Location: Jing’an District, Shanghai, China
Solution: Digital Signage, Intelligent Wayfinding, AI Interaction & Integrated Control System
Project Overview
In a busy urban transportation hub, clear directions and accessible information are essential to a smooth passenger journey. At Shanghai Railway Station in Jing’an District, Shanghai, ZEMSO's digital signage and intelligent wayfinding solution integrates directional signage, digital information displays, intelligent control, and AI-powered interaction to create a more connected public information environment.
As shown in the project photos, ZEMSO Digital Signage And Wayfinding provide visual guidance in the surrounding urban space, helping passengers identify directions and access location-based information, including nearby transport connections and public facilities.
Beyond conventional signage, the project incorporates intelligent path planning, a dual-mode redundant control architecture, open system interfaces, and AI-enabled services. Together, these technologies establish a flexible digital infrastructure designed to improve navigation, enhance information accessibility, and support more efficient system management.
1. Intelligent Wayfinding for a Better Passenger Experience
In complex transportation environments, passengers need to identify destinations quickly and make directional decisions with confidence. Traditional static signs can provide basic guidance, but they offer limited flexibility when users need more detailed or interactive information.
ZEMSO Group intelligent wayfinding solution combines clear directional signage with digital map displays and intelligent route-planning capabilities. High-speed positioning and route-planning functions support intuitive navigation, while a clear visual hierarchy helps users identify destinations and understand their available routes.
The system is designed to support navigation to relevant transportation connections, station entrances and exits, passenger facilities, and nearby public destinations, according to the information configured for the project.
Project impact: By making directional information easier to identify and understand, the solution can reduce navigation uncertainty, help passengers find their destinations more efficiently, and improve the usability of public spaces, particularly for visitors unfamiliar with the surrounding area.
2. AI-Powered Interaction and Digital Human Services
The project extends beyond traditional wayfinding through AI-enabled information services and interactive technologies.
By integrating large language models (LLMs), the system supports digital human question-and-answer applications through touchscreen and voice interaction. Passengers can communicate with the digital human using natural questions and receive relevant information through an accessible, interactive interface.
Additional AI capabilities include image analysis, text-to-speech (TTS), passenger flow statistics, and edge computing algorithms. These technologies provide a foundation for more intelligent information services and data-assisted operational management.
External API interfaces also enable the digital human application to connect with other service platforms and information resources, subject to system integration requirements.
3. Reliable Operation Through Dual-Mode Redundant Control
Reliable operation is essential for digital infrastructure deployed in busy public environments. To address this requirement, the system adopts a dual-mode redundancy design with intelligent switching between centralized control through the HC300 controller and autonomous control of key peripheral submodules.
Under normal conditions, the HC300 coordinates system operations. If a fault affects the centralized control mode, key peripheral submodules can switch to autonomous operation, helping maintain essential functions and reducing the risk of a single control failure interrupting the entire system.
The system also supports Over-the-Air (OTA) remote upgrades, allowing compatible software and system components to be updated remotely.
4. Open Interfaces for Seamless System Integration
Modern transportation in frastructure often involves multiple hardware devices, software platforms, and information services. Effective integration is therefore essential to building a connected passenger information system.
ZEMSO's solution provides standardized interfaces and security protocols to facilitate secure, stable integration with compatible third-party hardware and software.
Through open APIs and modular integration capabilities, the system can support connections with external applications and services according to project requirements. Its architecture also allows functions to be extended as information needs and operational priorities evolve.
Combined with AI applications, digital displays, and intelligent control, this integration capability creates a flexible foundation for future system development.
5. From Directional Signs to an Intelligent Urban Information Network
The Shanghai Railway Station project demonstrates how digital signage, intelligent wayfinding, AI interaction, and integrated control can work together to enhance public information services.
Its value extends beyond the physical installation of illuminated signs and digital displays. By combining visible, easy-to-understand guidance with interactive information access and a reliable technical architecture, the solution supports a more connected relationship between passengers, public spaces, and digital services.
These capabilities can contribute to a smoother passenger experience, more flexible information services, and a more maintainable digital infrastructure. Actual improvements in navigation time, inquiry volume, and operating efficiency would need to be confirmed through project-specific operational data.
ZEMSO: Connecting People, Places, and Smart City Services
ZEMSO specializes in smart city furniture and intelligent urban infrastructure, integrating design, technology, and system integration to support more connected public environments.
From intelligent wayfinding and digital signage to smart bus stops and other urban information solutions, ZEMSO helps cities improve how public information is delivered, accessed, and managed.
The Shanghai Railway Station project reflects this approach: combining practical navigation, AI-enabled interaction, reliable control, and open integration to support the evolution of traditional urban signage into a more intelligent public information service.
