🠄 Back to solutions

MQTT Web Interface

A lightweight, open-source web application for real-time visualization and management of MQTT message flows.

Description

The MQTT Web Interface is a lightweight, open-source web application designed for real-time visualization of MQTT message flows. It provides an intuitive interface to monitor MQTT topics, publish messages, and view key statistics such as connection counts, topic counts, and message counts. The application features an interactive network graph to display topic relationships and is easily deployable via Docker. A debug bar is included for enhanced developer insights, and configuration options support both development and production environments. The project is actively maintained and welcomes community contributions.

Features

The MQTT Web Interface offers real-time visualization of MQTT topic hierarchies, enabling users to monitor message flows dynamically. It supports publishing messages to any MQTT topic within the visualized network. The application displays key message statistics, providing a summary of the overall MQTT activity. An interactive network graph helps users visualize the relationships between topics. The application is packaged as a Docker image, facilitating easy deployment and portability across different systems. A Debug Bar is provided for enhanced debugging capabilities and developer support. Configuration is highly flexible, accommodating development and production needs.

Benefits

Real-time monitoring of MQTT data provides immediate insights into system behavior. The intuitive web interface simplifies the process of monitoring and interacting with MQTT brokers, even for users unfamiliar with MQTT protocols. The interactive network graph allows for quick identification of message flows and potential bottlenecks. Docker support simplifies deployment and ensures consistent environments across different setups. The debug bar and development-focused features streamline troubleshooting and development cycles. Open-source nature allows for community-driven improvements and adaptations.

Links

Details