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Full-Domain Seamless Multi-Dimensional Sensing System
Relying on the "space-air-ground-sea" integrated multi-dimensional monitoring network, it realizes all-weather and full-region monitoring of water conservancy projects and water area ecology, completely eliminates supervision blind spots, and ensures the completeness of water regime, rainfall regime, and project status information.
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AI-Driven Cloud-Edge Collaborative Processing Engine
Integrating operators such as water body classification, target recognition, and anomaly detection based on deep learning, the cloud platform conducts overall scheduling of constellation resources. On-satellite processing reduces the load on ground stations and improves processing efficiency, realizing rapid response and load balancing under high-frequency observation.
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Business Closed-Loop Collaborative Application Services
Deeply integrate perception, transmission, analysis with core water conservancy businesses to form a closed loop of "perception-early warning-decision-making-dispatching-feedback". This greatly improves the collaborative efficiency of risk early warning and disposal response, and realizes the visible, knowable, controllable, and predictable smart water conservancy.
Relying on the iCNR satellite capability, a "space-air-ground-sea integrated water conservancy monitoring service system" is built to realize full-domain, all-weather, real-time perception and intelligent analysis of multi-dimensional water conservancy elements. Through high-frequency satellite remote sensing observation, low-orbit communication link support, and Beidou high-precision navigation augmentation, it integrates drones, water surface intelligent buoys, ground water regime monitoring stations and shore-based video terminals to form a collaborative monitoring network for air patrol, ground measurement, water surface perception, and sea area early warning. The system fully covers key water conservancy units such as floods and droughts, reservoir dams, river and lake embankments, irrigation channels, and seawall pumps and sluices, supports disaster early warning, facility supervision, emergency command and scientific dispatching, and creates a smart water conservancy monitoring pattern with full perception, fast response and strong linkage.
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Early Warning and Management for River Embankment Piping Monitoring
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Comprehensive Management of Water Conservancy Resources