The European Automotive Industry at a Crossroads

Just before the holidays, I was asked to keynote an event sponsored by the German American Chamber of Commerce. This article is an updated version of that presentation. It is even more relevant today following CES 2025 and the news streaming out of Europe. The automotive industry, especially the European automotive industry, faces even greater challenges. These challenges are not from technology startups but from more formidable forces. China has become an international competitor, and its market is no longer an opportunity for incumbents. Vehicle sales, including sales of battery electric vehicles, are slowing, leading many companies to miss their financial targets and reconsider previously announced investments relating to electric vehicles. The regulatory environment is becoming more restrictive but also less reliable in terms of long-term goals and guidance for the industry. At the same time, Software-Defined Vehicles and AI require large capital investments at a time when the industry is cutting costs and continues to show an inability to deploy capital in the areas that will matter in the future. Labor is reacting to the automakers’ actions and introducing new work-life balance demands.

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Yearend Thoughts On the OEMs’ Path to New Mobility

The automotive industry’s path to new mobility has been slow and full of challenges, many created by the automakers themselves, that will not disappear in the new year or even the near future. Many of these challenges emerged in the last couple of years, while the impact of others that existed longer was only recently understood and appreciated. Geopolitics, tariffs, new regulations, labor unrest, increasing competition from Chinese automakers, and decreasing sales, including in China, make up the list.

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The OEMs’ Dilemma with Software-Defined Vehicles

Automakers are facing a complex dilemma relating to software-defined new energy vehicles. Should they proceed with aggressively investing and developing software-defined vehicles while facing a slowdown in demand for battery electric vehicles (BEVs), or continue developing Internal Combustion Engine (ICE) and hybrid vehicles (including plug-in hybrids) that are based on existing architectures and practices?

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Requirements for Growing and Scaling Autonomous Mobility

This post presents an analysis of the autonomous vehicles innovation lifecycle. It introduces four dimensions for assessing AV innovation performance over time. Finally, it presents six requirements that will need to be addressed before the use of autonomous vehicles can scale for consumer transportation and logistics.

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