Long Term Support Channel Update for ChromeOS

A new LTC  version 150.0.7871.255 (Platform Version: 16700.65.0), is being rolled out for most ChromeOS devices. 

If you have devices in the LTC channel, they will be updated to this version. The LTS channel remains on LTS-144 until October 6th, 2026. 


Release notes for LTC-150 can be found here 

Want to know more about Long-term Support? Click here


Andy Wu

Google Chrome OS

Long Term Support Channel Update for ChromeOS

A new LTC  version 150.0.7871.255 (Platform Version: 16700.65.0), is being rolled out for most ChromeOS devices. 

If you have devices in the LTC channel, they will be updated to this version. The LTS channel remains on LTS-144 until October 6th, 2026. 


Release notes for LTC-150 can be found here 

Want to know more about Long-term Support? Click here


Andy Wu

Google Chrome OS

New manual calculation setting in Google Sheets

We’re introducing a new manual calculation setting in Google Sheets to give you precise control over when formulas and other references update. The new manual calculation setting allows editors of complex or data-dense spreadsheets to pause automatic recalculation, batch their edits, and trigger a sheet-wide update at the exact moment they are ready to review the results.

Manual calculation offers users of especially complex Sheets a more streamlined, uninterrupted workspace for advanced analytical workflows. This feature is particularly useful for things like:

  • Uninterrupted high-volume updates: When pasting or modifying large blocks of data in spreadsheets  containing extensive formula networks (such as multi-sheet lookups and aggregations), you can enter all updates smoothly without intermediate recalculations running after every action.
  • Structured scenario modeling: When adjusting multiple assumption drivers in financial or forecasting models, you can input your variables sequentially and recalculate once. This ensures you only view the complete, final state of the scenario rather than partial, intermediate calculations.
  • Stabilizing volatile simulations: For spreadsheets utilizing volatile functions (such as random generators or live timestamps), manual calculation lets you freeze the data state so your numbers remain stable while you analyze results or present insights to key stakeholders.

Enabling Manual Calculation Mode


Controlling when Sheets calculates

Getting started

  • Admins:  There is no admin control for this feature.
  • End users: This feature will be OFF by default and can be enabled by the user by navigating to File > Settings > Calculation Settings in their Sheet. Visit the Help Center to learn more.

Rollout pace

Availability

  • Available to all Google Workspace customers and Workspace Individual subscribers

Resources

Use AI to supercharge your financial analysis with Workday for Google Sheets

Workday for Google Sheets is a new add-on available in the Google Workspace Marketplace that connects Workday Adaptive Planning directly to Google Sheets and Slides. Deeply integrated with the AI-powered “Ask Workday” feature in Adaptive Planning, this add-on eliminates the need for manual CSV downloads. Financial analysts and business leaders can build dynamic reports, perform ad-hoc variance analysis, and maintain complete data integrity without leaving Google Sheets. Shorten planning cycles and surface strategic insights faster with key AI-driven features including:

  • Natural language summaries and variance analysis: Ask questions or use suggested prompts to get instant summaries, compare plan versions against actuals, and break down performance drivers across time periods and custom dimensions.
  • Automated anomaly detection: Automatically identify unexpected data points, outliers, and trend shifts across account hierarchies to quickly focus attention on critical variances.
  • Smart visualizations: View AI-generated charts and tables based on custom queries, switch visualization formats on the fly, copy findings into new spreadsheet tabs for further ad-hoc work, or export directly into Google Slides.
  • Dynamic ad-hoc reporting: Pull live Adaptive Planning accounts, dimensions, and time periods into Google Sheets, with the flexibility to rearrange elements and refresh reports at any time to reflect the latest model updates.


    Workday for Google Sheets: Dynamic Ad-hoc Reporting


Ask Workday: Summarize this report


Ask Workday: Detect anomalies

Getting started

Rollout pace

Availability

  • Available to all Google Workspace customers, Workspace Individual subscribers, and users with personal Google accounts (Workday Adaptive Planning license required)

Resources

Bring your Android game to the car screen today

Posted by Jan Kleinert, Developer Relations Engineer, Android for Cars


Today, the games category for Android Auto and cars powered by Android Automotive OS with Google built-in is officially graduating from beta to general availability. Our early access partners have already been bringing games to the parked-only experience for cars, and you can browse these in our latest collections of games for Android Auto and games for Android Automotive OS.



