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Instal the new for android Aim Assist8/20/2023 ![]() The Wall Street Journal provided additional details on how this works. It says, "Get from Amazon App Store," with a small box and arrow icon, indicating that it will kick you out to an external app. For Android apps, the button is different. For Windows apps, it simply says, "Get," indicating that it will install an app. It looks like Amazon's app catalog is listed inside the Microsoft Store, complete with reviews, screenshots, and a description, but it does not seem like the Microsoft Store can actually install Android apps. Microsoft has released several screenshots showing the Microsoft Store advertising Amazon App Store Android apps. We haven't seen a start-to-finish Android app install on Windows 11 yet, so it's not clear how this all works. Amazon put out a press release, but it doesn't offer much other than a statement that more details will be released later. Microsoft also isn't trying to build its own Android ecosystem and is instead partnering with Amazon's, using the same Amazon App Store found on Fire OS devices. Microsoft is not using the Google Play ecosystem on Windows, though. Amazon, sideloading, and the non-Google Play app ecosystem ![]() Today, with the larger x86 customer base thanks to Chrome OS, that number is probably more favorable. Back in 2016, Google was expecting about 25 percent of Play Store apps to not support x86 and to need Arm translation. Even before that 2016 launch, Google had been pushing for increased x86 app support alongside Arm, and Google's development tools have made spitting out Arm and x86 binaries the default for some time now. X86 Android has come a long way since then the Android Chrome OS launch in 2016 certainly helped the OS a lot. Many people's last experience of x86 Android might have been from Intel's 2012-era push for Atom-powered x86 phones, resulting in terrible devices like the early Asus Zenfone line. If you're on a Linux desktop OS, an installation of Anbox will do the same thing-loading the Android framework on top of Linux. If you have an x86 Chromebook, Chrome OS uses Android's built-in Arm-to-x86 binary translation. Chrome OS runs the Linux kernel already, and it stacks a containerized Android framework on top to run apps. Chrome OS's Android app support is probably the most prominent example. Microsoft's approach is similar to how a few other operating systems have gotten Android apps up and running. Microsoft helpfully pointed out that this feature will also work on AMD CPUs. But if the only thing available is an Arm app, " Intel Bridge Technology" is here to help by translating that Arm code into something an x86 CPU can run. ![]() If you're on x86 Windows, Microsoft will try to ship you an x86 version of the Android app you want. If you're running Windows on Arm and want to run an Arm Android app, things will work out great. Both Windows and Android run on x86 and Arm architectures, with Android favoring Arm and Windows favoring x86. Microsoft is trying to do this with as little emulation as possible-maybe even no emulation, depending on your computer and app availability. During its presentation, Microsoft said, "Behind the scenes, we actually create a proxy native app that handles the bridge between the Android app model and the Windows app model." Presumably, that means the system will provide things like a start menu shortcut, icons, entries in the app uninstall lists, and other minor Windows wrappings that will make the app feel native. It sounds like we're essentially getting x86 Android running on Hyper-V.įurther Reading Windows 11 is much more than a new theme slapped onto Windows 10Android apps under Windows should feel just like native Windows apps, with a top-level window, taskbar entry, and the ability to be pinned to the start menu. Windows currently has a "Windows Subsystem for Linux" (WSL), which uses a subset of the Hyper-V functionality to run Linux apps on a real Linux kernel alongside your Windows apps. (Hyper-V lets a second guest OS access the bare metal hardware instead of running on top of the host OS with less access to resources.) Real Android phones use the Linux kernel, and Microsoft is building an Android framework on top of WSL for the Windows Subsystem for Android. The feature is officially called the "Windows Subsystem for Android," which should tell you a lot about how it works. Will these apps use emulation? Will Windows' existing Linux support be involved? We got our answers shortly after the keynote, thanks to a follow-up developer talk that went into some details. Unfortunately, the keynote was light on details. Microsoft's Windows 11 announcement surprised us with the news that the upcoming OS will run Android apps alongside Windows apps. Note that there's no "Install" button, just a button that looks like it will kick you out to some other Amazon App Store app.
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