Coca-Cola is backing a new MIT-led push to deploy artificial intelligence against citrus greening, a fast-spreading disease that has gutted U.S. orange production and now threatens Brazil’s groves. The effort reflects how global brands are turning to technology to safeguard fragile agricultural supply chains.
AI Reshapes Agriculture in a Defining Collaboration
The Massachusetts Institute of Technology launched the Generative AI Impact Consortium in 2025 to apply cutting-edge research to pressing real-world challenges. Founding members include Coca-Cola, OpenAI, Tata Group, SK Telecom, and Analog Devices. Coca-Cola is the consortium’s sole consumer goods participant, bringing a perspective rooted in large-scale food and beverage supply chains.
The group’s inaugural project, “Save the Orange,” targets huanglongbing (HLB), also known as citrus greening. The disease has devastated Florida’s groves since the early 2000s and is spreading across Brazil, the world’s largest orange-producing region. Left unchecked, it could cripple global orange supply within a generation. Coca-Cola is working with Fundecitrus, a São Paulo–based research body, and Invaio Sciences to explore solutions ranging from AI-powered early detection tools to biotech-driven treatments.
Industry Impact Extends Beyond Juice Shelves
The U.S., once responsible for nearly half of the world’s orange output, now accounts for just 5% as disease and hurricanes decimated orchards. USDA projections put 2025 U.S. production at 2.5 million tons, less than half of the volume recorded a decade ago. Brazil, where nearly half of its citrus belt is affected by greening, faces mounting risk of similar declines.
For Coca-Cola, safeguarding orange supply goes beyond its Minute Maid juice business. The company has increasingly tied AI to its broader strategy, applying it to R&D, inventory management, and supply chain planning. Executives say the “Save the Orange” project reflects both an urgent industry need and an opportunity to demonstrate how digital tools can compress agricultural research timelines from years to months.
Why This Matters for Global Supply Chains
The citrus crisis highlights how fragile global agricultural supply chains have become under the weight of disease, climate volatility, and shifting trade flows. While AI promises new pathways for resilience, it also raises a question of priorities: whether advanced technologies will be directed first toward safeguarding commodity crops or toward consumer-facing innovations. The trajectory of projects like “Save the Orange” may signal how seriously global brands are willing to invest in protecting the raw materials that underpin entire industries.
