Rethinking Software-Aided
Interior Design

Engineering the next generation of vehicles through predictive intelligence, virtualization, and digital integration.

SAINT is a virtual simulation platform that accelerates interior vehicle development and sustainably reduces development costs through advanced digitalization.

The Vehicle as an
Intelligent Control Hub

Our interdisciplinary and scientific approach enables us to systematically analyse complex systems and translate them into customized technological solutions.
Unlock Your innovation potential by precisely transferring the latest scientific insights into practical applications.

Bridging E/E Architectures and
Digital Twin Technology

SAINT represents a new paradigm in vehicle interior management, functioning as the first prototypical domain-centralized control software for interior functionalities. By leveraging validated virtual environments and baseline knowledge, SAINT ensures efficient, intelligent, and adaptive control strategies for the next generation of vehicles.

Reduce development time by 20%

SAINT evaluates engineering feasibility in early design stages, allowing for informed decision-making before physical prototyping begins. This reduces costly late-stage modifications and improves overall system reliability.

Reduce cost by 25%

By digitalizing the primary prototyping process, SAINT enhances flexibility, increases prototype diversity, and significantly reduces material and personnel costs. The result is a more efficient and scalable approach to development.

Accelerate time-to-market

SAINT automatically formats input data for programming control units. This reduces manual effort, speeds up development, and ensures that the control logic is well-validated against historical data and adaptable to real-time changes.

Virtual Testing for Smart Interiors

A safe virtual environment built for developing and testing new functionalities.

Automation and Early-Stage Function Validation

Minimal input data enables early validation, reducing redesigns and accelerating time-to-market

Seamless Simulation-to-Hardware Integration

Streamlined hardware integration minimizes manual intervention and enhances adaptability.

State of the Art Analytics

Optimized functionality design using advanced simulation methods and machine learning.