4JET stands for innovative laser systems that are used as integrated machine solutions for surface processing in tire, automotive, glass and photovoltaic production, as well as in aviation worldwide. Over the years, a complex application for machine control and automation of the laser applications had grown on the basis of an Access database and Windows Forms, which was difficult to maintain and further develop.

With over 150 machine types, GRIMME, as the international market leader for potato, beet and vegetable technology, not only has a particularly broad product range, but also additionally offers numerous configuration options. This means that every machine is different and is built specifically for the individual customer. This leads to a high level of complexity and effort in processing customer inquiries.

Hörmann is Europe's leading supplier of doors, gates, shutters and operators. A new generation of industrial control was to be created for the industrial sector at Hörmann.

OASE offers innovative products and systems for creative design with water in gardens, interior design and public areas.

From farm management, crop and herd management to precision farming - digitization and automation have long been part of modern agriculture. With its modular platform for digital farm management, 365FarmNet is a leader in the field of agricultural software. The system supports farmers not only in the planning and control of work processes and in documentation, but also in sustainable, resource-conserving and cost-optimized farming. Large volumes of data are generated in the process.

Coming from the field of weighing technology, Höfelmeyer develops individual solutions in custom machine engineering for quality management in the food production industry.

Whether combine harvesters, tractors or forage harvesters: As one of the global market leaders in the field of agricultural technology, the company CLAAS has stood equally for innovative strength and for the durability of its products for more than 100 years. This combination presents a complex challenge to software development for agricultural machinery: the parallelization of new developments and the model maintenance of different generations of series products.