Bringing your game to cars lets you reach users in their vehicles during natural downtime, such as while waiting at a charging station or for a curbside order pickup. Today's milestone means that we're opening up access so developers can now publish games to the open testing and production tracks on Google Play. In this post, we'll cover how to adapt your existing Android game for the car screen, focusing on key technical requirements and publishing criteria.

Implement car support for your game

If you're already following best practices for building adaptive apps, bringing an existing Android game to cars primarily involves configuring your app manifest and ensuring your game respects the vehicle parked state.

Mark your app as a game

To distribute your app in the games category, you need to explicitly declare its category. Add the android:appCategory="game" attribute to the <application> element of your manifest file:

<application ... 
    android:appCategory="game">
    ...
</application>

Declare support for Android Auto

Games are supported on Android Auto on devices running Android 15 and higher. To declare that your game supports Android Auto, include this <category> element in the intent filter of an activity in your manifest file:

<activity ... 
    <intent-filter>
        <action android:name="android.intent.action.MAIN" />
        ...
        <category android:name="android.intent.category.CAR_LAUNCHER" />
    </intent-filter>
</activity>

Generally, the android.intent.category.CAR_LAUNCHER category element is placed in the same intent filter as the android.intent.category.LAUNCHER element, but it can be in another activity's intent filter if you prefer to launch a different activity.

Declare support for Android Automotive OS

To declare that your game supports Android Automotive OS, include the android.hardware.type.automotive <uses-feature> element in your manifest file.

<manifest ... 
    ...
    <uses-feature android:name="android.hardware.type.automotive"
                  android:required="false" />
    ...
</manifest>

The android:required value has different restrictions depending upon which track you choose to distribute your Android Automotive OS app. If you distribute your Android Automotive OS app on the mobile track, android:required must be set to "false". However, if you distribute on the Android Automotive OS dedicated track, you can set android:required to "true", "false", or leave it unset. Leaving the value unset has the same effect as setting android:required to "true", and means that your app is available only for distribution on Android Automotive OS devices.

Handle the parked state

Cars introduce a unique physical context with a driving state and a parked state. Certain types of apps, like games, are considered parked apps and aren't permitted to run while the vehicle is in motion to avoid driver distraction. By default, Android Auto and Android Automotive OS block activities from being used or launched when the vehicle is in motion or when user experience (UX) restrictions are active. To make sure your game complies with driver distraction guidelines, don't include the distractionOptimized metadata element in any activity in your manifest. You must also ensure that your game audio stops when the user starts driving and can't be unpaused while the vehicle is in motion.


The TrivialKart for Unity sample app running on the Desktop Head Unit while in a parked state.

The behavior of a parked app when UX restrictions are active.

Additionally, when the user relaunches the app from the home screen, your game must restore the app state as closely as possible to the previous state. Test your game for responsiveness and ensure it doesn't freeze or stutter during gameplay.

Declare game controller support

Car screens support touch input, but many users prefer playing with a connected gamepad. If your game supports controller input, declare the android.hardware.gamepad feature in your manifest to help boost the visibility of your app in the Google Play Store to users specifically seeking controller-compatible experiences.

<uses-feature android:name="android.hardware.gamepad" android:required="false"/>

Set the android:required attribute to false to indicate your app supports controllers, but the use of controllers is optional. Don't set the android:required attribute to true unless a controller is mandatory for your game.

Support common screen sizes and aspect ratios

Car displays come in various shapes and aspect ratios, including portrait and wide landscape screens. For a great user experience, make your game fully adaptive to different screen sizes so that it runs full screen without letterboxing or pillarboxing. For Android Auto, refer to the guidance for testing against canonical screen sizes and use bundled hardware profiles when testing with the emulator for Android Automotive OS.

Publish your game to cars

After you've implemented the necessary changes, you can opt in to Android Auto and Android Automotive OS form factors in the Google Play Console. Before submitting to production, test your game against the car app quality guidelines for games.

Use the Desktop Head Unit to test your app's Android Auto compatibility, and use the Android Automotive OS emulator to test the experience on Android Automotive OS. Your game will be reviewed against the car app quality guidelines for the games category before it is approved for open testing or production.

Get your games on the road

With the games category now generally available, it is the perfect time to optimize your titles for cars. To learn more about implementation details, review the documentation at Build games for cars.