# Vehicle OS

## A unified operating system lets teams design, deploy, and evolve intelligent machines.

## **One OS that Unifies Every System in Every Domain**

### A single platform for any machine that moves enables cohesive behavior across systems while dramatically reducing integration complexity.

Vehicle OS spans domains on a single platform, enabling cohesive behavior across perception, planning, controls, and other critical machine systems. Instead of stitching together fragmented stacks, teams can build on a unified architecture designed for modern intelligent machines.

This approach reduces cross-domain integration effort by up to five times. Engineering teams benefit from simpler system architecture, fewer handoffs between components, and faster development cycles. Programs scale more cleanly, allowing organizations to reuse core software while accelerating the deployment of new machines.

## **A Production-Ready Foundation for Developing Machine Intelligence**

### Code-first workflows and built-in observability give engineering teams full control over machine software.

Modern machine software should move at the speed of software engineering—not hardware configuration cycles. A code-first toolchain replaces GUI-bound workflows with programmable development built for modern teams. Engineers model machine behavior in Python, manage changes through pull requests, and collaborate using standard version control.

Observability is built into the platform from the start. Real-time KPIs, system metrics, and diagnostics provide continuous insight into how systems behave across domains. By implementing only the APIs and services a machine actually needs, the platform delivers a leaner footprint with measurable CPU and memory gains while giving teams clear visibility into performance, health, and behavior at every stage of development.

## **From Code to Machine Without the Friction**

### Build, test, and deploy hardware, software, and apps in a single, unified environment.

Modern machine systems require coordination across on-board software, off-board services, cloud tooling, and hardware platforms. Vehicle OS brings these components together into one integrated development environment, giving teams a consistent workflow from code to deployment.

Virtualized testing allows engineers to validate system behavior long before hardware is available. Teams can simulate scenarios, verify performance, and iterate on software in parallel with hardware development. By shifting validation earlier in the development cycle, organizations reduce integration risk and compress testing timelines from months to days—accelerating programs without sacrificing reliability.

## FAQ

### What are the key components of a modern vehicle software platform?

Modern vehicle software platforms typically consist of an operating system and middleware to manage hardware and software resources, APIs for application development, services for connectivity, security, and user interface management, and consumer experiences such as navigation, infotainment, and voice assistant. Modern vehicles are also built based on a centralized hardware architecture consisting of compute units running infotainment, ADAS and AD software, and zonal controllers to manage all the control units and endpoints (sensors and actuators) in the vehicle.

### How do cloud-based tools contribute to vehicle software development and maintenance?

Cloud-based tools streamline development and maintenance by providing scalable resources for testing, deployment, and updates, facilitating collaboration across geographies, and enabling data analytics for continuous improvement.

### What role does artificial intelligence play in enhancing vehicle software platforms?

AI enhances vehicle software platforms by improving user experiences through personalized settings, optimizing vehicle performance and energy efficiency, and enabling advanced features like predictive maintenance and autonomous driving capabilities.

### What role does cloud integration play in updating and maintaining vehicle software?

Cloud integration is crucial for the continuous improvement and maintenance of vehicle software. It allows for secure over-the-air software updates and patches, ensuring that ADAS and AD systems are always equipped with the latest algorithms and safety features. Additionally, cloud integration supports the management of data logs and performance metrics, enabling remote diagnostics and optimizations that enhance system reliability and efficiency.

### Learn more about Vehicle OS

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