This function is applied to the daily startup and shutdown procedures of rail transit operations. By setting a timetable on the ZTRS Smart Station Digital Operations Management Platform, the station's opening and closing processes (including property management areas) are automated. This involves remote control of relevant systems and equipment, including lighting, entrance roller shutters, escalators, elevators, passenger information displays, the public address system, and video surveillance s

This is an assisted patrol technology that combines 3D models with real-world video. It uses a 3D model of the station to create a high-fidelity replica of the building's structure and its equipment. By extracting data from systems and devices and integrating it with digital twin technology, it enables a "video patrol" function, improving patrol efficiency and reducing labor output.

In accordance with rail transit security and monitoring management requirements, this is a layered, distributed, computer-integrated system. It provides automated management and monitoring of access control, video surveillance, security screening, perimeter alarm, and electronic patrol systems through a unified communication platform and management software. The intelligent security system can establish various automated modes based on predefined response strategies and the characteristics of ac

Through remote collection of data for water, electricity, temperature, humidity, and air quality, the system can visualize this information. Furthermore, it can categorize, aggregate, and analyze energy data to provide statistical insights into the station's energy consumption. This can be assessed from different perspectives—such as per station, per capita, or per square meter—and includes metrics like non-traction energy consumption (lighting, HVAC, escalators), line traction power consumption

For known emergency scenarios, contingency plans are pre-configured, including the personnel, departments, and equipment involved. When a scenario like an equipment failure or a sudden incident is identified, it is activated by set triggers (e.g., event-based, time-based, or manual). This initiates a coordinated response, activating relevant equipment to perform preset actions and guiding station personnel in handling the emergency or incident.

Utilizing cutting-edge deep learning technology, the system automatically extracts abstract features from images, speech, and text, providing stronger generalization capabilities. It can be applied to multiple scenarios, helping staff to promptly identify security risks and quickly understand the situation on-site.

Introducing an X-ray Intelligent Security Screening information solution based on AI and big data technology. By applying deep learning to massive volumes of X-ray security images, this solution addresses a series of problems inherent in existing security screening models. These include frequent missed detections in manual screening, inaccurate identification rates, difficulty in supervising security personnel, inefficient information workflows, and the prevalence of security information silos.

The integrated release system is a unified platform for passenger information services, passenger interaction, multimedia content publishing, broadcasting control, and management. Through integration with existing systems, it enables effective data acquisition and consolidation. Combined with the operational needs of the metro, it facilitates the publishing of valuable information, provides interactive services, and enables coordinated station emergency and safety responses. The system is design

Intelligent Unmanned Customer Service utilizes artificial intelligence and automation technologies to provide self-service and online support. Relying on stable network connectivity and powerful computing capabilities, it achieves the goals of reducing the workload of operations staff, lowering labor costs, and improving work efficiency. Through an intuitive and easy-to-use user interface, it allows users to easily ask questions and receive answers, ensuring a smooth inquiry process. Intelligent

Based on the asset ledger, this solution utilizes technologies like BIM (Building Information Modeling) and GIS (Geographic Information System) to digitize assets such as lines, stations, tunnels, and bridges. Concurrently, it employs the Internet of Things (IoT), cameras, and automated monitoring to collect, extract, clean, transform, and analyze the properties, status, and location information of various assets. This process builds a digital twin of the assets, providing a comprehensive, real-

The AIOps System collects, aggregates, analyzes, displays, stores, and prints data such as the operational status, alarms, logs, and performance of all equipment. Leveraging computer networking and high-speed data processing, it provides centralized monitoring, early warnings, and alarm management for all equipment. Equipment status and alarm information are centrally displayed on alarm devices and mobile terminals. This allows authorized maintenance personnel to log in locally or remotely, enab

Integrated with the Intelligent O&M system, maintenance work orders are sent directly to the mobile terminals of O&M personnel. Technicians can then perform professional maintenance and repair operations, guided by their experience and the system's knowledge base. After completing the task, the results are sent back to the system, creating a closed-loop process for the entire fault repair cycle.