Engineering at the service of safety and security
ROSAS - Robust and Safe Systems

The ROSAS Competence Center is specialized in safe, secure and robust technical systems. Our engineers ensure the safe and reliable interaction of mechanical components, electronic hardware and software in industrial systems. Such systems are integrated in domains such as aviation, automotive and machine industry.

Passage du Cardinal 13b
Halle Bleue
1700 Fribourg, Switzerland
+41 26 429 66 22 
info@rosas.center

Cybersecurity

The growing complexity of systems led by the emergence of Artificial Intelligence and Internet of Things, the convergence between IT (Information Technology) and OT (Operational Technology) and the increasing number of interconnections, are making systems increasingly vulnerable to external cyber-attacks. ROSAS’s Cybersecurity team can identify your weakest spots at any levels between IT and OT and support cybersecurity policies with best practices approaches.

Safety and reliability

ROSAS’ Safety & Reliability team provides risk assessments and design evaluations based on standards applicable in machinery, automotive, railway and aviation. It focuses on simplifying processes and new technologies such as automated vehicles and the 4.0 industry. Thanks to its collaboration with CertX (only certification body of Switzerland), ROSAS provides support on all phases of products' development, from concept to certification.

Model-Based Engineering

Model-Based Engineering (MBE) aims to digitilize industries by creating digital twins of physical products. The Digital Twin is a computerized model that incorporates all generated know-how gathered at all stages of the product lifecycle. ROSAS’ MBE team can support your digital transformation by developing specific models for your products as well as R&D, Sales and After Sales Services. Such models can help to reduce products' development time, costs and complexity by over 30%.

Automated Mobility

ROSAS’s Automated Mobility (IS) team aims to automate driving of vehicles and robots by developing safe and secure algorithms (perception, localization, motion & path planning). Additionally, we help industries defining ODDs (Operational Design Domain), implementing remote operation systems such as teleoperation, simulating the implementation of autonomous vehicle using Digital Twins and provide inputs regarding smart infrastructures (V2X, ITS, etc.).