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USB flash drives are very useful, but not everyone has one, and it is not always possible to lay your hands on a Windows recovery disk every time you want to install Windows on your PC.

Thanks to DriveDroid, you can install Windows from Android. It only takes a few minutes to set it up.


Before you proceed with this tutorial, ensure that you have the following things in place:

A rooted Android device (Magisk and SuperSU work well for this – always back

up your device before rooting)

4.5GB or more free space on your Android device

The Windows ISO file


First, you need to install DriveDroid or DriveDroid Paid on your device. Launch the Google Play Store app on your device, search for “DriveDroid” and install from there. It’s important to note that the current free version works best with Android 9 devices. However, it’s still one of the best options, despite not being updated for a while.

Once you have it installed, you can run the USB setup wizard to configure the application. Hit “Setup” to begin.

It will verify that your device has not been blacklisted. Tap “Proceed,” then grant the app root access.

Next, connect your Android device to a PC using a USB cable.

You need to choose from a list of USB systems for handling USB. Most devices will work with the first available USB system.

Finally, open the file manager on your PC and confirm whether your device is mounted as a USB drive or CD drive. This indicates that your device works well with DriveDroid. You may close the Wizard and proceed with the rest of the tutorial.

If your device doesn’t show up at all, head back to the previous page and try other USB systems until one works.

Create a Bootable Windows Image

Once you have scaled the initial setup, creating a bootable Windows ISO on your Android device should be a walk in the park.

Follow the below-listed steps and make sure your device remains connected to your PC before continuing.

Download the latest Windows 10 ISO file or Windows 11 ISO file and move it to your device’s internal storage or SD Card.

Launch DriveDroid and hit the “+” button at the bottom of the screen.

Select “Add image from file.”

    Name your image and tap the magnifying glass icon to select the path of the ISO file. Once done, tap the checkmark at the top to save.

      Your Windows image should be mounted now. A notification will appear on your phone indicating the the image was successfully mounted.

        Finally, reboot your PC and boot from the Drive where your Windows ISO is mounted.

        You may need to enter the boot menu if your PC isn’t set to boot from external devices or disks first. During the boot process, press F8, F11, or Del (the button varies based on your PC) to access the boot menu. Choose the UEFI option with a name that usually starts with Linux File-CD.

        That’s it! Windows should boot normally, and you will be able to continue the installation process from there.

        Frequently Asked Questions 1. Will this cause any data loss on my Android device?

        It shouldn’t. As long as you perform the root process correctly and have ample space on your device, you shouldn’t lose any files, apps, or settings. However, always back up your device first. If you’re worried, consider using an old Android device instead if there is one available.

        2. Will DriveDroid let me boot other operating systems?

        Yes. It’s actually designed for letting you boot Linux systems directly from your Android device so that you don’t have to install them on your PC. For example, if you wanted to give Linux a test drive before creating a dual-boot system on your PC, use DriveDroid to install a Linux distro on your Android device and boot directly into it by connecting your Android device to your PC via USB.

        If you’re not sure which Linux distros to try, check out some of the best Linux distros for Windows users.

        3. Can I delete the Windows ISO once I’m finished?

        Absolutely! Once Windows is successfully installed on your PC, you no longer need the Windows ISO on your Android device. Feel free to delete it to save space.

        4. Is there a big difference between DriveDroid and DriveDroid Paid?

        While I personally had no issues with the free version of DriveDroid on Android 12, some users have reported having better success on Android 11 devices using the paid version.

        5. Will DriveDroid let me run Windows from Android?

        While you can run Linux systems, you can’t run Windows fully from Android using DriveDroid. This is only to start the installation process. This works the same as creating a recovery or installation media on a DVD or USB drive.

        Crystal Crowder

        Crystal Crowder has spent over 15 years working in the tech industry, first as an IT technician and then as a writer. She works to help teach others how to get the most from their devices, systems, and apps. She stays on top of the latest trends and is always finding solutions to common tech problems.

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        You're reading How To Install Windows From Android

        How To Transfer Files From Android To Mac

        One of the many great things about Android is that you can easily copy and paste files to and from a Windows PC just by connecting your phone via USB. Unfortunately, things aren’t quite as simple if you have an Android phone and a Mac computer.

        The official solution is called Android File Transfer: a Google-made app for macOS that lets you browse and transfer files between your Android device and a MacBook or iMac. The problem? It’s buggy, inconsistent, and generally a bit awful.

