Combined, this solution provides users with fully integrated and highly precise suite of cameras as well as powerful software that enables the generation of high-quality point clouds, orthomosaics and digital elevation models.

This integration lets farmers who use the built-in technology found in Deere equipment to filter that information to the Data Silo, where it is securely stored and can be used with various downstream tools.

Dr. Ray Asebedo is a former assistant professor of precision agriculture at Kansas State University and consultant for Topcon Agriculture. He focuses on the development of agronomic algorithms and IoT to enable farmers to utilize optical sensor technologies for nutrient management in corn, soybeans and wheat.

Summer is typically a prime timeframe for precision salespeople to engage customers on future purchasing decisions. But with many regions dealing with delayed planting this spring, precision specialists have perhaps put off having conversations with customers about technology additions or upgrades.

DOT continues to advance the path to autonomous farming with the first large-scale, fully robotic fertilizer spreader in the world.

The auto-steering company has announced that it has recently received a notice of allowance from the U.S. Patent and Trademark Office for a patent titled “Integrated Multi-Sensor Control System and Method.&rdquo

Unverferth Manufacturing Co., Inc. announces the intent to purchase the Blu-Jet equipment assets including the wide variety of fertilizer application and tillage products from Thurston Manufacturing Company, Thurston, Neb.

The agreement will provide mutual farmer customers in the U.S., Brazil and Argentina, two-way data connectivity between The Climate Corp.’s Climate FieldView platform and Taranis.