AI-Powered Cockpit Accelerates Software-Defined Vehicles

Bosch has unveiled an AI-powered cockpit concept designed to transform the vehicle into a context-aware, self-learning system that adapts to driver behavior while enabling faster deployment of software-defined vehicle functions.

From user interface to intelligent vehicle companion
With its new AI-powered cockpit, Bosch positions the vehicle as an intelligent system that understands driver preferences, routines and situational context. Core functions include an AI voice assistant capable of anticipating needs, comprehensive scene understanding inside the vehicle, precise navigation support and integrated entertainment services. Instead of individual commands, natural language inputs trigger coordinated actions across multiple vehicle systems. For example, a statement such as “I’m feeling cold” can simultaneously activate seat heating and adjust the cabin climate, reducing manual interaction.

This approach reflects a broader shift toward software-centric vehicle architectures in which cross-domain orchestration replaces isolated infotainment or comfort functions.

Market outlook and revenue targets
Bosch expects significant growth in AI-enabled in-vehicle infotainment (IVI). According to forecasts from market research firms, including Grand View Research and MarketsandMarkets, the global market for AI-based IVI solutions could reach around €17 billion by 2030. Bosch aims to capture a substantial share of this market and targets more than €2 billion in annual sales from AI cockpit and IVI solutions by the end of the decade, with the objective of becoming one of the top three suppliers worldwide.

Extending AI capabilities to existing vehicles
A central element of Bosch’s strategy is the new AI extension platform, which is designed to bring advanced AI functions into current vehicle generations without requiring changes to existing hardware or system architectures. The platform is built around the NVIDIA DRIVE AGX Orin system-on-chip, providing an additional 150 to 200 tera operations per second (TOPS) of computing power for in-cabin AI applications.

The compact unit connects via standard power and Ethernet interfaces and supports active air or liquid cooling, allowing flexible integration. By building on the industry-standard NVIDIA CUDA platform, the solution enables automakers to integrate their own AI models and agents without proprietary constraints.




AI software stack and ecosystem integration
To accelerate development and deployment, Bosch leverages NVIDIA’s software ecosystem, including the NVIDIA NeMo framework for managing the full AI lifecycle. This supports advanced in-cabin applications such as real-time sensor processing and vision-language models. Contextual reasoning, multi-step decision-making and natural speech interaction are enabled through NVIDIA Nemotron models.

In parallel, Bosch works with Microsoft to integrate Microsoft Foundry and Microsoft 365 services into the cockpit. This allows vehicles to function as mobile workspaces while maintaining safety requirements. Voice-based interaction enables drivers to join Microsoft Teams calls, for example, while the vehicle proactively adjusts driving assistance functions such as adaptive cruise control to reduce cognitive load.

Productivity use cases and safety integration
The AI cockpit concept is designed to convert unproductive time spent in vehicles into usable work time, particularly for commuters and frequent drivers. By intelligently linking productivity applications with vehicle domains, the system prioritizes safety and minimizes distraction. Cross-domain orchestration ensures that infotainment, assistance systems and cockpit interaction adapt dynamically to the driving situation.

Industry presentation and outlook
Bosch will present the AI-powered cockpit and the AI extension platform publicly for the first time at CES 2026 in Las Vegas. The solution reflects Bosch’s broader strategy to position AI software platforms as a core growth driver in the transition toward software-defined vehicles, enabling continuous function expansion, shorter innovation cycles and new digital business models for automakers.

www.bosch.com