        Below, we’ll walk you through how to use Android File Transfer. Stick around, and we’ll also show you a couple of options that will make moving and copying stuff from Android to Mac much easier!


        To transfer files between an Android and a Mac, you can use the official way—a Google app called Android File Transfer—but, that isn’t the easiest way. The third-party app Commander One is a great alternative that can do the job even quicker. You can also opt for cloud storage transfer if you want to go wireless.


        Using Android File Transfer

        Cloud storage

        Using Commander One

        Using Android File Transfer

        Want to stick with the official method? That’s not a problem! Here’s how to download and use Android File Transfer:

        Download Android File Transfer for Mac from the Android website here. Note that you’ll need to be running macOS 10.7 or higher to use the app.

        Open chúng tôi .

        Drag and drop the Android File Transfer app into the Applications folder in the Finder pop-up.

        Connect your phone to your Mac via a USB cable, and Android File Transfer should open automatically. Check your notifications bar and change the USB settings to File transfer/MTP mode if it doesn’t.

        In Android File Transfer, find the folder and/or file(s) you want to transfer. Drag and drop it to your desktop. That’s it!

        Using a cloud storage solution

        Edgar Cervantes / Android Authority

        The easiest way to transfer files from an Android phone to a Mac computer is likely simply using a cloud storage solution. You probably already have a favorite and use it daily, anyways. The most popular ones are Google Drive, Google Photos, Amazon Photos, Dropbox, OneDrive, etc.

        Doing this is as easy as uploading any file from your Android phone to your favorite cloud storage service, then downloading it on your Mac. You can either use the app or your web browser. Piece of cake!

        How to transfer files from Android to Mac: A full solution using Commander One

        Edgar Cervantes / Android Authority

        If you’re only a casual user, then Handshaker is a great option with a simple, user-friendly interface, and it’s completely free. However, if you’re planning to regularly transfer files to and from your phone, you’ll want something a little more comprehensive. If that’s the case, your best bet is Commander One by Eltima, which has an Android mounting feature inside the $29.99 Pro pack.

        We got to try Commander One, and it’s, without a doubt, the simplest and most intuitive tool for shifting files between your Android devices and a Mac computer. Here are a few reasons why!

        Commander One also shows you more info about each file, including the size, extension, permissions, date created, and more. You can also turn on/off viewing hidden folders to avoid clutter or delve deeper into your phone or Mac’s innards.

        iOS mounting

        David Imel / Android Authority

        If you’ve got a Mac already, you’re probably not averse to the idea of owning iOS devices (I’ve got an iPad and an iMac, but try prying my Pixel away from me!). Usefully, Commander One supports mounting iOS devices, too. However, it should be noted that the function only works with the version from Eltima’s official website, not the Mac App Store version.

        Comprehensive search tools

        Android File Transfer doesn’t have a search bar. That means you’ll be arduously locating files manually. Meanwhile, Commander One has a search function that puts the Finder search tool to shame. It has support for Regular Expressions, Spotlight, and the ability to search for keywords within files.

        How To Install Android 11 On Raspberry Pi 4

        Raspberry Pi has been the go-to unit for tech tinkerers and enthusiasts. It offers a variety of upgradability options and comes with its own chipset and RAM in many cases which allows for multiple use cases. You can use it to manage your security cameras, create a remote workstation, create a media center unit, and much more.

        Many people have been trying to run Android on the Pi 4 for quite some time now and we saw a few major releases back in 2023. All of them were based on Android 10 but thankfully, a new build has just been released which will allow you to enjoy Android 11 on your Raspberry Pi 4. Let’s take a quick look at it.

        What is OmniROM?

        OmniROM is the new build for Raspberry Pi based on Android 11. It comes in a flashable .zip and can be obtained from XDA developers. OmniROM has been a prominent name in the XDA community for quite some time now. They released a few builds based on Android 11 for a few phones in the past few months. This experience has likely made them bold enough to create a build for the Pi 4.

        The OmniROM for Pi 4 comes in two variants, one is bundled with microG apps while the other one allows for stock Gapps installations. The microG build is more privacy-focused as it does not rely on Google’s Play Services or the Play Store.

        The weekly builds are meant for installation with Google Apps when you are flashing the ROM to your SD card. While the build is pretty stable out of the box, it is only the first one yet. There can be a few bugs and hence it is not recommended to use this as your daily driver.

