Descripción / Abstract

Índice

• BEGINN
• Table of Contents
• Preface
• Chapter 1 Introduction
• 1.1 What is home automation?
• 1.2 Why use a Raspberry Pi as a home automation gateway?
• 1.3 The properties of a good home automation system
• 1.4 How to use this book
• 1.5 Summary and further exploration
• Chapter 2 The Raspberry Pi as a home automation gateway
• 2.1 Which Raspberry Pi models are suitable for home automation?
• 2.2 Requirements for a reliable home automation gateway
• 2.3 Installing Raspberry Pi OS
• 2.4 Setting up network connectivity with Ethernet or Wi-Fi
• 2.5 Remote access using SSH
• 2.6 Basic setup
• 2.7 The tmux terminal multiplexer
• 2.8 Python
• 2.9 Docker
• 2.10 Summary and further exploration
• Chapter 3 Secure your home automation system
• 3.1 Some general computer security principles
• 3.2 Isolate your home automation devices
• 3.3 User management
• 3.4 Encryption
• 3.5 Keeping your software up-to-date
• 3.6 Summary and further exploration
• Chapter 4 MQTT (Message Queuing Telemetry Transport)
• 4.1 What is MQTT?
• 4.2 Installing and configuring the Mosquitto MQTT broker
• 4.3 Using graphical MQTT clients
• 4.4 Using MQTT in Python
• 4.5 Direct communication between other containers and Mosquitto
• 4.6 Summary and further exploration
• Chapter 5 TCP/IP
• 5.1 Wake other network devices
• 5.2 Remote control with SSH
• 5.3 Collecting information from devices using SNMP
• 5.4 Using devices with a HTTP/REST API
• 5.5 Creating a video surveillance system
• 5.6 Summary and further exploration
• Chapter 6 Bluetooth
• 6.1 An introduction to Bluetooth Low Energy
• 6.2 Enabling Bluetooth
• 6.3 Investigating Bluetooth Low Energy devices
• 6.4 Reading BLE sensor values in Python
• 6.5 Relaying Bluetooth sensor values with bt-mqtt-gateway
• 6.6 Presence detection with Bluetooth
• 6.7 Summary and further exploration
• Chapter 7 433.92 MHz
• 7.1 433.92 MHz protocols
• 7.2 Hardware requirements
• 7.3 Receiving sensor values with rtl_433
• 7.4 Publishing 433.92 MHz sensor values to MQTT
• 7.5 Summary and further exploration
• Chapter 8 Z-Wave
• 8.1 An introduction to Z-Wave
• 8.2 Choosing a Z-Wave transceiver
• 8.3 OpenZWave and Zwave2Mqtt
• 8.4 Using your Z-Wave devices with MQTT
• 8.5 Summary and further exploration
• Chapter 9 Zigbee
• 9.1 An introduction to Zigbee
• 9.2 Creating a Zigbee transceiver
• 9.3 Zigbee2mqtt and Zigbee2MqttAssistant
• 9.4 Using our Zigbee devices with MQTT
• 9.5 Summary and further exploration
• Chapter 10 Automating your home
• 10.1 Node-RED
• 10.2 Home Assistant
• 10.3 AppDaemon
• 10.4 Summary and further exploration
• Chapter 11 Notifications
• 11.1 Forwarding local email
• 11.2 Forwarding emails from Docker containers
• 11.3 Push notifications with Gotify
• 11.4 Notifications on receiving MQTT messages
• 11.5 Summary and further exploration
• Chapter 12 Voice control
• 12.1 A basic Rhasspy setup
• 12.2 A Rhasspy base with satellites
• 12.3 Train your sentences
• 12.4 Intent handling
• 12.5 Summary and further exploration
• Chapter 13 Remote access
• 13.1 Three ways for remote access
• 13.2 Updating your dynamic DNS with ddclient
• 13.3 Running WireGuard on your Raspberry Pi
• 13.4 Summary and further exploration
• Chapter 14 Conclusion
• 14.1 A dashboard for all your services
• 14.2 More about home automation
• Appendix
• 15.1 Getting the name and ID of a serial device
• 15.2 Switching USB ports
• 15.3 Disabling the onboard radio chips
• 15.4 Disabling the on-board LEDs
• 15.5 Securing insecure web services with a reverse proxy
• 15.6 Bridging two MQTT brokers securely
• Index