Udemy – Mastering the MQTT protocol. Beginner and Advanced Guide 2021-7 – Download

Descriptions

Mastering the MQTT protocol. A guide for beginners and advanced. In this course, you will learn about MQTT, from basic concepts to configuration, security, and real-time implementation of the MQTT protocol with various examples. The course begins with an introduction to MQTT, which includes the what, why and where of using the MQTT protocol, as well as comparisons with other protocols. The course then explains how MQTT benefits the Internet of Things. The course then moves on to MOSQUITTO MQTT BROKER which is one of the standard MQTT broker tools available and teaches how to install and test on a variety of platforms including Windows/Linux/Mac OS X and Raspberry pi 3. Later you will learn Mosquitto Pub/Sub Commands for connections with the broker, which include various parameters. After this, we will examine the configuration file and enable MQTT websockets, Auth and ACL.

The course then covers the WeMos D1 Mini (ESP8266 based board), which is a low-cost Wi-Fi module that can be programmed using the Arduino IDE. The course then demonstrates two projects using the MQTT protocol with a WeMos D1 Mini (ESP8266 based board) and a Raspberry PI. The projects are designed to demonstrate potential use cases for the MQTT protocol and the WeMos D1 Mini module (ESP8266 based board) so that you can create your own projects. As you complete your projects and course, you can freely voice your concerns on the Udemy discussion forum. You will receive a response within one business day. Thanks and happy learning.

What will you learn

Students will learn about the MQTT protocol. What, why and where?
Installing MQTT Broker on Windows/Linux/Mac OS
Mosquitto client Pub/Sub commands with different parameters
Moskito Configuration
Enabling Mosquitto Broker websockets
ACL and authentication for secure communication device with broker
Real-time projects that include temperature and humidity sensor data sent from a device to a web application
Controlling device drives via web application