The creation of a software product from the vision, through implementation, to go-live and maintenance, is a complex undertaking. Agile methods help to develop individually tailored software products cost-efficiently and suitable for the market.

Valuable insights for future decisions are often hidden in companies’ existing data. To gain these insights, data from complex structures of the most diverse sources must be merged and specifically linked or validated.

In the age of Industry 4.0, digitization and automation enable extensive recording of machine, process and logistics data. This presents companies in a wide range of industries with the challenge of securely storing large amounts of data and processing it in a useful way.

The digitalization of the economy has been progressing for years, and was accelerated in 2020 by Corona Crisis. We offer our customers a broad support of all activities in digitization, starting with requirements engineering, research question, implementation and rollout.

Intelligent transport systems and efficient mobility solutions can help reduce congestion and related problems such as time loss, longer journey times and negative environmental impacts.

In many medical fields, such as burn medicine, chronic wound management, forensics, etc., the affected body surface of patients is an essential diagnostic factor – a documentation of the course of treatment is essential.

For production companies, it is important to sustainably improve manufacturing processes, to continuously reduce the energy and resource requirements and to increase adherence to delivery dates. This can be achieved with the help of efficient planning and control.

Results of our work are, among others, a software library for the simulation of machining processes, as well as programming and simulation environments for computer-controlled machining tools.

An essential success factor in supporting medical professionals is the integration and utilization of a complete data processing chain for medical practice.

Based on registered and segmented medical image data, methods for modelling anatomical structures (blood vessels, tissue, skin, …) are investigated.

Patient-specific anatomical structures form the basis for medical models and simulations based on them. For this purpose, the required 3-dimensional structures are extracted from medical image data.

In the field of Virtual Product Development we deal with new developments and advancements of the necessary technical-scientific software systems.