A core-ready Home Assistant integration for Dyson air purifiers, heaters, humidifiers, fans, lights, and robotic vacuums featuring real-time MQTT communication, BLE proxy compatibility, and complete platform coverage.

• Cloud Discovery - Automatic device detection via Dyson API
• Manual Setup - Sticker-based or network-isolated configuration for local devices
• Static IP Configuration - Bypass mDNS with static IP/hostname for reliable connectivity
• Capability Based Detection - Automatic platform setup based on device features

• Fan Control - Speed adjustment (1-10), on/off, night mode
• Air Quality Monitoring - PM2.5, PM10, real-time sensor data
• Smart Controls - Auto mode, oscillation
• Status Monitoring - Connectivity, filter life, fault detection, firmware version
• Precise Adjustments - Timers, oscillation angles
• Heating Support - Climate Control with Heater mode, Heater Thermostat, and Fan Direction
• Humidifier Support Humidifier entity with set point, current level and empty tank alerts
• Climate Control - Climate Control with Humidistat (Experimental)

• Start Controls - Individual buttons for room cleaning in addition to support for zone cleaning introduced in Home Assistant 2026.3.0. Start button on the device object cleans all configured spaces.
• Mid-run Controls - Pause, Resume, and Stop (Return to Dock)
• Vacuum Status - Battery level, Unique Identifier for Current Cleaning Session (for future use)

• Basic Controls - Lights may be set to on/off/color temp/brightness
• Scene Support - Lights may be controlled as part of a Home Assistant Scene
• Active BLE Proxy connections - Lights may be added as their own hub and connect through Bluetooth Proxies
  • For more information, please see esphome Bluetooth Proxy

1. Install Integration via HACS

   • Open HACS in Home Assistant
   • Search for "Dyson"
   • Click Download
   • Restart Home Assistant

   Can't find it? If the integration does not appear in HACS search, you can add it manually as a custom repository:

   • Go to Settings (three dots menu) in HACS
   • Select Custom repositories
   • Add repository URL: https://github.com/cmgrayb/hass-dyson
   • Select category: Integration
   • Click Add, then search for and download Dyson as above

1. Go to Settings → Devices & Services → Add Integration
2. Search for "Dyson"
3. Choose setup method:
   • Cloud Discovery - Enter Dyson account credentials
   • Manual Setup - Enter device details from sticker or information gained through the Get Cloud Devices Action, or external tooling such as libdyson-rest or opendyson

When selecting Cloud Discovery, you'll be guided through the following steps:

• Email or Mobile Number: Your Dyson account email address or mobile number if in CN region

• Country: Verify your country and culture (affects API region and localization)

• Password: Your Dyson account password if using email

• OTP: The one-time password sent to your email by Dyson if using email, or the one-time password sent to your mobile device if not

Choose your preferred default connection method for your devices:

• Local Only: Talks to the device only through the device's MQTT server

  • Maximum privacy, can be used without internet access for the device
  • Susceptible to local device MQTT server failures and mDNS resolution issues
  • Note: This mode is most similar to the ha-dyson integration
  • When using this approach, we highly recommend assigning a DHCP reservation or using a static IP to minimize mDNS broadcast issues

• Local with Cloud Fallback: Stays local until and unless the local server cannot be reached, then reconnects to the device through the Dyson-hosted MQTT Proxy service.

  • Balances privacy and uptime by only using cloud when necessary
  • Attempts to reconnect to local periodically
  • Allows the user to reconnect to local manually through the Reconnect button

• Cloud with Local Fallback: Stays on the Dyson MQTT Proxy service until and unless internet access is lost, then reconnects to the device directly

  • Uses an encrypted connection as often as possible but switches to local to maintain connectivity in the event of internet outage
  • Attempts to reconnect to cloud periodically
  • Allows the user to reconnect to cloud manually through the Reconnect button

• Cloud Only: Stays on the Dyson MQTT Proxy

  • Useful for environments which cannot support mDNS
  • Can be used to control Dyson devices on other networks for remote management
  • All communication with the device is encrypted in transit

Note: Each device may individually override its preferred connection method once discovered

Choose your preference for level of control of discovery:

• Poll for New Devices: If selected, the API will be queried for new devices periodically, making them available for discovery
• Automatically Add Discovered Devices: Uses the information from polling your Dyson account to connect to the devices using your Default Connection Method

Scenarios:

1. I want my Dyson devices to show up in Home Assistant as soon as they are found

   • Leave both checkboxes selected

2. I want Home Assistant to ask me to add my devices as they are found so I can choose which ones to add or ignore

   • Only select Poll for New Devices, leave Automatically Add Discovered Devices unchecked.

