Inspiration
“Inspired by rising water scarcity, inefficient manual irrigation, and the need for sustainable farming practices.”
What it does
“Monitors soil moisture, automates watering, optimizes water flow, and provides real-time insights to farmers.”
How we built it
“Developed using soil-moisture sensors, microcontrollers, IoT connectivity, cloud dashboards, and lightweight ML models.”
Challenges we ran into
“Hardware calibration issues, inconsistent sensor readings, connectivity drops, and optimizing power consumption.”
Accomplishments that we’re proud of
“Achieved accurate moisture detection, stable automation, significant water savings, and a user-friendly dashboard.”
What we learned
“Learned about IoT integration, embedded systems debugging, sustainable water management, and user-centered design.”
What’s next for Smart Irrigation System
“Scaling to larger farms, integrating weather forecasting, adding AI-based prediction, and enabling solar-powered deployment.”
Built With
- arduino-or-esp32
- cloud-dashboard
- firebase-or-mqtt
- iot-modules-(wifi/lora)
- lightweight-machine-learning-models
- power-module
- python
- relay-modules
- soil-moisture-sensors
- solar
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