See potato production
before it reaches the factory.

Cropin provides AI-driven crop intelligence and real-time monitoring to support better decision-making throughout the potato lifecycle. The platform tracks crop stage progression, canopy greenness, nutrient uptake, and crop health indicators, helping farmers apply the right fertilizers and crop protection practices at the right time and optimize irrigation. Disease Early Warning Systems (DEWS) also identify risks such as early blight, late blight, and bacterial wilt, enabling timely interventions that improve yield and tuber quality.

Cropin digitizes farms and provides end-to-end visibility across potato cultivation areas, enabling processors to monitor crop progress and forecast production early. 45-day advanced yield predictions, crop health insights, and harvest window estimation help procurement teams plan sourcing and logistics, reducing supply disruptions and ensuring a consistent flow of potatoes for processing operations.

Yes. Cropin uses satellite imagery, weather models, and AI-based analytics to assess crop health and soil moisture conditions. Through its Water Stress Index, the platform can estimate moisture levels and recommend irrigation schedules even without physical soil sensors. This helps farmers maintain optimal soil moisture for healthy tuber development.

Cropin has extensive experience in digital agriculture and has digitized more than 273,700 acres of potato farmland globally, providing insights on crop growth, health, and productivity. This extensive expertise and contextualized deep learning models offer best-practice recommendations and crop intelligence that new users can immediately benefit from when adopting digital potato farming.

Cropin enables traceability and monitoring throughout the seed production lifecycle. Using technologies such as QR-code tagging and digital tracking, the platform helps stakeholders trace seed origin, verify certified varieties, and monitor seed multiplication processes. This ensures that farmers receive high-quality, certified seed potatoes while improving transparency and trust across the supply chain.

Cropin supports regenerative potato farming through data-driven advisory systems that optimize water use, reduce pesticide & fertilizer application, and improve soil health. AI-powered insights help farmers adopt sustainable practices while maintaining productivity. Cropin’s Decision Support Systems are projected to increase yields, reduce pesticide usage, lower water consumption, and improve tuber quality, supporting both environmental and economic goals.

Yes. Cropin analyzes climate patterns, soil conditions, and historical crop data to identify regions suitable for potato cultivation. In real-world deployments, the platform has helped organizations discover high-potential growing areas and expand cultivation zones to secure a consistent potato supply.

Cropin’s AI models can predict potato yield approximately 30-45 days before harvest using its proprietary crop knowledge grid, satellite data, and weather data. Early yield visibility helps food processors and agribusinesses plan procurement, manage supply chains, optimize inventory, and reduce operational risks associated with uncertain crop production.

Cropin’s DEWS monitors key potato diseases and predicts risks before they occur. This includes diseases like early blight, late blight, and bacterial wilt, helping farmers take timely preventive action to minimize crop loss.

Cropin’s potato intelligence solution is deployed across 26+ countries, including India, China, the USA, the UK, the Netherlands, Brazil, Kenya, and more, supporting farmers and agribusinesses worldwide.

By leveraging Cropin’s platform, PepsiCo achieved:

• 90% weather prediction accuracy
• 87% disease early warning accuracy
• 87% crop stage progression accuracy
• 84% canopy greenness accuracy
• 80% nitrogen uptake and water stress monitoring accuracies

These insights helped PepsiCo optimize yield forecasting, irrigation, disease management, and supply planning for potato crops.

Cropin tracks all key growth stages, from sprout emergence to tuber formation and maturity. Some examples of actionable guidance the system provides at each stage include:

• Vegetative stage: alerts for irrigation and nutrient needs
• Tuber bulking stage: monitoring for water stress and nutrient optimization
• Susceptible stages: early disease warning alerts
• Pre-harvest stage: harvest planning and scheduling insights