
Advanced Smart Home Automation Solutions with Home Assistant: Elevate your home automation system with AI, Zigbee, MQTT, ESPHome, and Golioth
Author(s): Marco Carvalho (Author)
- Publisher: Packt Publishing
- Publication Date: 30 Sept. 2026
- Language: English
- Print length: 271 pages
- ISBN-10: 1806384698
- ISBN-13: 9781806384693
Book Description
Build scalable, secure IoT devices for your home automation system using advanced tools, protocols, and frameworks
Free with your book: DRM-free PDF version + access to Packt's next-gen Reader*
Key Features
- Master automation logic using YAML, Jinja2, Node-RED, and scripting in Home Assistant
- Build custom ESP32 IoT devices, sensors, GPS modules, and cameras with ESPHome and MQTT
- Secure and expand your smart home network using Zigbee, Golioth, and other best practices
Book Description
Advanced smart home setups often require more than standard configurations to achieve performance, security, and flexibility. This book helps electronics engineers and advanced home automation enthusiasts extend Home Assistant with deeper control over devices, networks, and integrations.
You’ll begin with performance tuning and advanced YAML and Jinja2 configurations, then move on to secure network design using Zigbee and cloud integration with Golioth. You’ll build custom IoT devices with ESPHome, use MQTT for communication, and develop ESP32-based touchscreen displays and camera systems.
By the end of this book, you will also have covered advanced automation patterns using Node-RED and AppDaemon, along with AI-driven techniques to analyse user behaviour and optimize automation workflows. Written by an expert with over 25 years of experience, this book provides practical methods to design, secure, and scale modern smart home systems.
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What you will learn
- Implement complex YAML and Jinja2 automations in Home Assistant
- Secure your home network using VLANs, segmentation, and firewall rules
- Deploy and manage Zigbee networks with Zigbee2MQTT and ZHA
- Develop custom ESPHome firmware for sensors and touchscreen displays
- Use MQTT tools to build and test device communication flows
- Integrate cloud IoT platforms such as Golioth with Home Assistant
- Create interactive dashboards and camera-based smart systems
- Design AI-based automations to learn and suggest behaviors
Who this book is for
This book is for electronics and embedded engineers working with advanced sensors and automation, as well as IT and networking professionals securing and scaling smart homes using Home Assistant. It also suits IoT enthusiasts building custom setups. A working knowledge of Home Automation systems based on Home Assistant is recommended.
Table of Contents
- Home Assistant Architecture and Performance Optimization
- Mastering YAML for Complex Home Assistant Configurations
- Unleashing the Power of Jinja2 Templating in Home Assistant
- Securing Your Smart Home Network: Best Practices and Threat Mitigation
- Zigbee Networks: Building a Robust and Scalable Mesh
- Integrating Cloud IoT Platforms: Golioth and Beyond
- ESPHome: Custom Firmware for Ultimate Control
- The MQTT Ecosystem: Broker and development tools
- Hands-on Project: Using ESPHome and MQTT Tools to Integrate a touchscreen Display and Camera
- Advanced Automation Patterns, Scripting, and External Logic
- Extending Home Assistant with Advanced HACS Integrations
- Hands-on Project: AI-Driven Home Automation: Learning Habits and Suggesting Optimizations
Editorial Reviews
About the Author
Marco Carvalho is an experienced home automation hobbyist engineer, electrical engineer, and technician. Pursuing his passion for electronics and embedded systems, he created an embedded home automation task scheduler using X10 Home Automation devices in 2006. Nowadays, he uses wireless electronic devices and the Home Assistant software to build different smart home automation applications.
As an MSc in Computer Science, Marco has worked with several well-known companies such as IBM, Jabil, Phillips, and Hexagon where he extended his support in development and manufacturing of electronic products. At the time of this publication, he is the Director of Engineering for Apex Microtechnology, where he is involved in the development of high power, high precision analog components.
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