Simulation framework FERAL

FERAL makes it possible to create highly complex digital twins of various components. The framework also offers comprehensive simulation functions.

Using scenario analysis, the effects of certain decisions can be examined to check whether the behavior of the system meets previously defined expectations.

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• Integration of heterogeneous simulation models: FERAL enables the coupling of different simulators and simulation models that use different Models of Computation and Communication (MOCC).
   

• Virtual validation of communication buses: The platform supports the simulation of networks and communication protocols, including CAN, Ethernet, FlexRay, LIN, and MOST.
   

• Support for hypervisor technologies: FERAL enables the integration and virtual verification of hypervisor-based architectures in which safety-critical and non-safety-critical applications are executed on shared hardware.
   

• Integration with other tools: The platform supports integration with Simulink, Functional Mockup Interface (FMI), C/C++ simulation models, Java simulations, and external components such as HTTP REST web services.
   

• Modular design: FERAL is designed as a modular component library that can be configured and connected using simulation scripts.
   

• Java-based implementation: The platform is developed in Java, which reduces the effort required for low-level programming while enabling high performance.

Virtual test benches for off-road applications with FERAL

Dr. Pablo Oliveira Antonino (Fraunhofer IESE) and Alex Foessel (Balanced Engineering LLC) talk about their project and innovation in the agricultural sector. 

Shenoy Ganesh, Tech Expert, BOSCH Global Software Technologies:

“We have reduced the duration of release testing by 80% (2 weeks with HiL compared to 2 days with FERAL). We have also accelerated the execution time for component testing by 30% and achieved greater scalability through parallel test execution.”

Martin Meiler, Business Development Manager Safe Systems, CADFEM Germany GmbH:

“FERAL enables efficient validation of ADAS functions modeled with Ansys SCADE through seamless integration with driving simulators such as CARLA. It also allows analysis of the effects of random errors and potential attacks on the implemented ADAS functions through systematic error injection on the CAN bus.”

FERAL is successfully used in industry and research. In the automotive industry, the platform supports the analysis, optimization, and virtual qualification of assistance and control systems, as well as the efficient integration of new components into production systems.

Research teams use FERAL to develop adaptive cyber-physical systems, test network and communication protocols, and perform fault and scenario analyses that provide robust insights into system stability and resilience.

• Faster time to market: FERAL shortens development cycles, enabling new systems and features to be brought to market much faster.
   

• Reduced development costs: Virtual testing and simulation eliminate the need for expensive physical prototypes.
   

• Improved decision-making confidence: Scenario technology provides reliable data on which to base sound architecture and design decisions.
   

• Increased system reliability: Error and resilience tests help to identify and eliminate potential weaknesses at an early stage.
   

• High adaptability: Modular components and flexible simulation scripts enable easy adaptation to new projects and system concepts.
   

• Transparent evaluation: Results can be documented traceably, which facilitates internal coordination and external certification.

Use FERAL to develop and test your systems faster, more flexibly, and more cost-effectively. Whether you want to validate decisions, optimize existing processes, or implement new concepts, we work with your engineers to help you adapt and integrate customized simulation solutions. Discover the advantages of virtual prototypes and take your projects to the next level. Contact us!