Our broad know-how is based on a wide variety of interaction points with the semiconductor industry. As a result, we bring an in-depth level of understanding of the automated processes in cleanrooms and the installed equipment to solution development. We consider and optimize the existing infrastructures and environment architectures. Existing data is made centrally available and creates the basis for innovative technologies.
With our individual software solutions, we connect entire production chains, eliminate ineffective isolated solutions, and anchor the possibility of cross-location platform architectures.

With our experience in the automotive industry, we build IIoT solutions for the vehicle manufacturing and supplier industries. We take into account all steps in production and create stable processes that help our customers to fulfill their promise of quality.

Continuous process improvement is ensured by the sustainable integration of state-of-the-art approaches into the solution. This paves the way for fully automated and ultimately autonomous production in the event of a shortage of skilled workers, fragile supply chains and increasing quality requirements.

Our sustainable production control solutions bring your production up to and beyond the latest technological developments.

Modern software architectures replace old frameworks and reduce technical debt. Our experience in closed-loop engineering not only improves product quality, but also increases output. Our predictive maintenance solutions avoid cost-intensive downtimes through visual inspection during operation and ensure greater efficiency.

To optimize data availability, increase independence from individual production sites and the associated flexibility of the entire production chain, and strengthen digital support on the production line, we build cloud-based, customized production platforms. In this way, we sustainably network value chains and increase the reusability of solutions for all plants.

Increasing yields, output quality and reducing rework can only be achieved through a new generation of front-end applications. This provides the connected worker with the right information in real time, enabling them to respond and intervene immediately inline.