German automakers are facing a major technological hurdle as the automotive industry shifts toward software-defined vehicles. According to Focus, while traditional German carmakers have caught up on electric vehicle range and charging speeds, they remain years behind competitors like Tesla in software architecture and organizational maturity.
The Mechanical Mindset in a Digital Era
The fundamental transformation of the modern automobile into a computer on wheels continues to run into traditional manufacturing logic within executive suites. According to Focus, a common assumption across Germany dismisses software integration as trivial features like karaoke apps, large display screens, or basic voice assistants, rather than recognizing it as the core definition of the vehicle itself.
Philipp Raasch, who spent 10 years at Mercedes and authors the newsletter Der Autopreneur reaching numerous subscribers, analyzes why traditional German manufacturers are losing ground to competitors in China and to Tesla. The core issue lies in how vehicles are conceived. While traditional automakers operate as integrators—designing a vehicle while hundreds of suppliers build separate parts containing individual control units and proprietary software—this setup creates immense product complexity. Every minor modification requires extensive cross-supplier coordination, rendering software updates exceedingly difficult or nearly impossible.
Gartner Digital Automaker Index Rankings for 2026
Measuring how well legacy and emerging manufacturers manage these technological shifts requires looking at industry assessments. According to Focus, the Gartner Digital Automaker Index evaluates 24 automakers annually across nine distinct categories, focusing on vehicle technology and internal organizational structure. These categories span electric mobility, electronic architecture, autonomous driving, and newly introduced artificial intelligence.
Analysis of these organizational structures reveals that top-performing companies are typically led by founders with backgrounds in building software firms rather than career corporate managers. As Focus notes, manufacturers possessing the highest organizational maturity already field the most advanced vehicle technology.
Generational Gaps in Software Deployment
German manufacturers have made notable progress in vehicle electrification, reaching parity in range and charging speed following developments highlighted around the IAA 2025 exhibition. However, the second technological wave—software-defined vehicles—reveals a significant timeline lag.
According to Focus, Mercedes launched its first software-defined vehicle, the CLA, in 2025. BMW followed suit with its Neue Klasse lineup. Meanwhile, Volkswagen has not deployed an in-house software-defined vehicle architecture in Europe or the US, choosing instead to purchase architecture from Rivian for models slated to arrive in 2027, alongside a separate architecture utilized in China developed by XPENG starting in the spring.
This deployment schedule highlights a generational gap in the industry. Tesla introduced its first software-defined vehicle to the market in 2017—nine years prior—and is currently operating on its fourth generation of software architecture. German manufacturers are just beginning their first generation. As Focus points out, building four successive generations yields not only a superior product but also an institutional organization trained to prioritize digital infrastructure.
The manufacturers with the highest organizational maturity already dispose of the most advanced vehicle technology. Our data shows this very clearly for years. Gartner Digital Automaker Index findings cited by Focus
