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🌱 ADTC Smart Crop Disease Classifier

AI-Powered Mobile Diagnostics for Farmers

πŸ“₯ Download the App

πŸ“± Download APK

A mobile Android application that uses advanced AI to instantly detect crop diseases through smartphone cameras, empowering farmers with immediate, accurate diagnostics in the field.

οΏ½ *App Screenshots

Main Interface Analysis Results Disease Detection App Features

πŸš€ The Problem We Solve

  • $220 billion in global crop losses annually due to diseases
  • Limited access to agricultural experts in rural areas
  • Delayed diagnosis leads to widespread crop damage
  • Traditional methods require expensive lab testing

Our Solution: Real-time, AI-powered crop disease detection that works offline on any Android smartphone.

πŸ”¬ Key Features

AI Technology

  • 3-Class Neural Network: Healthy, Diseased, Not-Crop classification
  • MobileNetV2 Base: Optimized for mobile deployment
  • 1.7MB Model: Fast inference with INT8 quantization
  • PlantVillage Dataset: Trained on 50,000+ crop images
  • Sub-second Analysis: Real-time processing with confidence scoring

Smart Detection

  • Offline Operation: No internet required
  • Multi-crop Support: Apple, tomato, potato, corn, and more
  • Confidence Scoring: Transparent accuracy metrics
  • Non-crop Rejection: Distinguishes crops from other objects

πŸ“Š Performance

  • 85-95% accuracy on trained crop species
  • 90%+ accuracy for disease detection
  • <1 second processing time per analysis
  • 1.7MB model size for low-end devices

Supported Crops

Apple β€’ Cherry β€’ Peach β€’ Grape β€’ Tomato β€’ Potato β€’ Bell Pepper β€’ Squash β€’ Corn β€’ Strawberry

🌍 Impact

Target Users

  • Smallholder Farmers (500M+ globally)
  • Agricultural Extension Workers
  • Agribusiness supply chain
  • Agricultural Students

Benefits

  • Early Detection prevents disease spread
  • Cost Savings eliminates expensive lab testing
  • Increased Yields through faster treatment
  • Rural Empowerment via accessible technology

πŸ›  Technology Stack

  • Android SDK - Native mobile development
  • TensorFlow Lite - On-device AI inference
  • CameraX - Advanced camera functionality
  • Kotlin - Modern Android development
  • Material Design - Professional UI/UX

🎨 How It Works

Simple 3-Step Process

  1. Point camera at crop leaf
  2. Tap "Analyze Crop" button
  3. Get Results with confidence score

Professional Interface:

  • ADTC Branding: Professional agricultural theme
  • Visual Feedback: Color-coded results (Green=Healthy, Red=Diseased)
  • Confidence Display: Transparent accuracy metrics
  • Guidance: Clear instructions and error messages

Accessibility Features:

  • Offline Operation: Works without internet
  • Low-End Device Support: Optimized for budget phones
  • Multiple Languages: Extensible for localization
  • Visual Indicators: Color and text feedback

πŸ”¬ Development Process

Data Science Approach:

  1. Dataset Curation: PlantVillage + synthetic non-crop data
  2. Model Architecture: MobileNetV2 with custom classification head
  3. Training Strategy: Transfer learning + fine-tuning
  4. Optimization: INT8 quantization for mobile deployment
  5. Validation: Comprehensive testing across crop types

Software Engineering:

  1. Mobile Development: Native Android with modern architecture
  2. Image Processing: Real-time camera integration
  3. AI Integration: TensorFlow Lite deployment
  4. User Experience: Iterative design and testing
  5. Performance Optimization: Memory and battery efficiency

πŸ“ˆ Scalability & Future Development

Immediate Enhancements:

  • Additional Crops: Expand to rice, wheat, cotton, soybeans
  • Disease Specificity: Identify specific disease types
  • Treatment Recommendations: Suggest appropriate interventions
  • Multi-language Support: Localization for global markets

Advanced Features:

  • Cloud Sync: Optional data backup and sharing
  • Expert Network: Connect farmers with agricultural specialists
  • Historical Tracking: Monitor crop health over time
  • IoT Integration: Connect with farm sensors and equipment

Platform Expansion:

  • iOS Version: Expand to Apple ecosystem
  • Web Application: Browser-based diagnostics
  • API Services: Integration with agricultural platforms
  • Enterprise Solutions: Large-scale farm management

πŸ’Ό Business Model & Sustainability

Revenue Streams:

  • Freemium Model: Basic detection free, advanced features premium
  • Enterprise Licensing: B2B solutions for agribusiness
  • Data Services: Anonymized crop health analytics
  • Training & Support: Educational services for organizations

Partnership Opportunities:

  • Agricultural Extension Services: Government partnerships
  • NGOs: Development organization collaborations
  • Agribusiness: Supply chain integration
  • Educational Institutions: Research and training partnerships

πŸ… Competitive Advantages

Technical Superiority:

  • 3-Class Architecture: Unique non-crop rejection capability
  • Mobile Optimization: Smallest model size in category
  • Offline Operation: No connectivity requirements
  • High Accuracy: Superior performance on agricultural crops

User Experience:

  • Simplicity: One-tap operation
  • Speed: Sub-second results
  • Transparency: Detailed confidence metrics
  • Accessibility: Works on budget devices

Market Position:

  • Open Source Foundation: Community-driven development
  • Extensible Architecture: Easy to add new crops/diseases
  • Cost Effective: Minimal infrastructure requirements
  • Global Applicability: Works in any agricultural context

πŸ“‹ Submission Deliverables

Code Repository:

  • Android Application: Complete source code
  • AI Training Pipeline: Jupyter notebooks and scripts
  • Documentation: Comprehensive setup and usage guides
  • Testing Suite: Validation and performance tests

Demonstration Materials:

  • Video Demo: 3-minute application walkthrough
  • Live Presentation: Interactive demonstration
  • Performance Metrics: Detailed accuracy and speed benchmarks
  • User Testimonials: Feedback from testing with farmers

Technical Documentation:

  • Architecture Overview: System design and components
  • API Documentation: Integration guidelines
  • Deployment Guide: Installation and setup instructions
  • Research Paper: Technical methodology and results

🎯 Call to Action

ADTC Smart Crop Disease Detection represents the future of agricultural technology - putting the power of AI directly into farmers' hands. Our solution addresses critical global challenges while demonstrating technical excellence and real-world impact.

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