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In the landscape of 2026, the global automotive and industrial equipment sectors are undergoing a profound transformation. As urban centers become more densely populated and enterprises strive for greater operational efficiency, the demand for space-saving, intelligent machinery has reached an all-time high. 

From June 4 to 6, 2025, the 25th China International Urban Parking Industry Expo was grandly held at the China International Exhibition Center in Beijing. As a landmark event in the global smart parking industry, the expo aims to promote the innovation and application of smart parking technologies while accelerating the advancement of smart city development. By building a world-class platform integrating exhibition, communication, and cooperation, it gathered leading enterprises, experts, scholars, and industry elites in the smart parking sector to jointly explore the latest industry trends and cutting-edge technologies.

Since its market launch in 2022, Desiree’s independently developed 4-Way Shuttle Intelligent Warehousing System has been successfully deployed in over 30 intelligent automated warehouse projects, serving renowned clients such as COFCO Group, Qingdao Impulse Fitness Co., Ltd., and Haier Group. In 2024, this innovative product was awarded the "Shandong Provincial First Set of Technical Equipment" certification, solidifying its leading technical position in China.

In 2023, Desiree independently developed an upgraded 3D Simulation Monitoring System, specifically tailored for the warehousing and logistics sector. Boasting comprehensive equipment modules and diverse operational modes, the system delivers highly realistic simulation effects. It constructs a full-scenario intelligent 3D monitoring framework, converting physical equipment, materials, and events into high-precision digital models that are displayed in the 3D system with authenticity, intuitiveness, and efficiency—achieving complete digital intelligent visualization.A key advantage lies in its real-time equipment status visibility: the operational status of each individual device is dynamically reflected in the system. When a device malfunctions, the system instantly pinpoints the fault location and displays detailed error information, enabling rapid troubleshooting.