Book Image

Building Smart Home Automation Solutions with Home Assistant

By : Marco Carvalho
5 (1)
Book Image

Building Smart Home Automation Solutions with Home Assistant

5 (1)
By: Marco Carvalho

Overview of this book

Picture a home where you can adjust the lighting based on the time of day or when movement is detected. In this same home, you can also detect when a door is unexpectedly opened or an alarm is triggered in response to any suspicious activity. Such automated devices form part of a smart home, and the exciting part is that this book teaches you how to create and manage these devices all by yourself. This book helps you create your own ecosystem to automate your home using Home Assistant software. You’ll begin by understanding the components of a home automation system and learn how to create, hack, and configure them to operate seamlessly. Then, you'll set up Home Assistant on a Raspberry Pi to work as a home automation server, build your own IoT sensors based on ESP32/ESP8266, and set up real-life automation use cases using hands-on examples and projects. The chapters will also guide you in using software tools such as Node-RED, InfluxDB, and Grafana to manage, present, and use data collected from your Home Automation devices. Finally, you’ll gain insights into new technologies and trends in the home automation space to help you continue with your learning journey. By the end of this book, you’ll be able to build your own creative, IoT-based home automation system using different hardware and software technologies.
Table of Contents (19 chapters)
1
Part 1: Introduction to Home Assistant – Installation and Configuration
4
Part 2: Install, Create, and Hack Sensors and Actuators
7
Part 3: Automations, Customizations, and Integrations Using Home Assistant
10
Part 4: Expanding Home Assistant’s Capabilities
13
Part 5: Learn by Doing and Future Trends

Creating and configuring the five-zone temperature sensors and the ESP32 module-based temperature hub

What we will need to do to create the hardware and software ecosystem presented in the last section, and Figures 10.1 and 10.4, is add the Bluetooth temperature sensors and the temperature hub hardware devices and set up the software on them. The Bluetooth thermometers are battery-powered and come with an adhesive sticker, so you can glue them to any room of your home. I have these sensors spread apart in distances varying from 5 to 13 meters. The ESP32 module will just be connected to the power supply, so you can connect it using a USB type A to micro USB type B cable, connected to a USB power adapter, or follow my approach by connecting it to Raspberry Pi, as shown in Figure 1.8 in Chapter 1.

In the following subsections, I will guide you on how to upload and configure the software for the Mi thermometers and also how to install the Tasmota variant in the ESP32 communication...