Skill Bolt
Initializing Platform
Skill Bolt
Marketplace Services Custom Projects Customization About Blog Contact Affiliate Program
Login Get Started Free

Connect with us

website Development v1.0.0 Advanced

AgriCLIP – Multilingual AI System

0.0 (0)
0 Downloads
Updated 8 hours ago

AI-powered agriculture platform that identifies crop diseases from images and provides instant diagnosis, treatments, and farming guidance.

Technologies & Skills

React.js JavaScript HTML5 CSS3 FastAPI Python MongoDB PyTorch AgriCLIP (OpenCLIP) OpenCV Hugging Face Transformers REST APIs Git GitHub Render

Tags

ai agriculture agritech react fastapi mongodb machine-learning computer-vision plant-disease-detection livestock fish-classification multilingual t5 agriclip dashboard
INR 1,799
INR 2,500 28% OFF

Limited time offer

This project includes complete source code, detailed documentation, AI model integration, a modern React frontend, FastAPI backend, MongoDB database, multilingual report generation, authentication, and deployment-ready architecture. Buyers also receive setup documentation, future updates, and standard technical support, making it a complete end-to-end AI solution for agriculture, livestock, and fishery applications.

What's Included

Complete Source Code
Documentation
Project Report
Presentation Slides
External Download Link

Support & Customization

Support: Standard
Custom modifications available

Customizations are available upon request, including UI/UX improvements, feature additions, AI model integration, multilingual support, authentication enhanceme...

File Size 892.21 KB
Last Updated Jul 14, 2026
Updates Included

Resource Links

Purchase this project to unlock source and premium resources. Document/report remain secure preview-based on this page.

AgriClip is an AI-powered agriculture platform designed to help farmers, students, researchers, and agricultural professionals identify crop diseases quickly and accurately using image-based analysis.

Users can upload or capture an image of a crop leaf, and the system uses a deep learning model to analyze the image and predict the most likely disease. Along with the prediction, AgriClip provides detailed information including disease symptoms, possible causes, recommended treatments, and preventive measures to help users make informed decisions.

The application features a modern React.js frontend, a FastAPI backend for high-performance API services, and MongoDB for storing disease-related information. The frontend communicates with the backend through REST APIs, enabling fast and reliable image processing and result delivery. The platform is deployed using Vercel and Render, making it accessible from anywhere.

Key Highlights

  • AI-powered crop disease detection from images
  • Instant disease prediction using deep learning
  • Detailed disease descriptions, symptoms, causes, and treatments
  • User-friendly and responsive interface
  • FastAPI-based backend with REST APIs
  • MongoDB database integration
  • Cloud deployment using Render and Vercel
  • Scalable architecture suitable for future expansion

Technologies Used

  • Frontend: React.js, HTML, CSS, JavaScript
  • Backend: FastAPI, Python
  • Database: MongoDB
  • AI/ML: Deep Learning, Computer Vision
  • Deployment: Vercel, Render
  • Version Control: Git, GitHub

AgriClip demonstrates how artificial intelligence and modern web technologies can be combined to create practical solutions for agriculture, helping users detect plant diseases efficiently and support better crop management.

Future Enhancements

- Support for additional crop, livestock, and fish species.

- Offline AI inference for use in remote farming areas.

- Mobile application for Android and iOS.

- Voice-based multilingual interaction for farmers.

- Integration with IoT sensors for real-time farm monitoring.

- Weather-aware disease prediction and preventive recommendations.

- Enhanced AI models for higher prediction accuracy and faster inference.

- Cloud-based analytics dashboard for agricultural insights and reporting.

Known Issues

- Prediction accuracy depends on the quality and clarity of uploaded images.

- Limited support for some rare plant diseases, livestock breeds, and fish species.

- AI inference may take longer on systems without GPU acceleration.

- Requires an active internet connection for API-based AI services.

- Large image files may increase processing time.

Installation

Prerequisites:

- Node.js (v18 or later)

- Python 3.10+

- MongoDB

- Git


1. Clone the repository:

git clone https://github.com/shabarigirishmeela/AgriLiv-T5-

cd AgriLiv-T5-


2. Install backend dependencies:

cd crop-cure-chat-backend

npm install


3. Configure environment variables:

Create a .env file in the backend directory and add the required environment variables such as MongoDB connection string, JWT secret, API keys, and FastAPI service URL.


