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  • SIoT

    • SIoT

    SIoT is a lightweight, cross-platform, and open-source MQTT server specifically designed for STEM and IoT education. Compatible with Windows, macOS, Linux, and the UNIHIKER hardware ecosystem, it provides an easy-to-deploy local server environment that eliminates the complex setup of standard MQTT brokers. SIoT focuses on helping students, educators, and beginners grasp the core principles of the Internet of Things, facilitating seamless real-time data exchange and remote control across various hardware devices (such as UNIHIKER M10/K10, Arduino, micro:bit). This Wiki provides complete installation guides, dual-version console administration guides, and rich Python/graphical programming examples to empower creative smart home, agricultural monitoring, and interactive classroom projects.
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    SIoT Introduction

    This document serves as the official homepage and overview of the SIoT IoT Platform User Guide. It covers the document's scope, the basic concepts and working principles of SIoT (acting as a local area network message broker), and its unique advantages in educational scenarios, such as quick startup and a low entry barrier. It also details the supported operating systems, controller hardware (such as Unihiker, micro:bit, Arduino, and Handbit), and the default connection parameters (MQTT port 1883, Web port 8080, default credentials, etc.) required for initial setup and testing.
    SIoT Software Download and DeploymentNew

    This document primarily describes how to download the appropriate SIoT software package for your operating system and successfully start and deploy the SIoT server on a Windows computer or a Unihiker M10.
    Logging in and Accessing the Web Administration ConsoleNew

    Once the SIoT service is started successfully, users can log in to the Web Administration Console through a browser on a computer, mobile phone, tablet, or other devices to view Topics, send control commands, and manage historical databases. Depending on the hardware environment where your SIoT server is deployed, the common methods for access and login are as follows
    IoT Messaging Communication Based on Mind+ Real-Time ModeNew

    This article introduces how to use Mind+ Real-time Mode and SIoT V2 to conduct a very low-barrier "two-way message communication" experiment, completing your first "data upload + remote reverse control" workflow.
    Introduction to the SIoT V1 Web Interface

    This document introduces in detail the structure, project/device organizational framework, historical message chart display, data export, and `->` instruction-only message sending rules of the SIoT V1 Web Administration Console.
    Introduction to the SIoT V2 Web InterfaceNew

    This document provides a detailed introduction to the modern Web page structure of SIoT V2. Compared to version V1, V2 significantly streamlines system hierarchy, adopting a flat design concept of "direct data flow control and analysis via Topic", making operations more compact and efficient.
    Smart Agriculture IoT System with UNIHIKER M10 and SIoT V1

    Explore Smart Agriculture with UNIHIKER M10 - activate SIoT, connect sensors, relay, and pump via Python. Learn IoT, MQTT, and platform integration. Enhance your garden with automated watering and soil monitoring. Discover more in the complete tutorial.
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