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https://github.com/iamklevy/remote-iot-data-monitoring-and-control-using-wi-fi

Remote-IoT-Data-Monitoring-and-Control-Using-Wi-Fi is a versatile project that enables real-time monitoring and control of IoT devices over a Wi-Fi network. This project integrates an Arduino board with a Wi-Fi module to function as a server, allowing remote interaction via a web browser. It demonstrates a practical application of IoT.
https://github.com/iamklevy/remote-iot-data-monitoring-and-control-using-wi-fi

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Remote-IoT-Data-Monitoring-and-Control-Using-Wi-Fi is a versatile project that enables real-time monitoring and control of IoT devices over a Wi-Fi network. This project integrates an Arduino board with a Wi-Fi module to function as a server, allowing remote interaction via a web browser. It demonstrates a practical application of IoT.

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README 

        
# Features

- Real-Time Data Monitoring: Access live data from temperature, smoke, and motion sensors via a web interface.

- Remote Control: Control connected LEDs from any device on the same network using a web browser.

- Wi-Fi Connectivity: Utilizes a Wi-Fi module to connect the Arduino board to a local network, enabling wireless communication.

- Web-Based Interface: Simple and intuitive web-based client for monitoring and control, compatible with any modern web browser.

- Modular Design: Easily extend the project by adding more sensors or actuators to the Arduino board.

# Components

- Arduino Board: Central microcontroller managing sensors and actuators.

- Wi-Fi Module: Connects the Arduino to the local network and acts as a server.

# Sensors:

- Temperature Sensor: Measures ambient temperature.

- Smoke Sensor: Detects smoke levels for fire safety.

- Motion Sensor: Senses movement in the vicinity.

- LEDs: Two LEDs controlled remotely to demonstrate actuation capabilities.

# How It Works

- Hardware Setup:



Connect the temperature, smoke, and motion sensors to the Arduino board.

Connect two LEDs to the Arduino for remote control.

Integrate the Wi-Fi module with the Arduino to enable network connectivity.

Software Configuration:



Upload the provided Arduino code to configure the board as a server.

Set up the web server on the Arduino to handle requests from the client (web browser).

Network Communication:



The Arduino and Wi-Fi module act as a server, receiving commands and sending sensor data.

A web browser on any device connected to the same network can communicate with the server to monitor sensor data and control the LEDs.

Getting Started

Clone the Repository:



# bash

Copy code

git clone https://github.com/iamklevy/Remote-IoT-data-monitoring-and-control-using-Wi-Fi.git

cd Remote-IoT-data-monitoring-and-control-using-Wi-Fi

Set Up Hardware:

Follow the included schematic and wiring instructions to connect the sensors, LEDs, and Wi-Fi module to the Arduino board.



Upload Code to Arduino:

Use the Arduino IDE to upload the provided code to your Arduino board.



Connect to Wi-Fi:

Configure the Wi-Fi module with your network credentials to establish a connection.



Access the Web Interface:

Open a web browser on any device connected to the same network and navigate to the IP address assigned to the Arduino server to start monitoring and controlling the devices.



# Contributions

Contributions are welcome! If you have improvements, bug fixes, or new features to add, please fork the repository and submit a pull request. For major changes, please open an issue first to discuss what you would like to change.