Home automation is the automation process of home appliances and other home functions so that they can be controlled with your phone, computer, or even remotely. Below is a list of some home automation projects which are based on various microcontrollers, arduino, raspberry pi, etc. These home automation projects are covered with detailed explanation of circuit diagrams, source codes and videos. If you want more projects you can also check out our collection at Basic Electronics Projects | Arduino IoT Projects | Arduino Robotics Projects | Arduino AI Projects | Raspberry Pi Projects | ESP32 Projects
By Shekhar Nandanwar
The rapid advancement of Internet of Things (IoT) technology has made smart home and smart environment monitoring systems increasingly accessible and affordable. Embedded systems powered by low-cost, high-performance microcontrollers such as the ESP32 series now allow developers to create feature-rich, user…
By Krishna Chauhan
The Aura AI system is built on a Client-Server architecture that splits the workload between an Edge Device (the physical interface) and a powerful Python Backend (the brain).
1. Firmware (The Edge - aura_firmware.c) The code for the ESP32-S3-BOX-3 is written in C using the ESP-IDF framework. It handles real-time interaction with zero latency.
Wake Word…
By Arun Kumar
Human–machine interaction today is heavily centered around speech.
Voice assistants, smart speakers, and voice-controlled home automation systems assume that the user can speak clearly and consistently.
However, this assumption excludes an important group of users:
People with speech impairments Individuals who are temporarily unable to speak Users with…
By Rishabh Jain
Modern smart home systems typically rely on cloud connectivity and internet access, which introduces latency, privacy concerns, and dependency on external infrastructure. In many real-world scenarios, reliable internet connectivity is not always available, and users still require fast, secure, and private home…
By Thejas A V
PROJECT OVERVIEW Smart Home Automation using ESP32-S3-BOX3 as WiFi Access PointI have built a local WiFi-based smart home system that works without internet.
The ESP32-S3-BOX3 creates its own WiFi network (Access Point mode). my MIT App connects to that WiFi with speech recognition module. App sends HTTP commands. ESP32 receives commands and…
By shiva shankar P
Most existing home automation systems emphasize remote access rather than intelligent automation. Users are required to manually select modes, configure schedules, or control devices individually through applications. This approach makes the system reactive and increases operational effort. From a system design…
At the core of the Smart Home Energy Management System is the Arduino UNO R4, which serves as the brain and central hub of this sophisticated energy management solution. The Arduino UNO R4 manages cloud connectivity through Arduino Cloud, allowing it to continuously track and report critical metrics such as battery percentage and historical data. This real-time data…
In the era of smart homes, automation and integration are key to enhancing convenience and efficiency. Our project leverages the SIPEED MAIXDUINO IoT Kit to create an advanced smart home ecosystem comprising two interconnected devices: a Master Device (Gateway) and a Node Device. This system aims to automate non-smart home appliances and integrate advanced AI functionalities, offering seamless…
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 light bars. It updates…
Our Smart Home Using Arduino Uno R4 WiFi project is designed for home safety and convenience, integrating temperature, humidity, light, and gas monitoring. Using sensors like DHT11/DHT22, LDR, and MQ-2 gas sensor, the system detects environmental changes and alerts users through LEDs and a piezo buzzer when thresholds are exceeded, such as harmful gas levels or…
The Brain-Computer Interface (BCI) Home Automation for People with Limited Mobility project is designed to empower individuals with restricted mobility by enabling them to control household devices such as lights, doors, and thermostats using their brain waves. At its core, the project uses a BCI system that interprets Electroencephalogram (EEG) signals to translate neural activity into…
Voice Controlled Home Automation Using Arduino is an exciting project that aims to automate home appliances with the power of voice commands. In this project, voice instructions will be recognised, and text-to-speech conversion will be performed using an Android app. The HC-05 module will then be used to transmit the text data via…
