3-1.  Smart Agriculture: Data-Driven and Autonomous Farming

By integrating advanced sensors, satellite monitoring, machine vision, and agricultural data platforms, modern farms can collect and analyze real-time data across crop production, livestock management, forestry, and aquaculture. These technologies enable farmers to monitor field conditions, optimize resource use, and improve productivity through intelligent decision-making.
In automated farming environments, centralized agricultural management platforms coordinate various types of connected equipment, including tractors, harvesters, irrigation systems, and monitoring devices. Through real-time data exchange and intelligent control systems, farm machinery can operate with greater precision, supporting efficient planting, harvesting, and irrigation processes.
As agricultural data platforms continue to evolve, digital farming technologies enable large-scale data collection and precise equipment coordination. These capabilities support real-time crop monitoring, predictive analytics, and automated field operations, helping farms improve productivity, reduce resource consumption, and move toward more sustainable and efficient agricultural practices.

3-2.   Smart Water Management & Water Infrastructure Safety Monitoring

Smart water management technologies are transforming modern water resource operations through digital monitoring and intelligent control systems.
Modern water infrastructure systems are increasingly relying on advanced sensing technologies, data analytics platforms, and intelligent monitoring solutions to improve water resource utilization, environmental protection, and infrastructure safety.
In reservoir management and flood control applications, connected monitoring networks collect real-time data on water levels, flow rates, and water quality conditions. When combined with meteorological data and predictive modeling technologies, these systems can support early warning mechanisms, simulate flood scenarios through digital modeling platforms, and optimize water discharge scheduling to improve emergency response efficiency.
For water infrastructure safety monitoring, intelligent sensing devices enable continuous measurement of structural conditions, including displacement, seepage, and stress deformation. Combined with satellite positioning and high-precision monitoring technologies, these systems can detect potential structural risks in critical infrastructure such as dams and levees, helping ensure long-term operational safety and reliability.
In agricultural irrigation management, digital water management platforms support precision irrigation by analyzing crop water demand through data-driven models and environmental monitoring systems. Automated water control systems help optimize irrigation efficiency, reduce water waste, and promote sustainable agricultural practices.
For water quality and rural drinking water safety management, smart sensor networks continuously monitor key indicators such as pH, turbidity, and dissolved oxygen concentration. Data is transmitted to centralized management platforms for real-time analysis, improving water treatment efficiency and ensuring safe drinking water supply systems.
In inspection and maintenance operations, intelligent drone systems and remote monitoring technologies support infrastructure inspection across large-scale water networks. These solutions provide high-definition real-time video monitoring while reducing safety risks associated with manual inspections.