MQTT

MQTT (Part 4): Secure Communication Between Devices

Ensuring secure communication between devices is crucial when working with MQTT. In the previous parts of this MQTT series, you set up communication between two ESP8266 devices and exchanged sensor data. However, security measures were not yet implemented. Without proper security, an unauthorized user could intercept your data or disrupt your system. This tutorial will…
MQTT (Part 3): Sending and Receiving Data

In the previous part, you learned about the MQTT broker and how to set it up with Mosquitto on a Raspberry Pi. Now, it’s time to establish communication between devices. In this tutorial, you will learn how to send data from an ESP8266 to the broker and how another ESP8266 can subscribe to this data…
MQTT (Part 2): Setting Up an MQTT Broker on the Raspberry Pi

In the previous part, you learned the basics of MQTT. Now, we dive deeper into the central element of any MQTT application: the broker. In this tutorial, you will learn how to set up an MQTT broker on your Raspberry Pi using Mosquitto. What is an MQTT Broker? An MQTT broker is the heart of…
MQTT (Part 1): Introduction

This tutorial series is all about MQTT – the messaging protocol that is excellent for exchanging data between devices. Imagine you want to monitor the temperature in your greenhouse. To do this, you install temperature sensors that send their readings via MQTT to a central broker. The broker then distributes the data to all “interested”…

MQTT – The Powerful Communication Protocol for the Internet of Things

MQTT (Message Queuing Telemetry Transport) is one of the most popular protocols for efficient communication between connected devices. Designed specifically for IoT applications (Internet of Things), it enables fast, reliable, and resource-efficient data exchange between sensors, microcontrollers, and cloud services. Its publish-subscribe architecture allows for seamless data transfer with minimal bandwidth consumption, making it an excellent choice for embedded systems and remote applications.

Why Use MQTT?

Lightweight & Efficient – Ideal for devices with limited processing power and low bandwidth networks.

Reliable – Supports different QoS levels for secure and consistent data transmission.

Scalable – Suitable for small DIY projects, industrial automation, and large-scale IoT networks.

Flexible – Works with ESP8266, ESP32, Raspberry Pi, Arduino, and many other platforms.

Cross-Platform Compatibility – Supports multiple programming languages and cloud services, including AWS IoT, Google Cloud IoT, and Microsoft Azure IoT Hub.

Low Power Consumption – Designed for energy-efficient applications, making it ideal for battery-operated devices.

MQTT Tutorials and Guides

In our MQTT category, you will find detailed guides to help you understand and integrate MQTT into your projects:

Introduction to MQTT – Learn the basics, how MQTT works, and its key advantages.

Setting Up an MQTT Broker on a Raspberry Pi – Step-by-step guide to installing and configuring Mosquitto.

Sending and Receiving Data – Establish communication between ESP8266/ESP32 and the broker, with practical examples.

Secure Communication with MQTT – Implement encryption, authentication, and best security practices for your MQTT connections.

Whether you’re just starting with IoT or looking to take your projects to the next level, this is your go-to resource for successful MQTT integration. With our in-depth tutorials and practical examples, you can build robust, scalable, and secure IoT applications tailored to your needs!

MQTT

MQTT (Part 4): Secure Communication Between Devices

MQTT (Part 3): Sending and Receiving Data

MQTT (Part 2): Setting Up an MQTT Broker on the Raspberry Pi

MQTT (Part 1): Introduction

MQTT – The Powerful Communication Protocol for the Internet of Things

Why Use MQTT?

MQTT Tutorials and Guides