Microcontrollers (MCUs) form the heart of optronic systems used in aviation, medical technology, the automotive industry, and defense, for example.
A real-time operating system (RTOS) is often used here to ensure compliance with strict time specifications and deterministic behavior.
The main challenges lie in developing software that meets the requirements of relevant standards such as DO-178C (aviation), ISO 26262 (automotive), and IEC 62304 (medical devices). Such standards require a systematic approach with a clear separation of development and testing processes, as well as complete traceability of all requirements.
An RTOS ensures that safety-critical tasks are prioritized and executed in a timely manner. Mechanisms such as task scheduling, interprocess communication, and memory isolation are used for this purpose.
Memory management is particularly crucial, as software errors such as buffer overflows can have fatal consequences in safety-critical applications.
In addition, software verification is a key step.
Methods such as static code analysis, formal verification, and extensive hardware-in-the-loop testing ensure that software is robust and error-free.
Thanks to microcontroller-based embedded software and RTOS, safety-critical applications achieve a balance between efficiency, reliability, and safety – an indispensable factor in modern high-tech applications.
In our work, we rely on clear processes for quality assurance, transparency, and confidentiality. This enables us to develop the software for optimal camera systems for you.
We develop programs and systems that can withstand long-term stress.
We work closely with the electronics and FPGA departments to ensure that your requirements are implemented optimally.
We work flexibly and transparently, enabling us to resolve issues quickly.
Our projects are always confidential, which is why we work with strict security measures.
Contact us using the contact form or simply give us a call. We will personally take care of your request or send you a quote.
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