For river and lake ecology, hydrological stations, modern irrigation districts and small-to-medium reservoirs: real-time image monitoring plus water-level, flow and water-quality sensors rapidly detect conditions and provide key evidence for enforcement — true smart water management.
The Ministry of Water Resources has set the path — digital scenarios, intelligent simulation and precise decision-making — advancing data, algorithms and computing power to build a smart water system with forecasting, early warning, rehearsal and contingency capabilities.
Basic completion of water informatics applications supporting "shoring up shortcomings, strengthening supervision".
Basic completion of intelligent applications resolving new contradictions in water reform and development.
Water AI applications fully enter a new era; a modern water governance system and capability largely realized.
Data handling still relies on manual reporting, manual queries and manual hazard judgment, lacking AI-based recognition and analysis.
The sector involves rainfall, evaporation, flow velocity and rate, water level and visual data — sensing networks remain incomplete with insufficient coverage and collection.
Most systems were built in silos, creating fragmentation and mutual isolation — effective flow and sharing of information resources is hard to achieve.
Most applications still focus on data collection and display — single-function, without business logic matched to industry needs.
Built on cloud infrastructure (private / public / hybrid), spanning internet, government extranet and dedicated video networks.
Front-end devices: radar, HD cameras, integrated barriers, face-recognition access, solar power systems.
Water-gauge, outfall-detection, water-color, flow-velocity and flow-rate models, plus model libraries for garbage dumping, floating debris, water levels and illegal sand mining.
AR live monitoring, video surveillance, smart perimeter, vehicle entrance control, personnel supervision and O&M systems.
Data-visualization command center: alert trend analysis, alert counts by site, high-frequency site analysis, statistics and reports.
From video sensing and smart perimeter to AI algorithms, sensor collection, solar power and command dispatch — deliverable as a whole or combined as needed.
Covers reservoirs, rivers, pump houses and irrigation districts. Replaces manual patrols at scale with 24-hour all-around video monitoring — predictable, traceable.
Boundary and intrusion detection deployed at key rivers, reservoirs and machine rooms; anyone entering a defined zone triggers alarms, snapshots and platform upload.
Raises sector intelligence and supports decision-making.
Telemetry terminals with rich RS485, analog, RJ45, DO and DI interfaces — remote sensor collection plus remote device control, supporting 4G and BeiDou.
Water sites are often remote, off-grid and off-network; solar systems keep equipment running, with grid power as backup where available.
Smart water command centers with LED / LCD video walls, data visualization and distributed KVM — panoramic display and full-element data fusion.
Seamless integration of the Ministry of Water Resources with 24 units including the Songliao, Pearl and Taihu basin authorities — interconnected video data, mobile access and single sign-on with the water one-map.
Thermal cameras, high-point PTZs and 30 face/vehicle checkpoints monitor the 180 km² reservoir around the clock with fire-spot alerts; 8 command centers with 92 LCD video-wall panels.
600 starlight cameras cover the whole basin with intrusion analysis and linked alarms; UNP and wireless transmission solve the cabling challenge.
Dual-spectrum thermal PTZs, vehicle structuring, face capture and starlight dome coverage; "Kunlun" AI servers analyze behavior, with loudspeaker-linked eviction of fishing and swimming.
HD monitoring cameras at main and branch canals track equipment status in real time; an LED visualization wall at the command center keeps the whole district in view.
Front-end HD infrared cameras capture water gauges; an edge-computing box recognizes gauge readings and uploads to the command center, tracking river levels in real time to support decisions.
ISAIGU delivers end to end — sensors, RTUs, AI algorithms and command centers — with solution design and technical support.
