Intelinair, NVision Ag Announce Collaboration Agreement to Help Corn Growers Manage Nitrogen

The technology will help corn growers decide whether they need more nitrogen fertilizer by showing specific degrees of nitrogen loss within a field.

INDIANAPOLIS - May 25, 2023 - Intelinair today announced that it has entered into a collaboration agreement with NVision Ag, a data analytics company focused on nitrogen management. Under the terms of the agreement, Intelinair will license NVision Ag's nitrogen management technology and make it available on its digital platform, AGMRI®.



The technology will help corn growers decide whether they need more nitrogen fertilizer by showing specific degrees of nitrogen loss within a field. From the aerial images yield-loss maps, total yield-loss estimates, and N-rate control files are generated. A grower can tell which areas within a field need nitrogen applied and which do not.


"By combining our imagery and data analytics with NVision Ag's proprietary nitrogen management technology, we will expand our in-season offering in nitrogen management in the 2023 crop season," said Tim Hassinger, CEO and President, of Intelinair. "Through this collaboration, our common goal is to provide timely information on where in a field nitrogen is most needed for the corn crop."


The agreement is further evidence of Intelinair's commitment to providing real-time actionable insights to ag retailers and growers to support data-driven decisions.


Peter Scharf, President of NVision Ag, says, "Intelinair is a perfect company for us to work with. They're out there every day looking at what is really going on in farm fields. And one of the things that shows up in their images is the nitrogen status of the crop. With Intelinair's imagery and our algorithms, we can support farmers in making the right decisions with nitrogen, whether that's fine-tuning planned in-season nitrogen, or making the right decision when rain may have caused nitrogen loss. When nitrogen is needed, we can deliver prescriptions at scale through AGMRI to put the nitrogen in exactly the right place and in the right amounts." 


Scharf has studied nitrogen for more than 30 years and is the author of "Managing Nitrogen in Crop Production," published by the American Society of Agronomy.


Other terms of the deal were not disclosed.


For more information about AGMRI or to schedule a demonstration, visit agmri.com or email sales@intelinair.com.


About Intelinair
Intelinair elevates agronomic management decisions by providing insights all season long to farmers and ag retailers through its easy-to-use interactive platform AGMRI. High resolution aerial imagery from fixed wing airplane, satellite, or drones provides whole field views increasing efficiency by prioritizing fields and offering assurance that fields are monitored and reviewed for timely decision making and identifying sustainability opportunities. Intelinair analyzes millions of acres in the U.S. and several other countries from its headquarters in Indianapolis, Indiana. Take action through informed management decisions at agmri.com.

About NVision Ag
Our core business at NVision Ag is to help corn producers decide whether they need more nitrogen fertilizer for their corn crop—how badly, where, and how much. We do this using aerial images and patented university research to create yield loss maps, total yield loss estimates, and N rate control files. Learn more at nvisionag.com.

Featured Product

X-Rail: reliability and resistance to environmental impurities

X-Rail: reliability and resistance to environmental impurities

Rollon's X-Rail linear rails are a reliable solution in environments susceptible to impurities. Equipped with rolling elements with shaped and flat raceways, they are available in several versions: galvanized, nitrided or stainless-steel sheet metal. The latter version ensures total corrosion resistance, which is critical for hostile environments such as those found in vertical farming. Particularly innovative is the T + U configuration of the X-Rail linear rails, which can compensate for the parallelism errors of mounting surfaces. This simplifies installation and reduces costs.