
FROM VIRTUAL DEVELOPMENT TO VIRTUAL ASSURANCE
Software-Defined. Autonomous. Virtually Assured.
We accelerate the development of safe, intelligent and software-defined vehicles.
Perception · decision-making · autonomous control
Software architectures · continuous evolution · system integration
Scenario-based validation · AI assurance · virtual certification
Simulation · digital twins · virtual testing · SiL/HiL

Autonomous. Digital. Efficient.
We bring simulation, AI and virtual assurance to the next generation of rail systems.
Perception · localization · automated operation
Vehicle · infrastructure · operations
Simulation · safety evidence · scenario-based validation
Energy · dynamics · comfort · efficiency

Simulation Meets Human Health.
We transfer simulation, AI and digital-twin technologies from mobility into healthcare.
Personalized models · biomechanics · physiology
Devices · procedures · human interaction
Intelligent models · prediction · decision support
Reducing physical testing through simulation

Autonomous. Resilient. Mission-Ready.
We transfer advanced technologies from mobility research into next-generation defense systems.
UGVs · UAVs · multi-agent systems · autonomous navigation
Robust decision-making · degraded environments · system-of-systems
Simulation · digital twins · scenario-based testing · AI assurance
From research prototype to field demonstrator

Smarter. Autonomous. Virtually Validated.
We transfer autonomous-system and simulation technologies into the maritime world.
Perception · navigation · decision-making
Vessels · propulsion · operational environments
Scenarios · safety · autonomous-system validation
Efficiency · electrification · system optimization

Model. Optimize. De-Risk.
We apply advanced simulation and digital twins to complex energy systems.
System integration · thermal management · safety
Modelling · thermal behavior · safety · lifetime
Predictive models · monitoring · optimization
Multi-physics · controls · energy management

Virtual Assurance for Future Aviation.
Advanced simulation and virtual assurance for complex, safety-critical aerospace systems.
Fuel cells · thermal management · system integration
Simulation-based evidence · safety · assurance
AI · perception · decision-making
Multi-physics · system optimization · lifecycle

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