Research on Urban Smart Water Management System Based on the Internet of Things

With the continuous promotion of urban water management construction, the problem of insufficient integration of digital construction with business and management is becoming increasingly prominent. In response to the uneven digital construction of various business sectors, this article proposes a design of urban smart water management system based on the Internet of Things. It adopts a modular and structured design method, selecting JDK1.8.0 as the development environment, using IIS for the web server, based on the B/S architecture, MySQL for the database, MyBatis for the persistence framework, and Redis for the data caching mechanism. The system adopts front-end and back-end separation technology, with JS, CSS, and HTML technologies used in the front-end, and the Spring Boot framework used in the server to implement various functional modules of the system. The system has implemented functional modules such as smart customer service, smart production service, and smart business service. This study conducted corresponding testing and analysis on the operation effect of the system. In terms of water supply, the system reduced pipeline leakage and controlled the leakage rate within 6%. In terms of drainage, the system assisted in digital inspection and operation, reducing the inspection error rate by 93%.