        Additionally, while the new OmniROM supports installation on USB media and hard drives, you will be needed to create your own partitions and then format them based on file systems supported by the Pi 4. Hence we will only be taking a look at the procedure for SD cards that are automatically recognized as the boot drive when plugged into your Pi 4.

        Related: How to install official Android 11 update

        Things you should keep in mind

        This is the first build of OmniROM based on Android 11 for Pi 4 and it is not recommended as a daily driver for most users. Additionally, the current build lacks support for hardware encoding and decoding which will refrain you from streaming HD content in most popular apps. However, in case you still wish to stream content, you can try Firefox for Android which seems to work pretty well as a workaround for now.

        Additionally, you should also go through the readme page published by the developer at this link. This will help you identify additional drawbacks of the build which will help you determine whether you should shift to it or not.

        ► Developer Read Me notes

        How to install Android 11 on the Raspberry Pi 4

        To get Android 11 running on your Pi 4, you will need to ensure that you are running the latest firmware for your device. If you have updated the firmware recently then you can skip this guide and jump straight to the flashing procedure. But in case you haven’t updated your Pi 4 in a while, then let’s take a quick look at the procedure.

        Before installing OmniROM, we will need to update the firmware first.


        Your Pi 4 running Raspberry Pi OS

        Your Pi 4 connected to the internet


        Power on your Raspberry Pi 4 and launch the Terminal Window from your taskbar.

        Once the Terminal window is open, type in the following command.

        sudo rpi-eeprom-update

        Note: You only need the text within the quotes.

        Hit Enter to run the command.

        Your Pi 4 will now check the installed firmware in conjunction with the latest firmware available on the Raspberry servers. It will then display all the information about your device. The last two lines will show your current firmware and the latest available firmware. If these two numbers match, then you are running the latest firmware.

        But in case they do not match then you will need to update to the latest firmware. Type in the following command to update to the latest firmware.

        sudo apt update && sudo apt upgrade

        Your Pi 4 will now communicate with the servers and get all the necessary files required for the installation. Once this process is complete, use the command below to install the latest firmware.

        sudo apt install rpi-eeprom

        Your Pi 4 will now start updating itself to the latest available firmware. Ensure that you do not power off your device during this procedure as this could corrupt the installation forcing you to perform recovery on your Pi 4.

        Once the process is complete, your Pi 4 should be running the latest version of Pi OS. We can now move forward and install OmniROM based on Android 11 on your device.

        How to install OmniROM for Android 11

        Before starting the OmniROM installation, you will need to source a few files. Mainly the OmniROM build for your Pi 4, Gapps if you need them, and a flashing tool. You can download all of them from the links below.

        Note: If you do not wish to use Google apps in OmniROM then ensure that you download the microG version as shown below.

        If you wish to use Gapps with OmniROM then ensure that you download the latest weekly build of OmniROM. Additionally, when downloading Gapps you will get tons of choices. We recommend the nano apps package for your Pi 4 but you can get more information about each build at this link. For this procedure, we will be using the microG build of OmniROM. The microG build comes preinstalled with Aurora services and the Aurora store.

        ► Gapps Package variants and their descriptions


        A Windows, macOS, or Linux desktop/laptop


        Check the box for your Pi 4 SD card.

        The OmniROM build will now be flashed to your SD card. This process could take some time depending on the data transfer speeds available for your SD card. Once the process is complete, you will be able to use OmniROM on your Pi 4.

        Your PC might display a few error messages but these are common as the card is now formatted to be recognized by your Pi 4 hence Windows will face errors reading its contents.

        Note: If you downloaded the weekly build, now would be the time to flash the .zip file to your SD card. Use Etcher in the same way as stated above but instead of selecting the OmniROM build at the start, simply select the Gapps package you downloaded from OpenGapps and flash it to your SD card.

        Once flashed, plug in your SD card to your Pi 4 and power it on.

        And that’s it! You should now be running Android 11 on your Pi 4. The first boot-up might take some time, so ensure that you are patient and do not turn off the device midway. Once booted, you will automatically be taken to the desktop on your device. You can now use the new Pi 4 running Android 11 however you want.

        Note: The current OmniROM build does not support Hardware encoding or decoding for video which means that you will not be able to stream high-quality content on your Pi 4. However, Firefox as a browser seems to be working quite well when streaming 720p content that requires hardware encoding. So you can try Firefox as an alternative for now until an update is released to OmniROM with support for Hardware encoding and decoding.

