At Google I/O 2026, the company rolled out what it calls the biggest update in Android Auto's 10-year history. The phone projection system, which mirrors selected apps from a user's smartphone to the car's display, is getting a comprehensive overhaul. The updates touch upon screen adaptability, video streaming, design language, widget support, and artificial intelligence integration—all aimed at making the in-car experience more seamless and safer.

Filling every screen shape

One of the most visually striking changes is how Android Auto now handles unconventional display shapes. Traditionally, car screens were rectangular, but modern vehicles increasingly feature curved, panoramic, swooping, or even circular displays. Examples include the Lucid Air's curved screen and the MINI Cooper's circular one. Patrick Brady, Google's vice president for Android Automotive, noted that the new BMW Neue Klasse has an "irregular trapezoid—I don't even know the shape. It's kind of parallelogram-ish." To address this diversity, Android Auto now uses a "full bleed" design that dynamically sizes its interface to completely fill any screen geometry. Previously, users would see black bars around a standard rectangular interface—similar to watching old videos on a widescreen TV. Now, apps like Google Maps can stretch and adapt to every pixel of the display, regardless of shape.

YouTube while parked

Another long-requested feature is video streaming. Later this year, Android Auto will support YouTube playback, but only when the vehicle is parked. The car informs the phone of its parked state via a standard interface, unlocking the ability to watch videos at up to 4K resolution and 60 frames per second, with spatial audio using Dolby Atmos. Brady explained that users have been "badgering the company" for the ability to watch movies while charging their EVs, waiting in parking lots, or sitting outside schools. The content streams from the user's phone rather than from a fully embedded system, ensuring the same security and privacy protections as other projected apps.

Material 3 Expressive and widget support

Google is bringing its Material 3 Expressive design language to Android Auto. Launched last year for phones, this style features vibrant colors, bold fonts, and springy animations. In the car, it will inherit personalization cues from the user's phone, such as wallpaper-based color palettes and themes, giving Android Auto a more cohesive and visually integrated appearance. Additionally, Android Auto now supports widgets. Users can project their personalized widgets for sports scores, smart home controls, one-tap contact shortcuts, garage door openers, lighting controls, and more. These widgets can be accessed via voice commands using Gemini, Google's AI assistant. For example, a driver can ask for sports scores or upcoming calendar events, and Gemini will generate the relevant response and display it as a widget.

Gemini deeper integration: Magic Cue and app actions

Artificial intelligence plays a central role in this update. A new feature called "Magic Cue" analyzes incoming messages and proactively surfaces useful information. If a friend texts asking for an address or someone's phone number, Gemini can retrieve the relevant data from the user's phone and suggest a one-tap reply—all while keeping the driver's hands on the wheel. Brady emphasized that driver distraction studies using simulators guide every feature. "We test the heck out of everything," he said. Gemini also becomes a more capable agent between apps. Drivers can now ask Gemini to place a pickup order through the Starbucks app or interact with DoorDash without touching the phone. Rather than relying on special API integrations, Gemini operates the apps in the background, completing tasks like ordering coffee or food. This reduces the temptation to handle the phone while driving.

Immersive Navigation and Maps upgrades

Google Maps' "Immersive Navigation" view, announced earlier this year, is now coming to Android Auto. When starting a route, the map displays refreshed colors, detailed 3D buildings, elevated roadways, realistic terrain, and even greenery. This makes navigation more intuitive and visually engaging. Moreover, Google Maps can now communicate directly with an EV's powertrain through Android Auto to automatically add charging stops or precondition the battery before arriving at a charger—a capability once exclusive to deeply embedded systems. Brady noted that automakers have been collaborating with Google to enable these features through phone projection, blurring the line between Android Auto and Google's native Android Automotive OS.

Blurring the line between projection and embedded systems

The updates further narrow the divide between phone projection and embedded software. Vehicles like Rivian, Chevy, and Cadillac that do not allow phone projection run on Android Automotive, a full operating system embedded in the car. However, many features from Android Auto eventually migrate to Android Automotive and vice versa. Brady argued that "these worlds are blending as the phones get more capable, the cars get more capable from a software perspective, and the integration between them improves." Despite the advances, some limitations remain. Android Auto still cannot control a car's HVAC, drive modes, driver-assist features, or radio settings. But even those boundaries are fading, as Google works with automakers to allow projected apps access to more vehicle functions. For example, Google Maps can now preheat an EV's battery using data from the car's battery management system, even when running through Android Auto. This update represents a major step forward for the 10-year-old platform. With support for any screen shape, video streaming while parked, customizable widgets, and powerful AI assistance, Android Auto is better equipped to meet the diverse needs of modern drivers and their increasingly varied vehicle displays.

Source: The Verge News