DIY Voice Controlled Home Automation With Arduino And 53 OFF Circuit Diagram This project demonstrates the integration of an ESP32 microcontroller with a Gemini AI model to create a portable, low-power voice assistant capable of real-time question answering. The system allows users to interact with the assistant using voice commands, and it provides responses using advanced natural language processing and text-to-speech technologies. I have setup a relatively fast, fully local, AI voice assistant for Home Assistant. The guide below is written for installation with a Nvidia GPU on a Linux machine. But it is also possible to use AMD GPUs and Windows. Feel free to share any info or ask any question related to Assist. The following components are used: Wyoming Faster Whisper Docker container (build files) Llama-cpp-python Seamless Integration with Home Assistant: Rhasspy and Wyoming-Satellite make it easy to send voice commands directly to Home Assistant, enabling robust automation without relying on cloud-based services. Whether you're in the living room or the garage, your voice satellites ensure smooth interactions.
Important Considerations. Before using this setup as your main voice assistant, keep the following points in mind: Sound Quality: The ReSpeaker is capped at a 32-bit and 16,000 Hz sample rate.This limitation arises because both the microphone and speaker share the same I2S bus, and the microphone's 16,000 Hz rate dictates the same for the speaker. Level up your smart home experience by adding voice control functionality to Home Assistant . XDA. Menu smart devices and IoT devices, you can create a Home Assistant server to manage all the
Controlled Smart Home Assistant Circuit Diagram
Make sure you understand the setup and implications of voice Assistants. For reference, we have and we highly recommend you check the information in the developers Portal. Make sure your setup is going to work with enough quality when adding a voice assistant. Check hardware options, some options we cover in the documentation are: ATOM Echo
IFTTT, Google Assistant, & Adafruit io: IFTTT Google Assistant Voice and Adafruit io based Home Automation using ESP32- In this article, you will learn how to make an IoT based Voice controlled Home Automation system using IFTTT, Google Assistant Voice, and the Adafruit IO.This advanced level Home Automation system is based on the ESP32 WiFi + Bluetooth module. Using a Raspberry Pi and Home Assistant, you can create a local AI voice assistant that gives you complete control. Building your own local voice assistant is more than a tech project; it's a
Based Voice Assistant Using ESP32 and Gemini AI Circuit Diagram
The Voice-Controlled Smart Home Assistant is an IoT device built using the Maixduino Kit for AI + IoT. It incorporates voice recognition and motion detection to interact with Home Assistant via MQTT. The assistant recognizes specific voice commands, detects motion, and provides visual feedback through four white LEDs and two vertical RGB LED
