Smart Agriculture Monitoring System for Farming Cooperative
Deployed IoT sensors and AI-powered crop health monitoring across 500 acres, reducing water usage by 30% and increasing yield by 22% for a farming cooperative.
Client
Kisan Sahkari Mandli
Agriculture
Duration
12 weeks
Team Size
5 specialists
Location
Anand, Gujarat

Before & After Transformation
See the dramatic improvements achieved through our strategic approach and technical expertise.

Traditional irrigation wasting 40% of water
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Measurable Results Achieved
Our data-driven approach delivers tangible improvements that directly impact business growth and operational efficiency.
Why These Results Matter
These metrics represent real business impact achieved through strategic planning, technical expertise, and continuous optimization. Each improvement translates to increased revenue, reduced costs, enhanced customer satisfaction, and sustainable competitive advantage for our clients.
The Challenge
A farming cooperative with 200+ members cultivating 500+ acres faced unpredictable crop yields, excessive water consumption, and inability to detect crop diseases early, leading to significant losses each season. **Agricultural Challenges:** - Traditional irrigation causing 40% water wastage through over-watering - Crop diseases detected only after visible damage, losing 15-25% of yield - No soil health data for informed fertiliser decisions - Weather unpredictability without localised forecasting **Economic Impact:** - Average 20% yield loss due to diseases and poor water management - ₹15 lakhs annual fertiliser over-spend due to blanket application - Individual farmers unable to afford precision agriculture technology - No data-driven decision support for crop selection or timing
Our Solution
Deployed 150 IoT soil sensors across 500 acres monitoring moisture, pH, and nutrients
Built AI model for crop disease detection using drone imagery and satellite data
Created automated irrigation scheduling optimising water usage by field conditions
Developed mobile app with Gujarati interface for farmer-friendly alerts and recommendations
Implemented weather prediction integration for localised farming advisories
Project Overview
Kisan Sahkari Mandli, a farming cooperative with 200+ members in Anand district, was facing the same challenges that plague Indian agriculture — unpredictable yields, water wastage, and late disease detection. Individual farmers couldn't afford precision agriculture technology, but the cooperative structure allowed us to deploy an AI-powered monitoring system that benefited all members across 500+ acres.
The Challenge
Water Management
- 40% water wastage through traditional flood irrigation
- No soil moisture data — irrigation based on visual judgment and calendar
- Groundwater depletion threatening long-term farming viability
- Uneven water distribution causing some areas to be overwatered, others parched
Crop Health
- Disease detection only after visible damage — typically 15-25% yield already lost
- Blanket pesticide application regardless of actual infestation levels
- No variety-specific guidance for different crops across the cooperative
- Knowledge gap between agricultural research and farmer practice
Economic Pressure
- ₹15 lakhs annual over-spend on fertilisers and pesticides
- 20% average yield loss that better management could prevent
- No market timing intelligence for optimal selling
- Individual farmers unable to invest in modern agricultural technology
Our Solution
IoT Sensor Network
- Deployed 150 soil sensors measuring moisture, pH, temperature, and nutrient levels
- Connected via LoRaWAN network covering 500+ acres with low-power, long-range communication
- Set up 5 weather stations for hyperlocal climate monitoring
- Created sensor maintenance protocol with farmer involvement
AI Disease Detection
- Trained computer vision model on 100,000+ crop images for common Gujarat diseases
- Integrated bi-weekly drone surveys with satellite imagery analysis
- Built early warning system detecting disease patterns 5-7 days before visible symptoms
- Created treatment recommendation engine suggesting targeted interventions
Smart Irrigation
- Developed AI irrigation scheduler using soil moisture, weather forecast, and crop water needs
- Integrated with existing pump and drip irrigation infrastructure
- Created automated alerts when fields need watering
- Optimised schedules to minimise electricity costs (aligning with off-peak power rates)
Farmer Mobile App
- Built mobile app entirely in Gujarati with voice-enabled features
- Provided daily field-by-field recommendations for irrigation and care
- Included crop market prices and weather forecasts
- Enabled photo-based disease identification for instant diagnosis
Results
Resource Efficiency
- 30% reduction in water usage through precision irrigation
- ₹8 lakhs annual savings on fertiliser through targeted application
- 40% reduction in pesticide usage via early disease detection
- Electricity costs reduced through optimised pump scheduling
Yield Improvement
- 22% increase in average crop yield in first harvest cycle
- Disease losses reduced from 15-25% to under 5%
- Crop quality improvement commanding 10-15% premium pricing
- Second crop planning enabled by soil health insights
Community Impact
- 200+ farmers empowered with data-driven decision making
- Knowledge sharing through cooperative-wide crop insights
- Youth engagement — younger farmers attracted to tech-enabled farming
- Model replicated by 2 neighbouring cooperatives
Client Testimonial
"My father farmed by intuition for 40 years. This system shows us what's happening underground that we could never see. The water savings alone paid for the system. Our farmers are now earning 22% more per acre."
Mukeshbhai Patel, Chairman, Kisan Sahkari Mandli
Services Utilized
Project Gallery

Mobile app providing actionable farming insights in Gujarati
"Technology has changed how we farm. The sensors tell us exactly when and how much to water. The disease alerts have saved entire crop sections. Our farmers are earning more while using less resources."
Technology Stack
Modern, reliable technologies used in this project
IoT Sensors
Hardware
LoRaWAN
Connectivity
TensorFlow
ML Framework
Satellite Imagery
Remote Sensing
React Native
Mobile App
AWS IoT
Cloud Platform
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