FarmLink
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Smart Agricultural Data Management System

FarmLink

Fields Deployed
73
IoT Sensors
5+
Development Period
2 Months
Funded By
World Bank

The Mission

FarmLink simplifies data collection from existing field modules implemented by the Government of India, and is part of the World Bank-funded Digital Village Project.

BUILT

In Association With

Tel Aviv University, Israel
Tel Aviv University, Israel
TIET
TIET

Visual Showcase

Engineered Features

Building with precision and purpose

Smart Pump Monitoring

Monitors pump status and automatically alerts farmers via WhatsApp/SMS if pump runs over 2 hours

Structured Data Export

Exports data in JSON and Excel formats with farmer-wise categorization, including pump status and power metrics

Time-Based Analytics

Tracks on/off times, total runtime, and power interruptions for detailed operational insights

Power Quality Monitoring

Monitors power presence, voltage levels, and tracks power interruption periods for reliability analysis

📱 Innovation in Agricultural Data Management

FarmLink revolutionizes agricultural monitoring through advanced SMS data processing. The system captures and analyzes three critical message types: pump status updates, power interruption alerts, and power restoration notifications. As part of the World Bank-funded Digital Village Project, it provides detailed insights into pump operations, power conditions, and system performance through automated SMS extraction and structured data organization per farmer.

🎯 Addressing Data Management Challenges

Manual Data Collection
Farmers lack immediate notifications about extended pump times
Hardware Integration
Difficulty integrating sensors with government infrastructure
Real-time Monitoring
Lack of continuous field monitoring and instant data access
Data Reliability
Inconsistent data quality from manual collection and SMS parsing

✨ Our Solution

FarmLink transforms agricultural data management through intelligent IoT hardware integration and automated processing. The platform combines ESP32 microcontrollers with environmental sensors to monitor soil moisture, temperature, humidity, and pump operations in real-time. Data is collected via both direct sensor readings and SMS communication, then processed through mobile applications and synchronized with cloud infrastructure. This comprehensive approach eliminates manual data entry, ensures continuous monitoring, and provides real-time access to critical agricultural data for farmers through timely WhatsApp/SMS notifications. The system helps farmers prevent water wastage by alerting them when pumps run longer than 2 hours, while also providing valuable insights to government stakeholders across the Digital Village Project ecosystem.

Powered By

Flutter
Node.js
MongoDB
Express
ESP32 Microcontroller
GSM Module
SQLite