naked-eye 3D surveying. Building on existing homestead investigation results and registration data, we will verify original homesteads within the project area, conduct property rights surveys for existing houses, and perform integrated real estate and land surveys for newly established rural homesteads. This process establishes a comprehensive integrated real estate and land survey database, digitizes paper records, and links them to the basic platform for immovable property registration information management. Finally, we will complete rural immovable property rights confirmation and registration, issuing official title certificates.

Built on the National Spatial Infrastructure Platform, this solution leverages next-generation technologies such as cloud computing and big data to integrate diverse spatially linked current status and professional datasets. Centered on modernizing spatial governance capabilities, it supports land and space planning—including preparation, approval, implementation, monitoring, and evaluation—to help natural resources management departments achieve their overarching goals of unified blueprint management ("one map for all") and modernized spatial governance.