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Aadarsha's First Project

Created by: lcmailo100
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I am building an IoT-based smart home device using an ESP32 and a relay module. The device can be installed inside a switchboard to control house lights and fans through the internet. It allows users to turn appliances ON or OFF remotely using a m…

I am building an IoT-based smart home device using an ESP32 and a relay module. The device can be installed inside a switchboard to control house lights and fans through the internet. It allows users to turn appliances ON or OFF remotely using a mobile phone, making home control smarter and more convenient.

This project uses AI

I used AI for voice control, allowing users to operate lights and fans using voice commands through platforms like Google Assistant or Alexa. I also implemented smart automation features where the system can learn user behavior, such as frequently used timings, and automatically control appliances.

lcmailo100
lcmailo100 worked on Aadarsha's First Project
15 days ago

IoT-Based Smart Switch Board Using ESP32

I developed a compact IoT home automation device using the ESP32 microcontroller and a relay module that can be installed inside a standard electrical switchboard. The system allows users to control household appliances such as lights and fans remotely through the internet.

The ESP32 serves as the main controller, utilizing its built-in Wi-Fi capability to connect to a home network. It communicates with a cloud platform or mobile application, enabling users to turn appliances ON or OFF from anywhere. The relay module acts as an electrically operated switch, allowing the low-voltage ESP32 to safely control high-voltage AC appliances.

The device is designed to:

Fit inside existing switchboards without major modifications

Operate appliances remotely via smartphone or web interface

Provide real-time control over lights and fans

Enhance convenience, energy efficiency, and smart home integration

This project demonstrates the practical implementation of IoT in home automation, combining embedded systems, wireless communication, and electrical control into a compact and efficient solution.

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