Software Engineering

Safety-Critical Architecture

We design robust software architectures tailored to your safety requirements (SIL/ASIL/DAL). By focusing on modularity, fault tolerance, and clear interface definitions, we create a scalable foundation that simplifies both development and future certification audits.

Embedded C/C++ Development

Our core strength lies in high-performance embedded programming. We develop efficient, deterministic code using MISRA-compliant C or C++, ensuring that your hardware-near functions perform reliably under the most demanding real-time constraints and resource limitations.

Integrated V&V

Quality is baked into our process. We offer “Development-inclusive Verification”, where unit testing and static analysis are performed in parallel with coding. This “shift-left” approach identifies defects immediately, reducing downstream costs and ensuring high-quality artifacts.

Adaptive Project Management

We integrate seamlessly into your existing quality assurance and development workflows. Our project management is designed for flexibility, adapting to your specific tool-chains and process requirements. This ensures transparent collaboration and full alignment with your internal standards, while maintaining the highest level of efficiency and safety compliance.

Technical & Certification Documentation

Software is only complete when it is fully documented. We provide comprehensive technical documentation that bridges the gap between engineering and certification. From high-level design descriptions to detailed low-level requirements and integration manuals, we deliver the high-quality artifacts required for a smooth approval process.

Legacy Code Modernization

Updating mission-critical legacy systems is a delicate task. We help you refactor, document, and verify existing codebases to meet modern safety standards, ensuring that older systems can be safely integrated into new environments or prepared for re-certification.

In-Flight Entertainment Simulator

Our company has developed high-end simulation solutions designed for the Airbus A350 and various other aircraft platforms, specifically targeting the Cabin Intercommunication Data System (CIDS and FCMS) and the In-Flight Entertainment System (IFE). We have developed a sophisticated simulator that bridges the gap between these cabin control systems and the In-Flight Entertainment (IFE) environment. A standout feature of our technology is the decoupled architecture, which allows both the cabin components and the IFE systems to be executed and simulated entirely independently of one another. To ensure maximum usability and efficiency during the testing process, the entire simulation is managed through an intuitive graphical user interface. This enables engineers to monitor and control complex communication protocols effortlessly, streamlining the validation of data exchange and ensuring robust system integration for modern aviation.

Modernizing Legacy Track Vacancy Detection Systems with EULYNX and RaSTA

We enable railway operators and manufacturers to modernize proven legacy systems for the digital future. For Siemens, we implemented an SCI-Converter (Standard Communication Interface) that extends existing axle counter software with EULYNX over RaSTA connectivity, without replacing the established core system. Through comprehensive legacy analysis and robust software architecture, we designed a scalable migration path for safety-critical systems. Our approach combines comprehensive software-development with parallel development of Unit and Software-integration tests, executed alongside automated validation using a tailored RT-Tester environment. The result is seamless integration of modern EULYNX standards into proven legacy track vacancy detection solutions, enabling long-term digital transformation in rail signalling.