4. Start the backend server:

npm run dev


5. Install and start the AI service:

Install the required Python dependencies using:

pip install -r requirements.txt


Start the FastAPI server:

uvicorn app:app --reload


6. Install frontend dependencies:

Open a new terminal and run:

cd crop-cure-chat-frontend

npm install


7. Start the frontend:

npm run dev


8. Ensure MongoDB is running.


9. Open the application in your browser:

http://localhost:5173

Usage

1. Open the application in your browser after starting the frontend and backend services.


2. Register a new account or log in using your credentials.


3. From the dashboard, choose the analysis category:

  - Plant Disease Detection

  - Livestock Analysis

  - Fish Species Analysis


4. Upload a supported image (JPG, JPEG, or PNG).


5. Click the Analyze button to start the AI prediction.


6. The system processes the image using the AgriCLIP model and displays:

  - Predicted class

  - Confidence score

  - AI-generated diagnosis

  - Cause, Prevention, and Cure recommendations


7. Use the integrated AI chatbot to ask questions related to the prediction or seek additional agricultural guidance.


8. View previous analyses from the History section.


9. Download or save the generated report for future reference.


Expected Output:

- Accurate image classification for plants, livestock, and fish species.

- AI-generated diagnostic report with Cause, Prevention, and Cure.

- Confidence score for each prediction.

- Interactive chatbot assistance.

- Stored prediction history for authenticated users.

System Requirements

Operating System:

- Windows 10/11, Ubuntu 20.04+ (Linux), or macOS


Hardware Requirements:

- Processor: Intel Core i5 (or equivalent) or higher

- RAM: Minimum 8 GB (16 GB recommended)

- Storage: Minimum 10 GB free disk space

- GPU: NVIDIA GPU (optional, recommended for faster AI inference)


Software Requirements:

- Node.js v18 or later

- Python 3.10 or later

- MongoDB Community Server or MongoDB Atlas

- Git

- npm (comes with Node.js)

- Visual Studio Code (recommended)


Web Browser:

- Google Chrome (recommended)

- Microsoft Edge

- Mozilla Firefox


Network:

- Internet connection required for API access and downloading dependencies.

Open Slides

No Q&A available yet

Be the first to ask a question!

Ask a Question

Customer Reviews

0.0 0 reviews
5
0
4
0
3
0
2
0
1
0

Write Your Review

No reviews yet

Be the first to review this project!

Related

Similar Projects

You might also be interested in these projects

COCOMO Estimation Tool - using React JS and Flask Framework
website Development
0.0 (0)
Intermediate
A
Amit Chausali
Verified Seller
20% OFF

COCOMO Estimation Tool - using React JS and Flask Framework

Calculate the effort, time, and cost of software projects using the COCOMO model

React JS Bootstrap Flask Framework
₹799 ₹999
View Project
FarmSetu – Microservices Digital Agri Marketplace
website Development
0.0 (0)
Advanced
A
Arshiya Kamal
Verified Seller
15% OFF

FarmSetu – Microservices Digital Agri Marketplace

A microservices-based platform enabling real-time crop auctions, farmer insurance, and transparent agricultural trading with role-based access

Angular Spring Boot Java +7
₹5,015 ₹5,900
View Project
Modern Developer Portfolio Website
website Development
0.0 (0)
Intermediate
R
R Jeevan
Verified Seller
50% OFF

Modern Developer Portfolio Website

A modern developer portfolio website built with React, TypeScript, and Vite to showcase projects, technical skills, education, and experience.

React TypeScript Vite +6
₹500 ₹1,000
View Project
Full Stack Bhautika-_Portfolio-application-
website Development
0.0 (0)
Intermediate
K
Kartik
Verified Seller
25% OFF

Full Stack Bhautika-_Portfolio-application-

Booking-enabled portfolio site for physiotherapist Nirupama Bhatt, built with React, Firebase, and Gemini AI lets clients view her work and book slot

HTML CSS JAVASCRIPT +5
₹1,500 ₹2,000
View Project