A global Tier-1 supplier to the automotive and industrial sectors, focused on safe and sustainable technology solutions.
The client needed a Security Event Manager built from scratch - full design and implementation - running on a specific instrument-cluster ECU, delivered in a tight six months. It had to meet stringent automotive QA standards with full requirement-to-code traceability, and guarantee permanent, tamper-proof storage of diagnostic records a tester could never delete, with data integrity maintained over the long term.
We ran full-cycle engineering - requirements, architecture, detailed design and Embedded C code - behind a QA toolchain for traceability and quality (unit tests with Cantata, static and dynamic analysis, and requirements tracing in IBM DOORS). Time-boxed sprints with weekly milestones kept risk under control, the embedded implementation was tuned for efficient logging and memory, and an immutable data-storage design keeps diagnostic records non-deletable and access-protected.
A 4-member team over 6 months - two cyber-security experts, one BSW developer and one QA engineer - using a layered security architecture (HSM → middleware) with verification and validation at each boundary and risk-driven test prioritisation by ASIL/severity.