Precision Agriculture: The Future of Farming

Food production, specifically agriculture, is a crucial component in the expansion of civilizations. As populations grow, the need for more food rises. The gathering of data is the new frontier in advancement for agriculture technology. The more known about the field the better it can be nurtured. Precision agriculture is defined as “the application of technologies and principles to manage spatial and temporal variability associated with all aspects of agricultural production for the purpose of improving crop performance and environmental quality.” [1].

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ISOBUS Task Controller: Part 1

VIRTEC display.
Task Controller can enable precision farming between tractor and implement.

A few months ago in this blog I gave a very broad overview of Task Controller (TC).  The Virtual Terminal is probably the best-known ISOBUS feature given its visual prominence, but TC is a popular topic to discuss in the ISOBUS world because it offers many intriguing possibilities … and seeks to fulfill many of the promises of precision agriculture across manufacturers.  I thought it would be useful to spell out some of the details of TC as it can be a quite confusing subject.  In this post, I will walk through the components and the steps of a typical TC session.

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