This project utilizes an ESP32 microcontroller to monitor temperature and humidity data and send it to a MySQL server via PHP scripts. The data is then displayed on a dynamic webpage.

• Features
• Requirements
• Setup and Usage
• Project Structure
• Contributing
• License

• Real-time temperature and humidity monitoring.
• Secure data transmission to a MySQL database.
• Dynamic web interface to display the collected data.

Before you begin, ensure you have the following in place:

• ESP32 microcontroller
• Web server with PHP and MySQL support
• Arduino IDE or PlatformIO
• Basic knowledge of PHP, MySQL, and web development

1. Hardware Setup:

   • Connect your ESP32 to the temperature and humidity sensor as per your sensor's datasheet.

2. Software Setup:

   • Install Arduino IDE or PlatformIO.
   • Clone this repository to your local machine.

3. Database Configuration:

   • Create a MySQL database and define a table to store the data.
   • Update the PHP script with your database connection details.

4. ESP32 Configuration:

   • Modify the ESP32 code to connect to your Wi-Fi network and send data to the PHP script.

5. Web Interface:

   • Create a webpage for displaying the data. Use PHP to fetch and display data from the database.

6. Run the Project:

   • Upload the ESP32 code.
   • Launch your PHP script and web interface.

7. View Data:

   • Open the webpage to view the real-time temperature and humidity data.

• firmware files/ - Contains the ESP32 code for data collection and transmission.
• mySQL database/ - Contains PHP scripts for handling data on the server.
• hardware files/ - Contains schematics.

• Gain experience in using PHP for server-side scripting to handle data from IoT devices.
• Learn how to establish a connection between a PHP script and a MySQL database.
• Understand how to receive and process data sent from ESP32 or other IoT devices.

• Learn the fundamentals of database management with MySQL.
• Understand how to create and manage database tables for storing IoT sensor data.
• Gain experience in executing SQL queries to retrieve and manipulate data stored in the database.

• Gain practical knowledge of working with IoT hardware, in this case, the ESP32 microcontroller.
• Learn how to collect data from sensors, such as temperature and humidity sensors, using IoT devices.
• Understand the process of transmitting data from IoT devices to a remote server for storage and display.

Contributions are welcome! Feel free to open issues and pull requests.

This project is licensed under the MIT License.

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