Microsoft Killed Windows Subsystem for Android. Here Are Your Best Alternatives Now

On March 5, 2025, Microsoft officially ended support for Windows Subsystem for Android, pulling the plug on the built-in method that let Windows 11 users run Android apps directly on their desktops. If you depended on that feature to access mobile apps or games, your workflow didn’t vanish—it just changed. Several practical tools can bridge the gap, from Microsoft’s own Phone Link to open-source mirroring utilities and full Android emulators, each with distinct strengths and trade-offs.

The Death of Windows Subsystem for Android

Microsoft first introduced Windows Subsystem for Android (WSA) in Windows 11 as a way to run Android apps through the Amazon Appstore. It was a native, integrated solution that promised seamless blending of mobile and desktop experiences. But on March 5, 2025, the company shut it down entirely. The announcement, made months earlier, gave users time to migrate, but many still woke up that morning to find their installed Android apps no longer working.

This wasn’t a surprise to close watchers. WSA never achieved broad adoption, partly because the Amazon Appstore’s catalog was limited and the feature required specific hardware virtualization support. The shutdown leaves a clear gap: there is no longer any first-party, Microsoft-maintained Android environment on Windows.

What Replaces It? Your Options, Mapped to Your Needs

Your next move depends entirely on what you were actually doing with Android on Windows. Were you streaming a phone’s screen to your monitor? Playing a mobile game with a keyboard? Testing an app you’re developing? Or just answering texts without picking up your handset? Each scenario calls for a different tool, and none is a universal drop-in replacement for WSA.

Below, we break down the most useful options, starting with the simplest and moving toward more advanced setups. Pick the path that matches your true priority.

If You Just Want Phone Notifications, Calls, and Quick Photo Access

Microsoft Phone Link remains the easiest way to make your Android phone feel like part of your desktop. It’s preinstalled on most Windows 10 and 11 PCs and pairs wirelessly with your handset through the Link to Windows app on Android. Once connected, you can read and reply to texts, see notifications, make Bluetooth-enabled calls, and view recent photos—all from your PC.

Phone Link is not an emulator. It doesn’t create a virtual Android environment; it simply mirrors your actual device’s essential functions. That means you need your phone powered on and nearby, connected to the same Wi-Fi network. For everyday communication tasks, it’s sufficient and requires zero technical tinkering.

What you need:
- Windows 10 with the October 2022 Update or later, or any Windows 11 version.
- Android 10 or newer.
- A Microsoft account signed in on both devices.
- Link to Windows app installed from the Google Play Store (preinstalled on many Samsung and other brands).

Setup steps:
1. Open Phone Link on your PC (search the Start menu if you don’t see it).
2. Select “Android” and follow the prompt to scan a QR code.
3. On your phone, open Link to Windows, sign in with the same Microsoft account, and scan the code.
4. Approve all requested permissions—messages, notifications, contacts, and calls—or the features you want won’t work.

Phone Link excels at convenience, but it has sharp limits. Screen mirroring and app streaming are only available on select devices, mostly high-end Samsung phones and a few models from HONOR, OPPO, and other manufacturers. If you don’t own one of those, you’ll see messages and notifications but can’t control your phone’s screen. Also, some corporate environments with VPNs or strict network policies can break connectivity.

If You Need Full Screen Control on Any Android Device

When Phone Link can’t mirror your screen—or you want faster, lower-latency control—turn to Scrcpy. This free, open-source tool mirrors your Android display to Windows via USB or Wi-Fi and lets you interact using your PC’s mouse and keyboard. It works on almost any Android device running version 5.0 or newer, regardless of brand.

Scrcpy doesn’t require an account, cloud services, or internet access for local connections. It’s a lightweight executable you run after enabling USB debugging on your phone. The quality is excellent for presentations, app demos, or controlling a phone with a damaged screen.

Before you start:
- You must activate Developer options: go to Settings → About phone and tap “Build number” seven times.
- Inside Developer options, enable USB debugging.
- Download Scrcpy only from its official GitHub repository. Avoid third-party download sites that may bundle malware.

Basic USB workflow:
1. Connect your phone to the PC with a good data-capable USB cable.
2. On the phone, authorize the debugging connection when prompted.
3. On the PC, extract the Scrcpy folder and run scrcpy.exe.
4. A window appears showing your phone screen—click, type, and use keyboard shortcuts.

