Domain expertise

Regardless of the sector, our clients benefit from:

• a deep understanding of regulatory requirements
• experience with complex, safety-critical systems
• high standards for architecture, quality, and development processes
• proven implementation expertise in critical projects

We combine proven methods with modern software technology to help companies solve their challenges in a structured, secure, and efficient manner. In doing so, we look beyond our own industry to other sectors and apply proven methods, architectures, and principles.

Software defines the vehicle. We support OEMs, suppliers, and mobility providers in developing safety-critical functions, E/E architectures, embedded software, cloud backends, and the entire transition to the Software-Defined Vehicle (SDV).

From the sensor to the control room – modern automation requires robust embedded systems, powerful backends, and user-friendly configuration tools.

Grid stability, supply reliability, and regulatory requirements define this sector. We develop software that ensures reliability, cyber resilience, and long-term maintainability.

Digital transformation in the public sector must be reliable, compliant with data protection regulations, and citizen-centric. We provide support for modernization, architectural decisions, and security-related solutions.

Medical software requires precision, traceability, and strict compliance with regulatory standards. Our expertise ranges from secure embedded systems to high-performance clinical backend applications.

Reliability, safety, maintainability, and stringent certification requirements are key here. We support programs and suppliers throughout the entire engineering lifecycle.

Safety-critical systems must be robust, clearly documented, and protected against attacks. We combine years of project experience with state-of-the-art engineering.

High availability, performance, compliance, and data integrity are our top priorities. We provide support for platform modernization, the implementation of efficient methods, and the improvement of engineering quality.

Whether it’s rail infrastructure, control and safety technology, or operational software – reliability and compliance with standards are crucial in rail transport.