By real-time monitoring and data analytics, the system delivers intelligent decision-making packages to customers, helping boost both operational efficiency and reliability of the equipment concerned.

By monitoring the power consumption and operating status of on-board equipment, the system provides high-speed rail operators with the data needed to improve energy-saving and emission-reduction performance of trainsets.

Leveraging remote video technology and an electronic map, the system centrally monitors security conditions in the target areas and supplies managers with the data needed for analysis and decision-making.

The system integrates an urban rail-transit carrying-load evaluation methodology. By collecting data at three levels—station, line and network—it selects indicators such as load factor and occupancy rate that reflect supply-and-demand conditions, builds a hierarchical load-assessment index system, and thereby assists operators in optimizing carrying capacity.

Leveraging 3D smart-city-rail visualization, the system spans every business process of urban rail, feeds integrated data to operators, and supports refined management to boost operational safety and service efficiency.

The system offers a way to cut energy losses, reduce consumption and lower electricity costs under low-load operating conditions.

By acquiring and supervising rail-transit power data, the system performs remote, real-time control, monitoring and measurement of all substations and overhead-line equipment along the entire line, enabling quick and concise handling of any abnormal event

The system collects railway-related operational data and employs artificial intelligence and big-data technologies to provide managers with real-time monitoring, data analytics, and fault-prediction capabilities for railway equipment and train running sta

Integrating digital twin and other cutting-edge information technologies, the system generates interactive digital-visual outputs for end users, enabling them to boost operational efficiency, safety and passenger experience across the rail-transit network

Integrating advanced power electronics with intelligent management algorithms, the system delivers high-efficiency power governance that cuts energy use and boosts overall stability and reliability.

By deploying compute, storage and network services at the edge—right beside data sources or end-users—the system slashes latency, saves bandwidth and accelerates response while strengthening data security and privacy, enabling intelligent management and control of rail transit.