Smart Sensor Webserver with Firebase Integration

Welcome to the Smart Sensor Webserver project! This repository contains all the resources, code, and tutorials for building a Firebase-powered smart sensor webserver for temperature, distance, and humidity monitoring using ESP32 microcontroller.

Overview

The Smart Sensor Webserver project is aimed at providing a comprehensive solution for real-time environmental monitoring. By integrating ESP32 microcontroller, DHT sensors, Firebase cloud storage, and a webserver, this project offers remote access to sensor data through an intuitive web interface.

Components

• ESP32 Microcontroller: Ensures seamless integration and control of sensors.
• DHT Sensors: Provides precise humidity and temperature readings.
• Firebase: Facilitates efficient real-time data storage in the cloud.
• Webserver: Enables convenient remote monitoring and data visualization.

Project Structure

Getting Started

To get started with the Smart Sensor Webserver project, follow these steps:

1. Set up your ESP32 microcontroller and connect the DHT sensors.
2. Upload the esp32code.ino sketch to the ESP32 board using the Arduino IDE.
3. Configure Firebase and obtain the necessary credentials.
4. Update the Firebase configuration in the Arduino sketch.
5. Upload the index.htm and style.css files to your web server or hosting service.
6. Access the web interface to monitor real-time sensor data remotely.

For detailed instructions, refer to the tutorial videos linked above.

Contributing

Contributions to the Smart Sensor Webserver project are welcome! If you have ideas for improvements, feature requests, or bug reports, feel free to open an issue or submit a pull request.

License

This project is licensed under the MIT License.