Design and Implementation of IoT Module Monitoring System Based on WeChat Mini Program

【目的】为提升物联网设备远程监测的便捷性与实时性,解决传统监测系统依赖专用客户端、操作复杂的问题。【方法】本研究基于微信小程序生态,结合B/S架构、Java微服务及MySQL数据库,设计并实现了一种轻量级物联网模块监测系统。【结果】系统包含用户认证、设备管理、实时数据可视化及异常预警四大核心模块,支持微信授权登录、设备二维码绑定、多协议数据采集及历史数据回溯功能。【结论】系统能够实时查看物联网模块运行状态,可为工业设备监控、智慧农业等场景提供高效的远程监测解决方案。[Purpose] In order to improve the convenience and real-time monitoring of IoT devices and solve the problems of traditional monitoring systems relying on dedicated clients and complex operations. [Method] This study is based on the WeChat mini program ecosystem, combined with B/S architecture, Java microservices, and MySQL database, to design and implement a lightweight IoT module monitoring system. [Result] The system includes four core modules: user authentication, device management, real-time data visualization, and abnormal warning. It supports WeChat authorization login, device QR code binding, multi protocol data collection, and historical data tracing functions. [Conclusion] The system is capable of real-time monitoring of the operational status of IoT modules, providing efficient remote monitoring solutions for industrial equipment monitoring, smart agriculture, and other scenarios.

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Publication Details

Journal
Hans Journal of Wireless Communications
Published
2025-01-01
DOI
https://doi.org/10.12677/hjwc.2025.154010
Primary Topic
Wireless Sensor Networks and IoT
Type
article
Field-Weighted Citation Impact
0.00
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article

Design and Implementation of IoT Module Monitoring System Based on WeChat Mini Program

锦瑜 韦
1 links
Hans Journal of Wireless Communications
Wireless Sensor Networks and IoT
article

Design and Implementation of IoT Module Monitoring System Based on WeChat Mini Program

锦瑜 韦
article en

Abstract

【目的】为提升物联网设备远程监测的便捷性与实时性,解决传统监测系统依赖专用客户端、操作复杂的问题。【方法】本研究基于微信小程序生态,结合B/S架构、Java微服务及MySQL数据库,设计并实现了一种轻量级物联网模块监测系统。【结果】系统包含用户认证、设备管理、实时数据可视化及异常预警四大核心模块,支持微信授权登录、设备二维码绑定、多协议数据采集及历史数据回溯功能。【结论】系统能够实时查看物联网模块运行状态,可为工业设备监控、智慧农业等场景提供高效的远程监测解决方案。[Purpose] In order to improve the convenience and real-time monitoring of IoT devices and solve the problems of traditional monitoring systems relying on dedicated clients and complex operations. [Method] This study is based on the WeChat mini program ecosystem, combined with B/S architecture, Java microservices, and MySQL database, to design and implement a lightweight IoT module monitoring system. [Result] The system includes four core modules: user authentication, device management, real-time data visualization, and abnormal warning. It supports WeChat authorization login, device QR code binding, multi protocol data collection, and historical data tracing functions. [Conclusion] The system is capable of real-time monitoring of the operational status of IoT modules, providing efficient remote monitoring solutions for industrial equipment monitoring, smart agriculture, and other scenarios.

Hans Journal of Wireless CommunicationsVol. 15(04)
Openalex Percentile: Top 78%
Wireless Sensor Networks and IoT
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Design and Implementation of IoT Module Monitoring System Based on WeChat Mini Program — 锦瑜 韦 · Hans Journal of Wireless Communications (2025) | TGRS Research Map | TGRS