Welcome to AgriTech!
An AI‑powered web platform designed to empower farmers with data-driven tools for smarter, more sustainable agriculture.
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Crop Recommendation
Suggests the best crops to grow based on soil nutrients (N, P, K), weather (temperature, humidity, rainfall), and pH. -
Yield Prediction
Forecasts potential crop yields to help with planning and resource allocation. -
Disease Detection
Scans crop images to identify diseases early using computer vision. -
Farmer Collaboration
Lets farmers connect, share insights, and discuss best practices.
AgriTech bridges the gap between traditional farming and modern insights. With tools like AI-driven recommendations, yield forecasts, and disease protection, farmers can:
- Maximize their harvest with precision choices
- Act quickly against crop diseases
- Work smarter and sustainably
- Build a community of shared wisdom
- Backend: Python, Flask
- Machine Learning: scikit-learn, NumPy, Pandas
- CV: OpenCV (for disease detection)
- Frontend: HTML, CSS, JavaScript, Jinja2
- Environment: Virtualenv, requirements.txt for reproducibility
AgriTech/
├── Crop Recommendation/ # Model training & scripts
├── Crop Yield Prediction/ # Forecasting scripts & notebooks
├── static/ & templates/ # CSS, JS, HTML
├── app.py or main.py # Flask server
├── model files (e.g. crop . pkl)
├── requirements.txt # Python dependencies
└── images/ # Disease sample images
git clone https://github.com/omroy07/AgriTech.git
cd AgriTechpython3 -m venv venv
source venv/bin/activate # On Windows: venv\Scripts\activatepip install -r requirements.txtflask runThen visit http://localhost:5000 to explore features.
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Fork the repo & create a branch:
feature/your‑feature -
Build, test, and document your changes
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Push your branch and open a Pull Request
We'll review your work and help merge it 😊
- ✅ Database Connection (see Issue #4)
- ✅ Polish the front-end design (see Issue #4)
- 🤖 Integrate a chatbot using a small LLM (see Issue #3)
- 📊 Add a detailed yield prediction system (see Issue #2)
- 🧠 Expand crop recommendation logic and UI (see Issue #1)
Curious about the inner workings—like how model training, data pipelines, or image analysis tie together? Dive into the notebooks found in the Crop Recommendation and Yield Prediction folders!