Smart Watering System for Agriculture
⚠️ Important Note This project was originally created by EAZYTRONIC. We are simply sharing it for educational and informational purposes. All credit goes to the original creator. You can view the original project and video on their YouTube channel. We encourage you to subscribe to their channel and support their work. We do not claim ownership of this project or any of its assets, and we follow the license terms provided by the creator. If you are the owner and would like us to make changes or remove this page, please contact us directly. 🛒 Need Components? If you’re planning to build your own version of this project, we offer component kits and assistance. Feel free to reach out for help with selecting parts or getting started.
Project Demo
Project Overview
The Smart Watering System is an IoT-based solution designed to optimize water usage in agriculture. It uses sensors to monitor soil moisture levels and weather conditions, automatically adjusting irrigation schedules for maximum efficiency. This idea was cretaed by EAZYTRONIC you can find him on youtube.
Key Features
- Real-time soil moisture monitoring
- Weather data integration
- Automated irrigation scheduling
- Mobile app for remote monitoring and control
- Water usage analytics and reporting
Project Timeline
- Phase 1: Initial Setup - Set up hardware (sensors, Raspberry Pi), configure Wi-Fi
- Phase 2: Data Collection - Implement data collection from soil moisture sensors and weather data API
- Phase 3: Automated Control - Program the system to adjust irrigation based on sensor data
- Phase 4: App Development - Create the mobile app for remote control and monitoring
- Phase 5: Testing and Optimization - Run tests and optimize the irrigation system for better efficiency
Skills Learned
- IoT Integration
- Sensor Data Collection and Analysis
- Automated System Control
- Mobile Application Development
- Data Visualization and Reporting
Area of Focus
This project primarily focuses on smart agriculture, using IoT technologies to enhance water management and optimize irrigation practices. The goal is to create a sustainable and efficient farming system, minimizing water wastage and improving crop yields.
Tools and Technologies Required
- Arduino or Raspberry Pi
- Soil Moisture Sensors
- Weather API (for weather data)
- Mobile App Development (React Native or Flutter)
- Cloud Platform (for data storage and analysis)
- Wi-Fi or LoRaWAN (for data transmission)
Project & Solutions
- Challenge 1: Difficulty in setting up the IoT sensors
- Solution: Refer to our detailed guide for sensor calibration and connection setup
- Challenge 2: Connecting the Raspberry Pi to Wi-Fi for data transmission
- Solution: Ensure that your Raspberry Pi has the correct Wi-Fi drivers installed. Follow the troubleshooting guide in the tutorial
The original creator has made the source code and documentation available.
You can access the full source code for the Smart Watering System from his google drive here.Please remember that we do not host or maintain this code—we’re simply sharing the public link provided by the original creator.
👉 View the Google Drive Folder (Shared by EAZYTRONIC)