Agriculture Technology Platform

Farmyng Club: Social Media for Farmers

A farmers community platform connecting farmers with buyers, industries, and agents through social networking and marketplace features — achieved 10,000+ organic downloads.

Flutter MobileCommunity PlatformSocial Networking
Executive Summary

Executive Summary

CyberMind Works built Farmyng Club, a social media platform for farmers designed to revolutionize how farmers connect with buyers, industries, agents, and other stakeholders. The platform combines social networking features with a community-driven marketplace, addressing critical gaps in India's agricultural supply chain.

Built using Flutter for cross-platform mobile delivery and NestJS for a scalable backend, Farmyng Club achieved 10,000+ organic downloads through grassroots adoption. The platform was recognized as one of Google's 100 Promising Startups in the AppScale Academy 2022 program, validating its market impact and technical foundation.

This case study explores the technical architecture, scalability challenges, and engineering decisions that enabled Farmyng Club to serve diverse farming communities across multiple regions in India.

Problem Statement

Problem Statement

1

Fragmented Agricultural Supply Chain

  • Farmers lack direct access to buyers and industries, relying on intermediaries who reduce profit margins
  • Information asymmetry prevents farmers from understanding market demand and pricing
  • No unified platform to connect farmers, buyers, agents, and industries
2

Lack of Social Networking for Farmers

  • Farmers lack a dedicated social platform to connect with peers and share experiences
  • No platform for building trust and community among farming networks
  • Limited digital infrastructure to facilitate farmer-to-farmer communication
3

Limited Digital Adoption in Rural Areas

  • Farmers have varying levels of digital literacy
  • Apps must work across low-end Android devices with limited connectivity
  • Multi-language support required for diverse regional communities
4

Community and Knowledge Sharing

  • Farmers need a platform to share experiences and best practices
  • Localized content relevant to specific crops and regions is essential
  • No existing solution for farmer-to-farmer networking and discovery
5

Scalability and Performance

  • Platform must handle thousands of concurrent users across rural India
  • Real-time updates for marketplace listings and community feeds
  • Cost-effective infrastructure to support organic growth
Solution Overview

Solution Overview

CyberMind Works built a production-grade mobile-first platform that unifies the agricultural ecosystem through three core pillars:

  • Social Networking for Farmers — Farmer profiles, connections, and community building features to foster trust and collaboration
  • Community-Driven Marketplace — Farmer discovery, product listings, and buyer-seller connections
  • Localized Social Feed — Region-specific content, farming tips, and peer-to-peer knowledge sharing
  • Multi-Language Support — Accessibility for diverse farming communities across India
  • Scalable Backend Architecture — Built on NestJS with AWS EKS for high availability and performance

The platform was designed with mobile-first principles, ensuring optimal performance on low-end Android devices with limited connectivity, while maintaining a robust and scalable backend infrastructure to support organic growth.

System Architecture

Single-backend model ensuring fast development cycles and maintainability while supporting high scalability

Architecture Principles

Single backend, modular codebase
Stateless APIs suitable for horizontal scaling in Kubernetes
Database-centric consistency using PostgreSQL
CDN-first web delivery using CloudFront
Mobile-first performance with efficient payloads and optimized API design

Technical Architecture Diagram

Farmyng Club Technical Architecture
Click to expand

Technology Stack

Production-grade stack focused on stability, scalability, and maintainability

Mobile Application

  • Flutter
    Cross-platform (Android + iOS)
  • Mobile-First UX
    Farmer onboarding, browsing, posting

Backend

  • NestJS
    Node.js framework
  • REST APIs
    Mobile and website experiences
  • TypeScript
    Type-safe development

Database

  • PostgreSQL
    AWS RDS
  • Relational Modeling
    Users, listings, feed, marketplace

Infrastructure

  • AWS EKS
    Kubernetes deployment
  • AWS CloudFront
    CDN distribution
  • AWS S3
    Static hosting & assets

Backend Architecture

Single NestJS application with clean modular separation — avoiding unnecessary operational complexity

Auth Module

  • User signup/login sessions
  • User profile creation
  • Session management

Farmer Profile Module

  • Farmer identity details
  • Crop preferences and location
  • Profile verification

Marketplace Module

  • Product/service listings
  • Browsing and discovery
  • Search and filters

Feed Module

  • Personalized content feed
  • Localized content delivery
  • Engagement tracking

Admin/Moderation

  • Content quality controls
  • User management
  • Platform moderation

This modular structure enabled:

Clean maintainability
Clear ownership boundaries inside code
Simple deployment as one backend on EKS
Easier debugging and feature iteration

Database Design

PostgreSQL on AWS RDS for consistent and queryable relational storage

Core Entities

  • Users
  • Farmer Profiles
  • Products/Service Listings
  • Feed Items
  • Categories / Tags
  • Location metadata
  • Engagement signals (views, likes)

Why PostgreSQL?

  • Strong relational integrity
  • Flexible query patterns
  • Production stability
  • Easy compatibility with reporting and operational needs

Farmyng Club required consistent and queryable storage for real-world use cases like farmer listings, search, and location context.

Infrastructure & Deployment

AWS-powered infrastructure for reliability and scalability

AWS EKS (Kubernetes)

Backend Deployment Strategy

Why EKS works for Farmyng Club

  • Horizontal scaling when traffic grows
  • Safer deployments with controlled rollout strategies
  • Backend remains stateless, making scaling straightforward
  • High availability architecture can be extended when needed

Production Controls

Rolling deployments
Health checks
Auto-healing containers
Environment-based config management

Website Hosting

CloudFront + S3 Static Setup

S3
Storing the website build
CloudFront
CDN distribution across regions

This ensures:

  • High performance for public traffic
  • Low operational overhead
  • Better SEO performance due to faster load times
  • Scalable cost model

Performance & Scalability

Even with a single backend, the system was designed with scale in mind

Stateless APIs

Allows easy horizontal scaling in EKS

Optimized API Responses

Mobile-friendly payload sizes for faster load times

Database Indexing Strategy

Faster listing lookups and feed queries

CDN-First Website

Reduces load on backend for public pages

Results & Impact

Key outcomes achieved by Farmyng Club

🎉 Selected for Google's AppScale Academy 2022

Farmyng Club was recognized as one of Google's 100 Promising Startups in the AppScale Academy program with MeitY Startup Hub, highlighting its innovation in the agriculture technology space.

Read Google's Announcement
10,000+
Downloads

Strong organic user growth

Organic
Growth Model

Through farmer networks

Scalable
Architecture

Supports continuous additions

Stable
Production

Deployed on AWS with K8s

Conclusion

Conclusion

This engagement showcases CyberMind Works' ability to deliver production-ready mobile platforms built for real-world agricultural challenges and grassroots adoption. Farmyng Club demonstrates how mobile-first architecture, community-driven features, and scalable infrastructure can create meaningful impact in the agriculture technology space.

By combining Flutter for cross-platform mobile delivery, NestJS for a robust backend, PostgreSQL for reliable data management, and AWS (EKS, CloudFront, S3) for scalable infrastructure, the platform achieved 10,000+ organic downloads and recognition as one of Google's 100 Promising Startups.

Designed for continuous growth, the system supports expanding farmer communities, evolving marketplace needs, and future agriculture technology integrations without compromising performance or user experience.

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