See how AgriPulse is revolutionizing smallholder farming in the Barind Tract, one of South Asia's most water-stressed regions, delivering measurable improvements in productivity, sustainability, and farmer livelihoods.
Impact at a Glance
Measurable results from our comprehensive pilot program in Rajshahi district, demonstrating the transformative power of data-driven agriculture.
Program Objectives
Our pilot program was designed with specific, measurable objectives to validate the effectiveness of AgriPulse technology in real-world farming conditions.
Technology Adoption
Demonstrate the practical application of satellite data, IoT sensors, and AI recommendations in smallholder farming operations.
Productivity Enhancement
Increase crop yields and farm productivity through data-driven decision making and precision agriculture techniques.
Resource Optimization
Reduce input costs and environmental impact through efficient use of water, fertilizers, and pesticides.
Knowledge Transfer
Build local capacity through farmer training programs and extension worker education on modern agricultural practices.
Implementation Approach
Our 12-month systematic approach in the Barind Tract focuses on data collection, AI model development, and farmer dashboard deployment in one of South Asia's most water-stressed regions.
- Comprehensive farmer surveys and field mapping
- Soil testing and crop assessment
- Historical yield data collection
- Technology infrastructure setup
- IoT sensor installation across pilot farms
- Farmer training on mobile app usage
- Initial AI model calibration for local conditions
- Extension worker capacity building
- Real-time data collection and analysis
- Personalized recommendation delivery
- Continuous farmer support and feedback
- Performance tracking and optimization
- Comprehensive yield and cost analysis
- Farmer satisfaction and adoption surveys
- Environmental impact assessment
- Scalability and sustainability planning
Detailed Outcomes
Comprehensive results across multiple impact categories, demonstrating the multifaceted benefits of precision agriculture technology.
Agricultural Productivity
- Rice yields increased by 28% compared to traditional methods
- Wheat productivity improved by 22% with optimized planting schedules
- Vegetable crop yields up by 35% through precision water management
- Overall farm productivity increased by 25% average across all crops
Resource Efficiency
- Water usage reduced by 30% through smart irrigation scheduling
- Fertilizer costs decreased by 35% with soil-specific recommendations
- Pesticide usage reduced by 40% through early pest detection
- Energy costs lowered by 20% through optimized machinery use
Economic Impact
- Average farm income increased by 32% per growing season
- Input cost savings of $150 per hectare annually
- Reduced post-harvest losses by 25% through better timing
- Access to premium markets increased income by 15%
Environmental Benefits
- Soil health improved through precision nutrient management
- Reduced chemical runoff into local water systems
- Lower carbon footprint through optimized resource use
- Enhanced biodiversity through integrated pest management
Farmer Testimonials
Hear directly from farmers whose lives and livelihoods have been transformed through the AgriPulse pilot program.
"AgriPulse helped me increase my rice yield by 30% while using less water. The mobile alerts for irrigation timing were incredibly helpful, especially during the dry season."
"The pest prediction system saved my tomato crop from a major outbreak. I was able to treat early and saved over 80% of my crop, which would have been lost."
"The market price alerts helped me sell my crops at the best time. I earned 25% more this season compared to previous years just by timing my sales better."
Scaling Our Impact
Based on the success of the Rajshahi pilot, we're expanding AgriPulse to new regions and crops, bringing transformative agricultural technology to more farming communities.