3. I want to add my Dyson devices individually and manually or I am only interested in using the Get Cloud Devices Action

   • Deselect both checkboxes
   • For more information, see: Actions

Based on your device capabilities and category, you'll automatically get:

All Devices (Basic Support):

• Basic binary sensors (online/offline, faults)

WiFi-Enabled Devices (EC/Robot Categories):

• Connection status sensor (Local/Cloud/Disconnected)
• Reconnect button to attempt to re-establish preferred connectivity
• WiFi signal strength sensor (diagnostic)
• Temperature sensor
• Humidity sensor
• Carbon filter sensors
• HEPA filter sensors

Air Quality Models (ExtendedAQ Capability):

• PM2.5 air quality sensor
• PM10 air quality sensor
• HEPA filter life sensor (%)
• HEPA filter type sensor
• Carbon filter life sensor (%)
• Carbon filter type sensor
• VOC sensor
• NO2/NOx sensor
• CO2 sensor
• HCHO/Formaldehyde sensor

Heating models (Heating Capability):

• Climate control platform
• HVAC Controls:
  • Mode control: Heat/Fan only/Off
  • Heat minimum temperature (thermostat)

Humidifier models (Humidifier Capability):

• Climate control platform
• Humidifier Controls:
  • Mode control: Humidify/Fan only/Off
  • Humidifier minimum humidity (humidistat)
  • Empty tank diagnostic sensor

Robotic Vacuum models (Robot Category) (360/Heurist/Vis Nav, etc.):

• Vacuum platform
  • Start Controls - Clean Zone, Clean Room, Clean Global
  • Mid-run Controls - Pause, Resume, and Stop (Return to Dock)
  • Vacuum Status - Battery level, Unique Identifier for Current Cleaning Session

• Initial connection: 10-30 seconds
• Device discovery: 5-15 seconds per device
• Entity creation: Values may take a minute or two to show up after new device creation or boot

• Invalid credentials: Verify email/password and account region
• No devices found: Ensure devices are registered in Dyson app
• Connection timeout: Check internet connection and Dyson API status
• Partial device data: Some devices may need additional setup time

Please note: some features (like Firmware version) will not work without access to the Cloud API

Required information from device sticker, libdyson-rest, or opendyson:

• Serial Number (e.g., MOCK-SERIAL-TEST123)
• Device Password (from sticker)
• MQTT Prefix (e.g., 438M for Pure Cool models)
• Device Type (e.g., EC for air purifiers)

hass_dyson:
  devices:
    - serial_number: "MOCK-SERIAL-TEST123"
      discovery_method: "sticker"
      hostname: "192.168.1.100" # Optional: IP address
      credential: "your_device_password"
      device_type: "ec"
      mqtt_prefix: "438M"
      capabilities: ["AdvanceOscillationDay1", "Scheduling", "ExtendedAQ"]

• Actions - Information on included Home Assistant Actions
• Controls - Information on included controls for devices
• Device Compatibility Matrix - Complete breakdown of which entities are available for each device type and capability
• Device Management - Information on device discovery and configuration
• Entities - Information on entities to expect for a given device type
• Sensors - Information on included sensors for devices
• Lights - Information on Active BLE lights
• Supported Devices - Information on devices tested and known to be supported

• Setup Guide - Detailed installation and configuration instructions
• Troubleshooting - Troubleshooting Guide

• API Documentation - Comprehensive API documentation with code examples and usage patterns for developers
• Developers Guide - See something you can help with? This is where to start!
• Integration Flow Diagrams - Visual flow diagrams showing the integration architecture and operation

• Home Assistant 2025.12+
• Python 3.11+
• Dependencies (auto-installed):
  • libdyson-rest>=0.12.1
  • paho-mqtt>=2.1.0
  • cryptography>=45.0.7

• libshenxn - For getting the Dyson community started with the original libdyson
• dotvezz - For maintaining the libdyson-wg working group, ha-dyson, and opendyson, the inspiration for this integration
• libdyson-wg - For maintaining excellent documentation and tooling without which this integration would not have been possible
• paho-mqtt - Reliable MQTT communication library
• Home Assistant - Amazing home automation platform
• Dyson - For making great products worth putting in the work for

If you like our work, please give us a star!

This integration is provided free of charge and there is no requirement expressed or implied to donate. Any money contributed through the sponsorship button as a gift goes to development devices to further improve this integration.

This project is licensed under the MIT License - see the LICENSE file for details.

⚠️ Disclaimer: This is an unofficial integration not affiliated with Dyson Ltd. Use at your own risk.