Ceres AI: Precision Agriculture Meets AI-Driven Insights

Ceres AI is a science-driven, high-growth platform revolutionizing agriculture with advanced AI analytics powered by over 11 billion plant-level measurements across 40+ crop types. Designed for agribusinesses, financial services, insurers, and lenders, it delivers actionable insights for yield protection, resource efficiency, and climate risk management through high-resolution aerial imagery and spectral data. The platform offers four core solutions—Farm Solutions, Risk Solutions, Sustainability Solutions, and Portfolio Insights—enabling precision irrigation, variable rate application, automated damage reporting, and customized sustainability scorecards. With seamless integrations into farm management systems and in-field sensors, Ceres AI provides mobile-friendly access and rapid data delivery within hours of image capture. Backed by research collaborations with institutions like NASA, UC Davis, and Agrifutures Australia, and trusted by industry leaders such as Samuel Farms and Fiscalini Cheese Company, Ceres AI combines cutting-edge technology with expert agronomic support to drive sustainable, profitable farming across four continents.

Key Features:

• Plant-Level Crop Health Analytics: Detailed insights down to individual trees or vines using spectral imagery.
• Cumulative Stress Index: Identifies plant stress patterns over time for proactive management.
• Variable Rate Application (VRA) Tool: Automatically generates customized application zones from aerial data.
• Tree Count & Crop Inventory: Delivers accurate tree inventories by variety within 72 hours.
• Water Demand Maps: Uses conductance measurements correlated with applied water for precision irrigation.
• Sustainability Scorecards: Customized reports with field-level recommendations for environmental stewardship.
• Portfolio Insights: Enables farm, regional, or global-level reporting and analysis.
• Automated Damage Reporting: Supports rapid loss adjustments and claims responsiveness after catastrophic events.
• Flexible Tasking: Imagery can be captured within 48 hours of a damage event or aligned with irrigation schedules.
• Mobile & Desktop Access: Data accessible on phones, tablets, and computers for on-the-go decision making.
• Integration Capabilities: Seamlessly connects with farm management software and in-field sensors like moisture probes and weather stations.
• Expert Agronomic Support: Dedicated support team ensures accurate interpretation and implementation of insights.
• High-Resolution Aerial Imagery: Captured via fixed-wing aircraft with 0.2–1 meter per pixel resolution and up to six simultaneous wavelengths (visible to far infrared).
• Proprietary Sensors: Custom-built, high-quality imaging technology for enhanced data accuracy.
• Cost-Effective Coverage: More efficient and economical than traditional soil-based monitoring methods.

Pricing: Ceres AI offers flexible, customizable pricing plans tailored to the needs of family farms, regional operations, and global agribusinesses, ensuring scalable access and value across different use cases.

Conclusion: Ceres AI stands at the forefront of agricultural innovation, combining decades of research, advanced spectral imaging, and AI modeling to empower smarter, more sustainable farming decisions—making it an indispensable partner for agribusinesses and financial stakeholders committed to precision, resilience, and long-term profitability.