Embedded Systems Development

Our expertise in bare-metal programming enables the development of highly optimized and specialized embedded systems without an operating system. This offers maximum control and efficiency for the specific applications. We achieve maximum performance and reliability through direct hardware interaction.

With our experience in various RTOS systems, we create real-time solutions that deliver precise and deterministic performance. These systems are ideal for time-critical applications where reliability and responsiveness are crucial.

We use embedded Linux to develop powerful and flexible solutions for a wide range of embedded systems. Our customized Linux-based systems provide a robust platform for complex applications that are scalable and future-proof.

Our developers are proficient in C, C++ and RUST to write robust and efficient software for embedded systems. These languages offer the necessary performance and control to realize demanding and resource-intensive applications.

Many embedded systems are equipped with (touch) displays to enable user interaction. With our specific know-how in the development of GUI applications on resource-limited systems with Qt, we can develop state-of-the-art user interfaces that look modern and offer an excellent user experience.

We integrate components via a wide range of interfaces: Modbus, CAN, UART, Matter, BLE, NFC etc.

We develop low-power solutions that minimize the energy consumption of mobile embedded systems without compromising performance. Our approaches ensure long battery life and efficient operation, ideal for mobile and IoT devices.

We bring artificial intelligence directly to the edge to enable fast and local data processing. Our Edge AI solutions use machine learning and advanced algorithms to create intelligent and autonomous systems that can react immediately to data.

Our solutions include advanced update mechanisms that enable devices to be updated securely and efficiently. This ensures that systems are always up to date and protected against security threats.

Our expertise in the integration of crypto chips secures embedded systems using advanced encryption techniques. We guarantee maximum protection of data and communication channels against cyber threats.

We implement comprehensive test strategies, including unit tests, integration tests, end-of-line (EOL) tests, software-in-the-loop (SIL) and hardware-in-the-loop (HIL) testing. These rigorous testing methods ensure that our systems meet the highest quality standards and function reliably.

We specialize in requirements engineering and the translation of complex requirements into efficient and reliable software solutions. Through close collaboration with our clients and a deep understanding of their needs, we ensure that every solution is precise and customized. Our approach guarantees that the systems developed not only meet current requirements, but are also future-proof and scalable.

Our team has in-depth FPGA expertise and applies this specifically to performance-critical projects. This technology enables us to handle complex tasks in real time while meeting the highest requirements in terms of speed and reliability.