Normalized claim
Quantified impact: 2 days
Onboarded 1000+ farmers in 2 days
Map My Crop, in partnership with Microsoft, ADT Baramati, and Oxford University, deployed an AI-driven Satellite Crop Monitoring Platform that transformed traditional sugarcane farming practices in Baramati, Maharashtra, India. The solution included real-time remote sensing, AI-based agronomic advisory, and Variable Rate Application fertilizer mapping, enabling farmers to act on data-driven insights for better yield and resource management. The project compared AI-managed plots versus traditionally managed ones, showing substantial gains: onboarding over 1000 farmers in days, reducing input costs by 41%, improving yields from 70 to 120 tons/acre, and minimizing necessary farm visits by 75%. AI-powered analysis on the Microsoft platform provided direct recommendations for irrigation, nutrient use, and pest control, improving both operational efficiency and overall crop health. AI-predicted crop growth metrics like plant height, cane weight, and sucrose content showed consistent improvement. By integrating AI with remote sensing and precision agriculture, Map My Crop's platform demonstrated scalability, sustainability, and the potential for significant gains in productivity and profitability, serving as a replicable model for smart farming across India.
Reported outcomes
70-120%
quantified impactOther quantified impact
Strategic outcomes
Normalized claim
Quantified impact: 2 days
Onboarded 1000+ farmers in 2 days
Normalized claim
Cost: 41% decrease
41% reduction in average input costs
Normalized claim
Quantified impact: 70-120% increase
Yield increase from 70 to 120 tons/acre (71% gain); sugarcane varieties improved >40%
Normalized claim
Quantified impact: 75% decrease
75% reduction in on-site farm visits through remote monitoring
Map My Crop, in partnership with Microsoft, ADT Baramati, and Oxford University, deployed an AI-driven Satellite Crop Monitoring Platform that transformed traditional sugarcane farming practices in Baramati, Maharashtra, India
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AI-driven platform ingests remote sensing (satellite) data, analyzes field-level crop variables, and delivers actionable VRA maps and agronomic advice to farmers. All computation and analytics executed on Microsoft cloud infrastructure, with data returned to dashboards for farmers and partners.
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