Design and implementation of public transportation emergency command and assistance platform from the perspective of smart policing

Abstract

In view of the pain points faced by the current urban public transportation public security management, such as high security pressure of large-scale activities, lagging police response, and insufficient integration of multi-source data, this paper designs and implements a public transportation emergency command and assistance platform. The system adopts Spring Boot + Vue.js front-end and back-end separation architecture, integrating five core modules: vehicle scheduling, route optimization, passenger feedback, real-time monitoring and data analysis. On this basis, from the perspective of smart policing, the adaptation design of the system in scenarios such as security emergency vehicle scheduling for large-scale activities, public security risk investigation of passenger feedback data, real-time monitoring and linkage with public security command center is studied. At the same time, ideas for expanding police functions such as early warning of key personnel and one-click alarm linkage are proposed. Practice shows that the platform can effectively improve the informatization and intelligence level of public transportation security work, and provide technical support for the construction of an integrated police mechanism of "emotion, guidance, and action".