Runtime-behavior

The automotive industry is quietly undergoing a structural transformation that is every bit as significant as the move from carburetors to electronic fuel injection or from mechanical steering to drive-by-wire. The rise of the software-defined vehicle (SDV) is reshaping OEM business models, engineering practices, and supply chains at a speed that only a few years ago would have seemed improbable.

In this new reality, even premium manufacturers such as BMW – companies with deep in-house engineering capability and long-established software competencies – are making strategic investments in modern development tools to support increasingly complex vehicle architectures. Their recent decision to adopt Percepio’s runtime observability technology is more than a single OEM upgrading a single capability; it’s part of a broader shift that is becoming visible across the industry.

Embedded software observability supports BMW Group in monitoring runtime performance within software-defined vehicle architectures.

In automotive electronics, particularly body, comfort and control systems, embedded software performance has become a critical engineering concern. As vehicles transition toward software-defined architectures, developers must ensure deterministic behavior, real-time responsiveness and long-term reliability across increasingly complex distributed systems.

Longstanding engineering practices suddenly feel insufficient. Percepio’s CEO Andreas Lifvendahl writes in ADT on the disruptive pressures on automotive software engineers facing increased SDV complexity. ” As vehicle architectures shift toward high-performance compute platforms, continuous software deployment, and complex cross-domain interactions, developers are encountering problems that cannot be solved with the tools of the past. BMW’s recent decision to adopt Percepio’s observability technology is a visible example of how OEMs are modernizing their toolchains to address these new realities.”