MULTICORE & SOFTWARE SAFETY
Multicore safety architecture
Software safety architecture for a vehicle controller on an Infineon TriCore-based platform.
Architecture contributionLogical view; allocation depends on the target and safety goals.
Architecture across four cores
The software safety-architecture work spanned four processing cores of a vehicle controller. The diagram shows a logical processing boundary, not four separate physical chips. Specific allocation and protection mechanisms are not disclosed.
Scope of the safety work
The contribution was software safety architecture, not ownership of the entire vehicle-controller programme or independent safety approval. Memory access, timing and execution are shown as architectural considerations; actual task allocation and protection configuration are not disclosed.
This is an anonymised example of our founder’s engineering experience across client programmes, including previous employment. It describes the stated software contribution, not ownership of the whole programme. Experience and attribution
LET’S GET SPECIFIC
Have a similar engineering challenge?
Share the target hardware, the software baseline, the current blocker and the release date. We establish access and dependencies, then propose a review or implementation package.