Our teams are experts in developing software for dependable control systems with functional safety, real-time or high availability requirements, which are embedded in stand-alone systems, heterogeneous systems or (hyper)distributed systems. We focus on increasing the degree of automation and robustness of the software, as well as modularity and scalability.
We specialise in standardised reference software platforms and communication systems such as ROS, DDS, V2X and Autoware. We are able to integrate them into mixed-criticality applications (SIL0-SIL4) and deploy them in state-of-the-art distributed environments.
We have extensive experience in the most advanced methodologies and technologies for the development of autonomous systems, with a specialisation focused on the development of software for autonomous vehicles with a high degree of autonomy, such as GoA2-4 for railways and SAE2-5 for the automotive industry.
Our pioneering and high-level facilities offer the essential tools to carry out tests and validations of different technologies and thus address challenges such as sustainability, energy efficiency and cybersecurity.
We tackle projects in sectors with the highest levels of functional safety integrity (SIL-4). In other words, we develop control applications that must minimise the probability of failure to exceptionally low levels, because they can put people's lives at risk or the condition of expensive infrastructure or equipment.