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Sapplinn - AgriTech Platform

Sapplinn - AgriTech Platform

Thumbnail
https://drive.google.com/thumbnail?sz=w2480&id=1U2vJcjUepOHUT4ccY2fJHddtrb49ygqi
Author
Anuj Joshi
Project
Project
Published
June 8, 2024
Tags
Nextjs
Shadcn
Transformer
FastAPI
By turning raw data into actionable insights, Sapplinns empowers farmers to grow more with less—sustainably, intelligently, and confidently.

Introduction

Sapplinns is a full-stack AgriTech platform tailored to the needs of modern, sustainable farming. It merges advanced crop prediction algorithms, real-time sensor monitoring, and intuitive planning tools—offering farmers data-backed insights without complexity.
Designed with scalability and accessibility in mind, the platform democratizes agricultural intelligence, enabling both smallholders and large-scale growers to benefit from precision farming.
🌐 Live Demo  🔗 GitHub Repo
 
notion image

Problem Statement

Agriculture often suffers from:
  • Poor access to data-driven crop planning
  • Unpredictable weather and soil conditions
  • Manual monitoring of soil health and water usage
  • Lack of early detection for pests and disease
Sapplinns bridges these gaps by offering a centralized platform that automates predictions, simplifies monitoring, and supports sustainable practices using cutting-edge AI and sensor technologies.

Tech Stack

Layer
Technology
Frontend
Next.js – Dynamic routing, SSR
Backend
FastAPI – Lightweight, async Python API
Styling
Tailwind CSS – Responsive UI
Animations
Framer Motion – Smooth UX transitions
Security
FastAPI Middleware – API rate limiting

Folder Structure

sapplinns/ ├── frontend/ # Next.js frontend │ ├── pages/ # Routes (home, plans, contact, etc.) │ ├── components/ # Navbar, Cards, Dashboard Widgets │ ├── styles/ # Tailwind CSS and globals │ └── public/ # Icons, images, logos │ ├── backend/ # FastAPI backend │ ├── main.py # App entry point │ ├── routes/ # API routes (predict, monitor) │ ├── services/ # AI models and prediction logic │ ├── models/ # Pydantic schemas │ └── middleware/ # Rate limiting and auth logic │ └── README.md # Project documentation

Core Features

🌾 Smart Crop Prediction

  • Uses live soil data and weather metrics
  • Tailored by crop type, geography, and season

🌿 Sensor-Based Monitoring

  • Real-time environmental feedback on:
    • Soil pH, temperature, moisture
    • Rainfall and nutrient levels

🧠 AI-Powered Decision Tools

  • Predictive analytics for crop yield
  • Early alerts for pests and disease risks

📦 Tiered Farming Plans

  • Flexible modules for:
    • Small-scale organic farmers
    • Mid-size cooperatives
    • Industrial farms

📩 Contact & Subscription Forms

  • Built-in lead capture for partnerships and feedback

🔐 API Security

  • Rate limiting middleware
  • Quota management per IP
  • Support for retry headers

Development Highlights

  • Modular architecture with Next.js pages and FastAPI routes
  • Minimal dependencies for lean performance
  • Tailwind and Framer Motion for a clean, animated UI
  • Backend designed for easy integration with IoT/sensor data
  • Prepared for cloud-based hosting and expansion

Future Enhancements

Feature
Status
Description
Farmer Dashboards
🧪 In Progress
Visualized data, weather forecasts, task scheduling
IoT Hardware Sync
🔜 Planned
Bluetooth/WiFi-based integration with real-world sensors
Offline Mode
🔜 Planned
PWA capabilities for low-connectivity regions
SMS/IVR Alerts
🔜 Planned
Local language support for low-literacy farmers
Multilingual Support
🔜 Planned
Full i18n for regional and international access
Admin CMS
🧪 Researching
Web panel for content and data management

Impact & Vision

✅ Helps Indian farmers shift from reactive to proactive decision-making ✅ Encourages sustainable, organic, and data-backed farming methods ✅ Bridges the gap between AI innovation and rural accessibility ✅ Built to scale—across geography, crop types, and farm sizes
Sapplinns is more than a product—it’s a movement toward intelligent, inclusive, and resilient agriculture. Its goal is to make precision farming a right, not a luxury.
Table of Contents
IntroductionProblem StatementTech StackFolder StructureCore Features🌾 Smart Crop Prediction🌿 Sensor-Based Monitoring🧠 AI-Powered Decision Tools📦 Tiered Farming Plans📩 Contact & Subscription Forms🔐 API SecurityDevelopment HighlightsFuture EnhancementsImpact & Vision