Slovenia has entered new territory in agricultural innovation after carrying out what is being described as the first robotic corn sowing in this part of Europe. The demonstration took place in the Pomurje region, where an autonomous agricultural machine completed the sowing process without direct human operation.
The vehicle, essentially a cabless tractor designed to work independently, performed the task on its own, highlighting the growing role of automation in modern farming.
Blaž Germšek of the Agricultural Institute of Slovenia said the project serves as a clear example of how advanced technologies are beginning to shape the future of the sector. According to him, the initiative reflects the direction in which agriculture is moving, with greater emphasis on precision, efficiency and technological integration.
Although the robot operates at a slower pace than a conventional tractor, it offers a higher level of accuracy and can function continuously throughout the day and night. Its price exceeds 300,000 euros, underlining both the sophistication of the equipment and the scale of investment needed for such innovations.
Experts involved in the project say one of the main advantages of robotic farming is its ability to improve production precision while reducing the need for people to carry out repetitive or less attractive manual work. They also argue that these technologies could help make agriculture more appealing to future generations.
Masha Kerstein, a representative of Slovenia’s Ministry of Agriculture, said digital tools are becoming increasingly important not only in the field, but also in policymaking. She noted that modern technologies make it possible to design policies based on data and measurable outcomes, rather than relying primarily on compromise.
Officials say digitalisation offers farms the opportunity to develop faster, operate more sustainably and respond more effectively to the pressures of contemporary agriculture.
