CropEye AI

Python YOLOv8 NVIDIA Jetson MIT License
AI-powered drone footage analysis for smart farming, with focus on durian orchards

Welcome to CropEye AI, an open-source project designed to bring precision agriculture to life through AI-powered aerial analysis. We run a durian farm in the Southern Philippines, and we leveraged NVIDIA Jetson, CUDA, and YOLO to detect weeds and crop diseases in real-time—all from a drone. Now, we're excited to share our work with the world!

Features

🎯 Real-Time Detection

Catch issues early—like weeds, fungal infections, and dry patches—using a Jetson-equipped drone.

⚡ Edge Computing

No need for constant internet access—perfect for remote farms.

🎯 Precision Targeting

GPS-tagged alerts for precise intervention planning.

🔄 Extensible

Modular architecture supporting custom models and different detection frameworks.

Architecture

🚁 Drone Flight | 🎥 Live Video Capture | 🧠 AI Inference (Jetson) | Weed/Disease Alerts | GPS Tagging & Logging

Getting Started

Prerequisites

Installation

git clone https://github.com/patrickrkahn/cropeye-ai.git cd cropeye-ai pip install -r requirements.txt

Quick Start

streamlit run app.py

CLI Usage

python smart_farming.py --source farm_footage.mp4

Model Training

yolo train data=durian_farm.yaml model=yolov8n.pt epochs=50

Jetson Optimization

yolo export model=best.pt format=tensorrt

Real-World Deployment

Location: Southern Philippines

Objectives: Early fungal detection, weed control, and overall orchard health monitoring.

Hardware Setup

Results

Contributing

We welcome contributions from developers, farmers, and researchers worldwide:

Please read our contributing guidelines for more details.

License

CropEye AI is released under the MIT License. See the LICENSE file for details.

"We built CropEye AI in our own durian orchard to detect problems faster and reduce manual labor. Now, we can't wait to see how other farms benefit from it, too!"
Try Demo