Achieve target localization, extraction and type determination in complex backgrounds

Accurately extract information on the spatial distribution and attribute changes of ground objects

Refined and automated classification of ground objects

Large‑scale, routine monitoring and early warning of millimeter‑level surface micro‑deformation

Accurately retrieve key physical and chemical parameters of the land surface and atmosphere

sub-meter, multi-type, multi-temporal, multi-modal

ntegrates resources from more than 40 mainstream satellites and establishes a full-process service system covering satellite data acquisition and processing.

SAR DOM Generation, SAR DSM Generation, D-InSAR Deformation Monitoring (Centimeter-level), and Time-Series InSAR Deformation Monitoring (Millimeter-level)

Based on remote sensing and geospatial big data processing, it provides three core functions: semi-automatic extraction, automatic extraction, and automatic change detection

Data Modeling for Insights into the Spatiotemporal Evolution of Hydrology

Real-time Hydrological Monitoring, Building a Strong Flood Control Safety Line

Build a New Digital Governance Paradigm for Modern Reservoirs

Data modeling reveals the spatio-temporal evolution of hydrology

Real-time hydrological monitoring, building a strong flood control safety line

Real-time hydrological monitoring builds a solid line of defense for flood control

ntelligent O&M Platform ensures stable system operation.

Data modeling reveals the spatiotemporal evolution of hydrology

Technology guards green waters and mountains; Precision manages water and soil resources.

Real-time hydrological monitoring, building a strong flood control safety line

Space-Air-Ground Connectivity, Boundless Hydrological Monitoring