STREAM A | Solution Study
Monday, June 16
11:35 AM - 12:05 PM
Live in Berlin
Less Details
Infotainment is no longer just about user experience — it’s becoming a leading root cause of vehicle recalls, lawsuits, and brand damage. This talk reveals why traditional testing keeps greenlighting real-world failures, why task forces keep getting formed too late, and how software complexity keeps outpacing validation.
We’ll expose the systemic gaps in current QA approaches and present a practical model for shifting stability analysis left, starting in virtual environments and scaling across the entire development cycle.
Whether you’re a developer, technical lead, or program manager, join us to learn how to stop chasing bugs after launch — and start preventing them before SOP.
You will learn how:
Sami is the co-founder and CEO of Profilence, a software analysis company trusted by global automotive brands to solve their toughest infotainment and system stability issues. With a background in mobile software and over a decade of hands-on experience in diagnostics, Sami knows how complex systems break — and how they can be fixed.
At Car.HMI, he talks about patterns behind repeated task forces, why traditional QA keeps greenlighting real-world bugs, and how a smarter validation mindset can stop the chaos before it starts.
Moritz Neukirchner is Senior Director of Strategic Product Management for SDV at Elektrobit. Moritz is passionate about shaping the software revolution in Automotive towards truly software-defined vehicles. As architectural lead for Elektrobit’s Classic and Adaptive AUTOSAR product lines, Moritz has previously shaped technological shifts in automotive such as bringing the first high-performance controller with Adaptive AUTOSAR on the road and the broad-scale adoption of multi-core architectures in Classic AUTOSAR. As a previous member of the Adaptive AUTOSAR architecture board (TF-ARC), he has contributed to the technological definition of the industry standard. Moritz studied Electrical Engineering at the University of Braunschweig and holds a Ph.D. in real-time systems.