Scrcpy is fast and flexible but demands more technical comfort than Phone Link. Some Chinese-brand phones (Xiaomi, for example) have extra security toggles that must be allowed before keyboard control works. Also, USB debugging is a powerful permission; disable it when not actively mirroring to reduce security risk.

If You Want to Run Android Apps Directly on Your PC (No Phone Required)

This is where emulators come in. An emulator creates a virtual Android device inside Windows, complete with its own system image, app installations, and Google Play Store access. You can launch apps, play games, and even sign into a Google account as if you were using a separate tablet.

Emulators are the closest analogue to the old WSA, but they are third-party software that must be installed and maintained separately. Because they simulate an entire device, they are resource-hungry: a modern emulator needs at least 16 GB of RAM and a processor with virtualization extensions to run smoothly.

Popular emulator options:
- BlueStacks: Aimed at gamers and casual users, with key mapping and a polished interface. Free with ads.
- Android Studio Emulator: Google’s official emulator bundled with Android Studio. Ideal for app developers who need to test across different Android versions, screen sizes, and hardware profiles.
- NoxPlayer (and similar): Gaming-focused alternatives. Download exclusively from official websites to avoid bundled adware.

Emulators do not connect to your physical phone, so you won’t see your real call logs, photos, or messages. They are perfect for running mobile games on a big screen, testing apps without risking personal data, or maintaining a separate Android playground. However, some apps detect virtual environments and refuse to launch—common with banking apps, payment services, and certain streaming platforms.

If You’re a Tinkerer Who Wants a Full Android OS in a Sandbox

Virtual machines (VMs) allow you to install entire Android-based operating systems, such as Bliss OS or Android-x86, inside software like VirtualBox or VMware Workstation. This gives you a more complete Android desktop experience, complete with resizable windows, mouse support, and file system access.

VMs are not meant for quick tasks. Setting one up involves downloading an ISO file, creating a virtual machine with custom hardware parameters, and troubleshooting graphics, audio, and network drivers. Performance is often slower than a dedicated emulator because of VM overhead, and many apps that expect phone hardware (sensors, ARM processors, Google certification) may fail.

Still, for enthusiasts, VMs offer unmatched flexibility. You can snapshot states, isolate risky software, and experiment with Android’s internals without touching your main Windows installation. This is strictly for power users comfortable with partitions, bootloaders, and command-line tweaking.

How We Got Here: A Brief Timeline

Microsoft’s Android-on-Windows journey has been fragmented:
- 2019: Phone Link (then called Your Phone) began as a way to mirror notifications and photos from Android to Windows 10.
- 2021: Windows Subsystem for Android launched for Windows 11, partnering with Amazon to run Android apps natively.
- 2024: Microsoft announced WSA’s deprecation, citing low usage and shifting development priorities.
- March 5, 2025: WSA reaches end of support. Any installed Android apps via the Amazon Appstore stop working.

Since then, users have had to cobble together solutions from Microsoft’s own Phone Link (which never required WSA) to third-party mirrors and virtual environments.

What Should You Do Right Now?

Your next step depends on your immediate need:

If you’re a home user who simply misses being able to open a mobile app on your desktop after March 5, start with Phone Link. It’s free, it’s already on your PC, and it covers the most common use cases. For everything Phone Link can’t handle, keep Scrcpy as your go-to fallback.

Developers who relied on WSA for testing should move to Android Studio’s emulator—it’s the official, most configurable option and stays updated with new API levels. Gamers will find BlueStacks or its competitors more immediately satisfying.

Security Reminder

Whatever tool you choose, stick to official download sources. A fake “Scrcpy” from a random site or a repackaged emulator can compromise both your PC and your Android accounts. When using Phone Link or any mirroring solution, treat your PC like an extension of your phone: lock it when away, and be mindful of what notifications pop up on a shared screen. For emulators and VMs, avoid signing into primary Google accounts unless you’re certain the environment is clean.

Outlook

Microsoft shows no signs of resurrecting WSA. Instead, the company is deepening Phone Link’s capabilities, especially for Samsung’s ecosystem. Future Windows updates will likely bring tighter integration with Galaxy phones, and rumors suggest more Android manufacturers may get equal feature parity. Meanwhile, Google is investing in its own cross-device services, but a unified “Android on Windows” experience remains a patchwork.

For now, the tools we’ve outlined are stable, actively maintained, and cover the vast majority of what WSA users lost. The key is matching the tool to the task—and not expecting one utility to do everything.