        How To Install Windows 10 On Raspberry Pi

        Though the Raspberry Pi has been around for a few years, you’ve only really been able to install Linux, BSD and other ARM-based operating systems, never Microsoft Windows. This has changed with the release of Windows 10. Microsoft has stepped up and created a bare-bones edition just for the Pi.

        Mac and Linux users: Though it is possible to flash an SD card image with these operating systems, Windows 10 IoT core requires a specific file that can only be found on Windows.

        Note: though the Raspberry Pi 3 is now out and support for Windows 10 is coming, there is no option as of yet to install it via the IoT dashboard. This guide will be updated to include instructions for the Pi 3 when the time comes.

        Install Windows 10 on Your Main PC

        Make sure you’re running the latest version of Windows 10 on the computer you’re using to make the SD card. This method will not work if you’re running Windows 7, 8, or even Windows 8.1. You can quickly download an ISO from Microsoft’s official Windows 10 download page.

        Install Windows 10 IoT Dashboard

        Microsoft has a lot of information regarding the Windows 10 IoT dashboard and what it can do for your Raspberry Pi. If you’re looking to use your Pi for development in Windows 10, head to this page to learn everything Microsoft has to say about IoT core and Raspberry Pi development.

        Installing Windows 10 IoT on the Raspberry Pi 2

        Now that all the programs required are installed on your system, the SD card can finally be made. Get out the SD card you’re planning on installing Windows 10 to and insert it into the SD card reader on your Windows 10 desktop. Keep in mind the SD card must be at least 8 gigabyte in size and rated class 10 or better.

        Launch the IoT core dashboard. Once launched, you’ll see a few things on screen in the form of three drop-down menus. Select Raspberry Pi 2 in the first drop-down menu, Windows 10 IoT core for Raspberry Pi 2 in the second, and the SD card you plan on using in the third.

        What follows is the flashing process. You’ll see a progress bar pop up on screen and tell you that your SD card is being flashed. This may take a bit of time. Be patient.

        Once the flashing has completed, another window will open. This window will partition the SD card in the correct way.

        When the partitioning process has completed, the IoT dashboard will notify you that the SD card is ready.

        Finally, just insert your SD card into the raspberry Pi, connect your peripherals, network cable, display and power it on. That’s it! You’re now running Windows 10 IoT on your Pi!


        Windows 10 IoT Core for the Raspberry Pi is a is a good start to a market that is almost exclusively dominated by Linux. Since this is Windows 10, it doesn’t have the same amount of community surrounding it and thus has less enthusiasm for its deployment on these types of hobby boards.

        We can only hope that as Windows 10 IoT gets more adoption, the Pi community will come together and realize what a useful tool it is and has the potential to become.

        Would you use Windows 10 on your Pi 2? Tell us why or why not below!

        Derrik Diener

        Derrik Diener is a freelance technology blogger.

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        How To Protect Your Android Phone From Stagefright Exploit

        If Stagefright sounds like a scary name, that’s because it is. Stagefright might just be the biggest exploit yet to have been discovered in Android. It stretches back to Android 2.2 Froyo, affects a vast majority of Android phones (around 900 million) and works via MMS. The recipient, in this case, doesn’t need to do anything. If they’re using Hangouts or the default Messaging app, the app will automatically download and process the MMS for playback. And that’s all the exploit needs to infiltrate your phone.

        Stagefright is a core library in Android used to play multimedia files like MP4 videos. The reason Stagefright is so scary is because it makes the process of sending malicious code to an Android phone really easy. This malicious code can be anything the hacker wants it to be. Here’s a video of how the exploit works.

        How to Check the Vulnerability of Your Device

        Google has already patched the bug in the latest Android release (so if you’re using the flagship Samsung and Moto phones, you should be fine), but the problem is that not everyone is always running the latest version of Android. You’ll need to rely on the manufacturer to push an update.

        The company that exposed the bug, Zimperium, has also released a simple app, Stagefright Detector, for testing if your phone is vulnerable. Just download the app and start the test. In a couple of seconds you’ll have your answer.

        If you’re vulnerable, keep an eye out for the latest updates and upgrade as soon as possible.

        Also, try the following solutions.

        How to Protect Yourself from Stagefright

        Unfortunately, because Stagefright is so deeply embedded in Android OS, there’s no tool to just disable the feature. Instead, we’ll need to use workarounds.

        We know that the exploit is only activated when the MMS is downloaded automatically on your device. Let’s disable that feature.

