Agriculture includes data acquired with yield monitors, soil testing, GPS, GIS, satellite imagery, and variable rate technology. Plant IT enables you to bring these technologies together. Plant IT also integrates farm management data, such as planting conditions (date, rate, hybrid/variety), fertilser and chemical applications (product, rate, additives), and tillage practices (equipment, date, operator, hours).

At the heart of this revolution in production agriculture is the management and analysis of these data. Layers of data are merged into one spatial database, so that any area of a field (at a user-defined resolution) can be assessed for multiple characteristics, such as pH, P, N, K, yield, soil type, variety selection and so on.
Access to this information enables people to make better management decisions, lower input costs, provide better stewardship of the land, and increase yields. Choices like variety selection can be made with the benefit of this information. Chemical applications can be selective and focused. Crop stresses can be pinpointed long before they are visible to the naked eye.


Agriculture includes data acquired with yield monitors, soil testing, GPS, GIS, satellite imagery, and variable rate technology. Plant IT enables you to bring these technologies together. Plant IT also integrates farm management data, such as planting conditions (date, rate, hybrid/variety), fertilser and chemical applications (product, rate, additives), and tillage practices (equipment, date, operator, hours).

At the heart of this revolution in production agriculture is the management and analysis of these data. Layers of data are merged into one spatial database, so that any area of a field (at a user-defined resolution) can be assessed for multiple characteristics, such as pH, P, N, K, yield, soil type, variety selection and so on.
Access to this information enables people to make better management decisions, lower input costs, provide better stewardship of the land, and increase yields. Choices like variety selection can be made with the benefit of this information. Chemical applications can be selective and focused. Crop stresses can be pinpointed long before they are visible to the naked eye.