An open-source MQTT-based dashboard visualization tool for IoT, supporting MQTT 5.0 and easy dashboard sharing.
MQTTTiles is an open-source dashboard visualization tool built on MQTT for IoT applications. It allows users to create, customize, and share dashboards that display real-time data from MQTT brokers, supporting both MQTT 5.0 and 3.1.X protocols. The tool solves the need for a lightweight, web-based interface to monitor and interact with IoT devices without proprietary software.
IoT developers, system integrators, and hobbyists who need to visualize MQTT data streams in real-time dashboards. It's ideal for those deploying IoT solutions and requiring a flexible, self-hosted dashboard tool.
Developers choose MQTTTiles for its full MQTT 5.0 support, ease of sharing dashboards, and ability to connect to multiple brokers. Its open-source nature and compatibility with any WSS-supporting broker offer a cost-effective alternative to commercial IoT dashboard platforms.
Open-source MQTT-based IoT dashboard visualization tool. Has full MQTT 5.0 support. Allows easy dashboards sharing. Works with any MQTT broker supporting the WSS protocol.
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Compatible with MQTT 5.0 and 3.1.X protocols, enabling advanced features like session expiry and user properties for robust IoT communication, as detailed in the clientSettings structure.
Allows connections to multiple MQTT brokers simultaneously, aggregating data from diverse IoT sources into a single dashboard, which is ideal for complex monitoring scenarios.
Dashboards can be shared via retain messages on the broker or saved in browser cache, facilitating easy collaboration and persistence without external servers.
Supports multiple subscribe widgets to visualize different data streams in one interface, offering adaptability for various IoT monitoring needs, though customization requires code changes.
Built entirely on Vue.js and Quasar, making it unsuitable for projects using other frontend frameworks and adding setup complexity, as evidenced by the prerequisite list and integration steps.
The README focuses on basic setup but lacks detailed guides on widget customization, advanced MQTT features, or troubleshooting, which could hinder development for complex use cases.
As a browser-based tool, it may struggle with high-volume IoT deployments where thousands of devices send frequent MQTT messages, lacking built-in data aggregation or performance optimizations.