GPS logistics tracking and monitoring platform architecture

　　The GPS tracking monitoring application integrates GPS, GIS, GPRS and other communication and information technologies. The system architecture of the platform is shown in the schematic diagram.

　　Among them, the hardware of the operator-side GPS logistics tracking monitoring platform includes electronic large screen, sound and light alarm, communication server (for communication connection with vehicle terminal), database server, application server, call center equipment, etc.; software includes monitoring software , electronic map, call center software, etc.

　　The monitoring center at the logistics enterprise side includes client monitoring software and broadband, and customers connect to the platform through broadband Internet access; the vehicle terminal includes GPS vehicle module, SIM card, vehicle display, etc.

　　The communication network includes broadband and wireless communication: the customer monitoring center and the operator platform are connected through broadband; the vehicle terminal and the communication server of the operator platform are connected through CDMA/GPRS and other means to realize information exchange.

　　Increase value for customers

　　Logistics tracking monitoring adopts ASP mode, the platform is deployed on the telecommunications end, logistics enterprise customers do not need to invest in the construction and maintenance of expensive GPS, GIS, monitoring software, database and other software, as well as computer rooms and related equipment, servers, storage, backup equipment, routers and other hardware . Specifically, it has the following advantages:

　　cut costs. Real-time monitoring of vehicle location, status and driving route can reduce fuel consumption, control driving route and time, prevent drivers from taking detours, carrying cargo and stealing fuel without permission.

　　Strengthen safety management. Monitor and ensure the safety of vehicles, drivers and goods, alarm and handle abnormal and unexpected situations and remotely control vehicles (such as cutting off oil circuits, circuits, etc.); give warnings to dangerous situations such as speeding and fatigue driving and carry out mandatory processing.

　　Improve resource utilization. Through real-time monitoring and scheduling of vehicles, the vehicles flowing in different places become transparent and controllable, and the utilization rate of vehicles is improved.

　　Improve customer service levels. Provide value-added services for logistics company partners and customers, and provide real-time monitoring and query of logistics vehicle location, cargo handover time, vehicle status and other information, which can significantly improve customer service quality and customer satisfaction.

　　From the perspective of macro development trend, the application of logistics tracking and monitoring will be one of the hot spots in the logistics industry in the next few years, with a relatively broad market space. Telecom operators have good basic service capabilities in this field, and the products they provide can be used for The logistics industry provides a strong informatization guarantee, which is one of the important driving forces to promote the development of this application.

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