Solutions

Leveraging BeiDou's high-precision positioning, InSAR-based wide-area deformation monitoring, and multi-source sensor fusion technologies, we have established an integrated "space-air-ground-underground" disaster monitoring system. This system seamlessly integrates three core components: mining safety monitoring, meteorological risk forecasting, and geological hazard early warning.

Urban Hydrology examines specific aspects of water cycles in urban and industrial settings. This encompasses all forms of water flow including precipitation, stormwater runoff, groundwater inflows, rivers and lakes as well as infrastructure related to supply and sanitation of drinking water supplies.

Intelligent water resources management involves a comprehensive system that includes reservoir safety monitoring, informatization of irrigation districts, metering and monitoring of water intake and usage, intelligent control of well irrigation, hydrological monitoring for small and medium rivers, early warning and monitoring of mountain flood disasters, groundwater monitoring, ecological flow monitoring and management, as well as soil moisture monitoring. This system addresses all aspects of critical areas such as flood and drought prevention, water resource conservation, efficient and safe utilization, optimal allocation of water resources, and the ecological protection and governance of rivers and lakes.

We leverage advanced technologies, including sensors, wireless communication modules, and intelligent control systems, to assist farmers in optimizing irrigation, fertilization, and pest/disease management through sophisticated data analysis. This approach not only enhances crop yields and quality but also enables real-time monitoring and intelligent control of the agricultural production environment. The solution spans multiple domains, such as greenhouse cultivation, field planting, orchard management, and livestock/poultry breeding, facilitating precise agricultural management. Furthermore, it optimizes resource allocation, reduces production costs, and elevates the intelligence and automation levels of agricultural operations.