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ECU VIRTUALIZATION
ECU virtualization accelerates development with simulation, testing, and prototyping.
How We Can Help

- Transition physical ECUs into virtual platforms, offering scalable solutions across Levels 1–4 of virtualization.

- Develop and execute reusable test scenarios tailored to AUTOSAR and non-AUTOSAR environments.

- Perform dynamic system evaluations for better insights and decision-making.
Capabilities


Virtualization of critical ECUs, including Battery Management Systems (BMS), ePowertrain (ePWRT), Gateways, and VCUs.

Development of virtual ECUs adhering to AUTOSAR standards, ensuring seamless integration into larger ecosystems.

Automation of test scenario creation, execution, and transfer from HIL to virtual ECU environments.

Execution of MIL and SIL testing for accurate simulation-based validations.

Creation of reusable and adaptable test cases to streamline testing efforts across multiple platforms.

Toolchain Expertise

SystemDesk: ECU architecture modeling and V-ECU RTE generation.

VEOS: Integration and simulation platform for V-ECU build and VPU integration.

ControlDesk: Calibration, measurement, and instrumentation visualization.

MATLAB/Simulink: Development of plant models and software ECU builds.

GT Suite/AMESIM: Plant model development and FMU generation.

Bus Manager: Communication setup for CAN, LIN, FlexRay, and Ethernet.

Legacy Code Integrator: Integration of non-AUTOSAR architectures into virtual ECU builds.
Experience
Our extensive hands-on experience spans diverse projects
The Advantages We Offer
Faster Time-to-Market
Reduce development cycles with virtual environments and automated workflows.
Scalability
Adapt test scenarios and processes to evolving requirements with ease.
Cost Optimization
Lower dependency on physical hardware for testing and prototyping.
Seamless Integration
Incorporate virtual ECUs into AUTOSAR and non-AUTOSAR systems.
Future-Ready Solutions
Prepare for next-generation vehicle architectures with robust virtualized platforms.