A significant advantage of GPS trackers is precise fieldwork. Farmers can control machines with centimeter-level accuracy, avoiding overlaps and omissions, using cultivation areas more efficiently, and distributing seeds, fertilizers, and pesticides more evenly. This results in higher yields, better crop quality, and reduced operating costs, especially in large farms.

An ISOBUS system allows operators to connect and control various devices through a single graphical terminal called a Universal Terminal (UT). This enables management of all compatible ISOBUS implements regardless of the manufacturer. This ISOBUS protocol represents an agreement among agricultural machinery and equipment manufacturers, resolving compatibility issues.

The combination of GPS trackers and ISOBUS systems contributes to resource conservation. Thanks to precise control and monitoring, the application of fertilizers, pesticides, and seeds can be accurately dosed. This not only leads to cost savings but also reduces environmental impacts. By targeting the use of resources, soil fertility is maintained, and environmental pollution is minimized.

The technology surrounding GPS trackers and ISOBUS systems is continually evolving. New innovations such as the integration of artificial intelligence and machine learning hold the promise of further enhancing efficiency and accuracy. These advancements could potentially lead to autonomous machines operating fully automatically and with even greater precision in the future. This would enable farmers to save more time and resources while increasing productivity.