To track small-holder farmers, record crop progress, distribute government subsidies, and calculate the officer's performance-based commission.

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To track small-holder farmers, record crop progress, distribute government subsidies, and calculate the officer's performance-based commission.

To track small-holder farmers, record crop progress, distribute government subsidies, and calculate the officer's performance-based commission.
Project Overview

1. High-Level Architecture

The system is built on an Offline-First Architecture. This ensures the mobile app functions fully without internet, treating the local device database as the "primary" source for the user, which synchronizes with the cloud server whenever a connection is established.

2. Technology Stack (The "Engine")

Mobile App (Frontend):

Framework: Flutter (Google).

Why: Single codebase for Android & iOS, high performance on low-end devices, and excellent offline library support.

Local Database: SQLite (via Drift or Sqflite) or Hive (NoSQL).

Why: Stores user data, forms, and images locally on the phone.

Image Handling: Flutter Image Compress.

Why: Automatically shrinks photos (e.g., from 5MB to 200KB) before uploading to save mobile data bandwidth.

Backend (API & Logic):

Language: Node.js (using NestJS or Express) OR Python (Django/FastAPI).

Why: Handles concurrent requests efficiently and manages complex compensation logic easily.

Database: PostgreSQL (Relational DB).

Why: Best for structured data (beneficiaries, payments) and includes PostGIS for mapping/GPS features.

Cloud Infrastructure:

Server: AWS EC2 or DigitalOcean Droplet.

File Storage: AWS S3 or Google Cloud Storage (for storing beneficiary photos and documents).

Notification: Firebase Cloud Messaging (FCM) for push notifications.


Project Info

Owner:AgriConnect

Category: Mobile App

Address:Bangladesh