The challenge
Your software may be ready, but your development team is stuck waiting for hardware. While projects sit idle, integration issues remain hidden, testing is delayed, and expensive engineering resources are underutilized. Problems discovered only after prototypes become available can lead to weeks of rework, delayed vehicle milestones, increased validation costs, and significant pressure on launch schedules. In today’s SDV world, late validation is no longer just a technical issue; it’s a business risk.
The solution
The integrated use of EB tresos and dSPACE VEOS allows developers to create and test virtual ECUs directly from Classic AUTOSAR projects, even before physical hardware is ready. EB tresos enables users to configure and generate AUTOSAR compliant basic software and virtual ECUs, while dSPACE VEOS delivers a robust simulation platform for software in the loop (SIL) testing and validation. Our pre-integrated package combines virtual ECU generation and simulation into one streamlined workflow, enabling faster setup and immediate project execution without additional integration effort.
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Complete virtual ECU validation workflow
Generate and simulate virtual ECUs with EB tresos and dSPACE VEOS in one integrated solution, ready to use right away.
Earlier validation for faster SDV development
Start testing software before physical ECU hardware is available and accelerate development through faster iteration cycles.
Reduced dependency on hardware prototypes
Detect functional and integration issues earlier while minimizing reliance on hardware test benches and prototypes.
CI/CD-ready software validation
Enable continuous integration and automated software-in-the-loop testing to seamlessly integrate validation into modern SDV workflows.
Virtualized MCALs
The solution includes coverage of almost all AUTOSAR MCALs, including CAN, Ethernet and Memory virtualization.
The EB tresos solution for dSPACE includes
- EB tresos AutoCore Generic – Elektrobit’s AUTOSAR-compliant basic software for Classic AUTOSAR virtual ECUs
- EB tresos Studio – multi-functional tool set to configure and generate the AUTOSAR basic software and virtual ECU environment
- dSPACE SystemDesk Virtual MCAL – virtual microcontroller abstraction layer enabling hardware-independent software validation
- dSPACE VEOS – simulation platform for software-in-the-loop (SIL) testing and virtual ECU execution
- MinGW gcc – compiler toolchain for building and running virtual ECUs in the simulation environment
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Technical details



