This open-source irrigation system is built to be scalable, accurate, and durable for real-world agricultural use. Designed with ESP8266, Raspberry Pi, capacitive soil sensors, and relays, the system triggers watering based on custom soil moisture thresholds. It features a responsive web dashboard for real-time data visualization, irrigation scheduling, and manual overrides. The project includes full hardware and software setup instructions.
Automated Irrigation System
Automated Irrigation System
This open-source irrigation system is built to be scalable, accurate, and durable for real-world agricultural use. Designed with ESP8266, Raspberry Pi, capacitive soil sensors, and relays, the system triggers watering based on custom soil moisture thresholds...
Organization
GitHub user
Deployment Model
Edge
Agricultural Production Step
Irrigation
End User
Farmers, Developers
Category
Used for
Crops
TRL
5-6
Community Engagement
Very high
Number of Forks
95
Country
Universal
Licence
Disclamer
While every effort has been made to accurately record the licensing status and all other information presented, this catalogue is provided for informational purposes only. Users are strongly encouraged to verify these details—particularly the license terms and conditions—before adopting or integrating any solution, and to take special care when no explicit license is listed in the repository. The partners of the OpenAgri project make no representations or warranties of any kind, express or implied about the completeness, accuracy, reliability or suitability with respect to the interactive catalogue or the information, products, services or related graphics contained in the catalogue for any purpose. Any reliance you place on such material is therefore strictly at your own risk.