Integrated monitoring of space, sky, and earth refers to the use of remote sensing technology, combined with ground monitoring equipment and data, to achieve the acquisition and analysis of comprehensive, multi-scale, and multi-source data on the Earth's surface.
 

The integrated monitoring of smart water management involves various sensors and devices, including remote sensing sensors, water quality sensors, water level sensors, and ground monitoring equipment. These sensors and devices together form the integrated air ground monitoring network of smart water management.

Application area
1: By integrating different sensors and data sources, water resources management can provide high-resolution and wide coverage environmental information, help water conservancy departments and decision-makers better understand and manage water resources, and achieve sustainable use of water resources.
2: Water quality sensors installed in rivers, lakes, or pipeline networks are used to monitor key water quality indicators such as pH, dissolved oxygen, turbidity, temperature, and ammonia nitrogen in real-time, ensuring water quality safety.
3: Flood risk assessment utilizes satellite remote sensing to regularly obtain large-scale and fully covered water image data, combined with; Blue Water Sentinel; Underground monitoring equipment such as pipeline network monitoring provides data support for urban waterlogging, flood warning, and flood risk assessment. In smart water management, the integration of air, space, and ground monitoring can support intelligent water management systems, achieve functions such as water metering, remote monitoring, and intelligent water management, and improve the efficiency and quality of water management.

Product advantages
1: The integrated monitoring of air, space, and earth has the advantages of wide coverage, high data accuracy, and fast monitoring frequency, which can achieve comprehensive, real-time, and dynamic monitoring of water resources.
2: By combining data mining, data fusion and other technologies, more valuable information can be extracted to provide more accurate data support for smart water management.
3: The prospect is broad, and in the future, smart water management will pay more attention to data integration and fusion, efficient data processing and analysis, and intelligent decision support system construction. Products can better serve water resource management and protection.