Safety-critical simulation you can trust.

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up to 80%

fewer real test cases

fewer real test cases

fewer real test cases

Optimized workflows

through reduced configuration effort

through reduced configuration effort

through reduced configuration effort

Infinite scenarios

without hardware limits

without hardware limits

without hardware limits

Features

What ICASIS can do

Simulation, sensors, training data — everything in-cabin AI needs from development through validation.

NCAP

GSR

Real to Virtual

Driver Monitoring System (DMS)

Develop, test, and validate DMS algorithms — even before the first prototype, fully compliant with NCAP & GSR.

Develop, test, and validate DMS algorithms — even before the first prototype, fully compliant with NCAP & GSR.

Learn more

Learn more

RGB/IR Simulation

Fully configure RGB and IR sensors—including real lens properties, MIPI CSI-2 output, and simultaneous spectral simulation.

Fully configure RGB and IR sensors—including real lens properties, MIPI CSI-2 output, and simultaneous spectral simulation.

MIPI CSI2

Dual Simulation

Ground Truth

Multisensory

Occupant Monitoring System (OMS)

Develop safety-critical OMS functions—for all occupants, all seating positions, and all relevant conditions.

Develop safety-critical OMS functions—for all occupants, all seating positions, and all relevant conditions.

AI training

High-quality, scalable training data for in-cabin AI – cloud-based, across sensors, and without the need for your own computing resources.

High-quality, scalable training data for in-cabin AI – cloud-based, across sensors, and without the need for your own computing resources.

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Learn more

Driver Monitoring System (DMS)

With ICASIS DMS, driver monitoring functions can be developed, tested, and optimized even before the first prototype. The high-precision simulation of the vehicle interior enables fast and robust development of DMS algorithms that detect realistic scenarios such as distraction, fatigue, or lack of attention.

The integrated library makes it possible to directly select NCAP- & GSR-compliant test setups for this purpose. Custom settings also enable rapid adaptation to additional regulatory requirements and market-specific needs.

Real-to-Virtual scenarios
NCAP- & GSR-compliant
Test setups
Algorithm Training &
Validation

Occupant Monitoring System (OMS)

With ICASIS OMS, the behavior of all occupants in the vehicle can be analyzed. Simulating a wide variety of seating positions, movements, and interactions enables fast and flexible development of safety-critical functions. Additional conditions such as child seats or seat belt use are also taken into account.

Multisensory
Scenarios for interaction with
HMI
Ground truth annotation

RGB/IR Simulation

ICASIS offers a highly precise RGB and IR simulation that flexibly adapts to customer-specific requirements and replicates real hardware conditions.

The engine enables full configuration of RGB and IR sensors. Camera positions can be freely selected, both spectra can be captured simultaneously and placed in the vehicle. ICASIS generates the original sensor pattern for RGB and IR and converts all raw data to the MIPI CSI2 standard. In addition, typical lens-specific properties such as distortions or aberrations can be simulated according to customer requirements to ensure a realistic representation.

RGB/IR Dual Simulation
Flexible camera positions
Optical simulation

And much more.

Cloud-native Simulation
Cloud-native Simulation
Broad scenario coverage
Broad scenario coverage
Ground truth annotation
Ground truth annotation
Iteration and validation requirements
Iteration and validation requirements
Can be integrated into existing processes
Can be integrated into existing processes
A variety of realistic driver states and animations
A variety of realistic driver states and animations

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Discover ICASIS

Discover ICASIS

Solutions that make a difference in practice.

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Defence

Secure Software Delivery for mission-critical defence systems

Mission systems, autonomy functions, optronics, support tools, embedded controllers, and digital interfaces must be developed and maintained under conditions that require both cyber resilience and engineering discipline.

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Defence

Realistic perception before field deployment

Sensor-based defence functions are only as reliable as the perception on which they are built. Whether it is counter-UAS, force protection, reconnaissance, autonomous mobility, or optronic target acquisition and sighting systems: development teams must understand how their systems behave before physical tests are available and before costly test campaigns begin.

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Defence

Intelligent networking for secure mobility

Protected mobility platforms must be able to perceive, interpret, and respond to their environment, even where human vision is limited and the complexity of sensor systems increases.

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Defence

Secure Software Delivery for mission-critical defence systems

Mission systems, autonomy functions, optronics, support tools, embedded controllers, and digital interfaces must be developed and maintained under conditions that require both cyber resilience and engineering discipline.

Read more

Defence

Realistic perception before field deployment

Sensor-based defence functions are only as reliable as the perception on which they are built. Whether it is counter-UAS, force protection, reconnaissance, autonomous mobility, or optronic target acquisition and sighting systems: development teams must understand how their systems behave before physical tests are available and before costly test campaigns begin.

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The complete stack – from simulation to engineering.

From simulation through AI development to system integration – usable in automotive and defence.

Defence

VAIVA’s strengths in simulation, validation, and AI engineering are transferable to defence-related use cases—wherever robustness, perception quality, and trustworthy development matter.

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Automotive AI & Engineering

VAIVA supports teams in safety-critical programs with engineering that goes far beyond traditional services. From simulation-based validation to standards-compliant implementation—for development that becomes faster and better.

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We were skeptical whether a simulation-based platform could cover our real-world testing requirements – ICASIS convinced us. We are confident that we can significantly reduce our physical testing efforts and iterate much faster in the future.

We were skeptical whether a simulation-based platform could cover our real-world testing requirements – ICASIS convinced us. We are confident that we can significantly reduce our physical testing efforts and iterate much faster in the future.

Head of ADAS V&V

Premium OEM, Europe

Trust through standards.

ISO 9001

Certified quality management system – for consistent development processes and reliable results.

Certified quality management system – for consistent development processes and reliable results.

TISAX®

Certified information security according to automotive standards – for the secure handling of sensitive partner data.

Certified information security according to automotive standards – for the secure handling of sensitive partner data.

Ready to test earlier?

Talk to our teams and learn how our tools and services can accelerate your development!

Request a demo

Ready to test earlier?

Talk to our teams and learn how our tools and services can accelerate your development!

Request a demo

Ready to test earlier?

Talk to our teams and learn how our tools and services can accelerate your development!

Request a demo