Billy Ram Samuel Singh, are working to design a robot and program its artificial intelligence (AI) models to detect soybean diseases before symptoms appear.

While it’s not what dealers want to hear, Quint Pottinger says, he plans on shifting to smaller equipment that can run autonomously 24/7 (or at least close to it) on his Kentucky farm.

The merger brings together the strengths, expertise, and resources of both associations with a shared goal: to provide greater value to members and a stronger voice for equipment dealers.

Mizzou Engineering researchers have developed FieldVision, a new artificial intelligence (AI) framework that helps fleets of agricultural drones decide where to process image analysis tasks: on the drone itself, at a nearby edge computing server or in the cloud. 

This Week's Lineup:

• Inside the Precision Ag Class at Iowa State 
• A Webinar on the Current State of AI in Agriculture 
• Why Small Dealers Have an Edge in Today’s Market
• Deere Combine Automation a Hot Topic at Big Iron Farm Show
• Teaching Customers How to Winterize Their Sprayer

The Univ. of Nebraska–Lincoln launched a new initiative aimed at helping farmers make better use of precision technologies — from developing new decision-support tools to improving existing technologies and training the next generation of innovators.

The pace of change in information technology is no longer linear — it is exponential. Artificial intelligence (AI) will increasingly influence the decisions made by our leaders, our administrators, and the rising generation of businesswomen and men who are stepping into leadership earlier than ever before.

Since its launch in March, VitalityAI has expanded rapidly across VitalEdge's dealer and rental customer base, embedding AI directly into the day-to-day workflows that keep equipment running.