Google has introduced Android Automotive OS for Software Defined Vehicles (AAOS SDV), which expands beyond infotainment systems to control a wider range of vehicle functionalities. AAOS allows automakers to create premium infotainment experiences and customize user interfaces while integrating Android applications. The new AAOS SDV features an open infrastructure for non-safety vehicle components, enabling advanced in-car voice assistants and proactive maintenance reminders. It will also support over-the-air (OTA) updates for feature enhancements. This platform aims to address the inefficiencies of fragmented software architectures in the automotive industry. Google is collaborating with Qualcomm and Renault Group to advance this initiative, with an open-source version expected to be released later this year.
Modern vehicles are becoming Software-Defined Vehicles (SDVs), where software enhances functionalities such as pre-heating and smartphone unlocking. This shift allows manufacturers to introduce new features through over-the-air updates. However, the transition faces challenges due to diverse software architectures among manufacturers, requiring significant investment in infrastructure. Android promotes open platforms, exemplified by Android Automotive OS (AAOS), which enables carmakers to create infotainment experiences while reducing costs and time to market. AAOS is being extended to AAOS SDV, providing an open infrastructure for non-safety vehicle components, allowing manufacturers to focus on unique customer experiences. Collaboration with companies like Renault Group and Qualcomm is ongoing, with plans to make AAOS SDV open-source later this year.
Google is advancing its initiative to enable video applications on Android Auto while vehicles are parked, as indicated by the recent beta update (version 16.3.160744) that includes a configuration flag labeled “CradleFeatureallowvideoapps.” This flag suggests that Google is preparing for approved video experiences on car displays when stationary, although end-user functionality is not yet available. The infrastructure for compatible streaming or playback apps is being established, with safety protocols ensuring that playback will be restricted to parked conditions. Google is likely to introduce a new curated category for video within Android Auto, initially limited to select partners and focusing on content optimized for touch-first interfaces. The beta update also hints at a broader Android Auto UI refresh, including new network icons and driving avatar selection. A staggered rollout of the video feature is anticipated, influenced by content licensing, regional regulations, and automaker collaborations.
Many new vehicles are opting to forgo Android Auto while still providing essential features through Android Automotive OS, also known as Google Built-In, which is integrated into the vehicle and does not require a smartphone connection. This proprietary software may require additional subscriptions. Samsung DeX allows users with newer Samsung devices to connect to an external monitor or TV, creating a desktop-like experience in the car using AutoPro X, which connects wirelessly to the car's infotainment system. This setup enables access to streaming services when parked but emphasizes driver focus on the road. For vehicles lacking Android Auto support, users can mount their Android phone or tablet on the dashboard for navigation, calls, and music, while third-party applications can enhance the experience. Automakers may discontinue Android Auto to optimize data usage and restrict third-party app installations. Drivers can use their car's built-in browser to access features like phone mirroring or web-based versions of apps, such as Waze, as alternatives to Android Auto.
Digital.ai has enhanced its automotive testing capabilities by offering support for end-to-end automated testing of Android Auto and Apple CarPlay applications. This development allows enterprise teams to automate in-car application workflows, increasing coverage and validating real-world behavior without the need for physical vehicles or specialized lab setups. The solution addresses technical and regulatory challenges, including distracted driver safety guidelines and ASPICE compliance, enabling testing across AAOS, Android Auto, and Apple CarPlay for consistent performance across various displays and driving conditions. This integration empowers automakers and app developers to validate driving experiences before vehicles are released, aiming to mitigate risks and enhance driver safety.
Google is introducing a native App Lock feature for its Android Automotive operating system, allowing users to secure specific applications with a unique PIN, separate from the primary profile lock. This feature, called sensitive app protection, addresses privacy concerns in shared vehicle environments by enabling users to lock third-party apps like Chrome or WhatsApp. The App Lock feature will be accessible under Settings > Privacy and requires users to create a 4-to-16-digit PIN. If forgotten, the PIN can be reset by signing into the associated Google Account, potentially requiring the deletion of locked apps or their data. Essential system tools will remain accessible, and the feature's implementation will depend on individual automakers. Google is also developing a similar App Lock for Android phones, set to be released as a public API in the upcoming Android 17 update.
Google is quietly phasing out GameSnacks from Android Auto, a collection of simple HTML5 games designed for parked drivers. Users have noticed the feature disappearing from the menu, with some reporting temporary reappearances after reinstalling the app. The removal suggests Google is focusing on simplifying and prioritizing essential features for a cleaner interface.
Google is introducing a new feature called AppCard to its Android Automotive OS, which allows applications to display essential data and functionalities directly on the home screen. The design of these AppCards will be determined by car manufacturers, ensuring a consistent user interface across vehicles. AppCards can include images, text, tappable buttons, and progress bars, although space limitations may restrict the amount of information displayed. This feature may not be exclusive to Android 16 and could function independently of primary operating system updates. AppCards aim to optimize applications for automotive environments, encouraging developers to refine their apps for vehicle use.
New functionality is coming to Android Auto, including video playback and web browsing, but these features will only be accessible when the car is parked. Video playback will only work on supported apps and compatible cars, and the user's phone needs to be running Android 16. Game play support is available for beta testers, but it is unclear when these features will be available to the general public. Vehicles with Android Automotive OS already have access to video playback, with audio-only playback while driving coming soon. Google Gemini, a voice-activated AI search assistant, will replace Google Assistant in the coming months. Weather apps are now approved for Android Auto.
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