        Messenger by Google: if you’re using Google’s Messenger app, tap the three-dotted-menu button and select “Settings.” Go to “Advanced” and disable the “Auto-retrieve” option.

        Messaging: If you’re using an older version of Android, it probably came with the Messaging app installed. Tap the “Menu” button, then “Settings”, find the “Multimedia (MMS) messages” section and uncheck “Auto-retrieve.”

        No matter which SMS app you’re using, there should be this option somewhere in the settings. Look for it and disable it.

        If you’re really paranoid, you can just disable text messages from unknown contacts if your SMS app supports the feature.

        Now the app will no longer auto download MMS.

        If you live in an area where MMS messages are still prevalent, just don’t open the MMS messages from people you don’t know.

        This is your best defense right now – that is until you get the patched update. If you want to take matters into your own hands, you can just root your phone and install CyanogenMod (or other CM-based ROMs) to make sure you get prompt security updates. CM has already fixed the bug in the nightly version, and it should be out in the stable release soon.

        The Android Security Debate

        Khamosh Pathak

        Khamosh Pathak is a freelance technology writer. He’s always trying out new apps, tools and services. He is platform agnostic. You’ll find an iPhone 5 and a OnePlus One on him at (almost) all times.

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        How To Remove A Virus From Your Android Phone

        Viruses and malware are out there for every system. Don’t delude yourself into thinking otherwise, especially on Android, where just a few years ago it was reported by F-Secure that 97% of all mobile malware was based on the Google-owned platform. Most of these aren’t conventional PC-style “viruses,” however, but dodgy apps supported by scareware or poorly programmed in a way that negatively affects your device.

        That all sounds a bit doom-and-gloomy, but don’t worry, because our guide here will help you steer clear of the bad stuff.

        Remove a Virus Using Safe Mode

        If you are suffering from unexplained power outages, a fast-draining battery, or other issues since downloading an app or a bunch of apps, you should first boot to safe mode where you can remedy the problem. In Safe Mode the OS won’t load any third-party apps you downloaded, and if you find your phone is working okay when you’re in Safe Mode, then you more or less know that you have an app that’s causing mischief.

        The following is how to get into Safe Mode.

        If your device is on: hold the power button until the boot options appear, then touch and hold the Power button until your device boots to Safe Mode or until you get asked whether you want to reboot to safe mode.

        If your device is off: hold the Power button until the phone logo appears on the screen, then hold the Volume Down button until you boot into Safe Mode.

        You’ll know you’re in Safe Mode by the small “Safe mode” label that appears in the corner of the screen. Now that you’re in Safe Mode, you should hopefully notice that your device is running smoother, faster, and is no longer blighted with scareware messages telling you to call premium numbers to protect your device. This, by extension, means that a third-party app was causing all those problems before.

        A good rule of thumb here is to delete anything that isn’t from a developer you’re really familiar with. If you just downloaded a random game you found in the Play Store on a whim, or some obscure shopping list app that not many other people had previously downloaded, start by getting rid of those.

        If you have time on your hands, delete one app, boot your device normally, and see if it’s working normally. If it’s not, go back into Safe Mode and repeat this process until you notice the problem stops (once you find it, make sure to give it a scathing review or even report it to Google by tapping the “Flag as inappropriate” button on its Play Store page).

        How to Avoid Getting a Dodgy App Next Time

        Unlike on PC, the vast majority of “antivirus” apps for Android, even from the biggest security software developers, don’t offer the same level of security you’d get on PC. Also, don’t believe that just because you download apps exclusively from the Play Store that you’re safe. Malicious apps regularly get past Google’s defences and are downloaded by users in the millions. Try to stick with apps that have plenty of reviews, high review scores, and are from well-known developers. (Malicious app developers tend to clone reputable apps, then pass them off under a different developer name, so be wary of those.)

        If you’re not a confident Android user, try not downloading apps (or APKs) from unknown sources.

        Always read the permissions that apps request of you. If a note-taking app wants your contacts’ information, or a simple game is requesting use of your camera, think twice before accepting.


        Be careful with what you download, and always do your research on an app and developer before committing to the download – read reviews, see what other apps that developer has made. Thankfully, conventional viruses that replicate themselves using users’ devices are a non-entity on Android, but scareware and apps that can have a terrible impact on your Android experience are everywhere, and you need to be ready for them.

        Robert Zak

        Content Manager at Make Tech Easier. Enjoys Android, Windows, and tinkering with retro console emulation to breaking point.

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