Trending March 2024 # How To Make Your Android Phone Look Like A Windows Phone # Suggested April 2024 # Top 3 Popular

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Windows Phone is dead. It’s been a long time coming, what with Microsoft’s mobile platform being born with the fatal defect of “Not Android or iOS Syndrome.” The Windows Phone had some noble ambitions, trying to fuse itself seamlessly with the PC version of Windows, but in the end it just didn’t get enough support. However, there are some things from the Windows Phone that are worth keeping, and luckily many of them are available in one form or another on Android.

Here are the tools and apps that will keep a piece of that Windows Phone magic alive, long after it’s gone to the great mobile market in the sky.

Launcher 8 WP Style

The name of this app may be all over the place, but don’t let that deter you if you’re looking for a convincing tile-based interface, harkening back to the “glory” days of Windows 8. While the tile stuff didn’t really work out on desktop, it works very nicely on touchscreens, and you get all the joys of changeable tile sizes, Windows theming, and live tiles as well, which dynamically flip over to let you know when someone’s trying to contact you or when you’ve received an email.

SquareHome 2

Cortana

If you use voice assistants, then you’ll be aware that they largely define your mobile experience. Google Now (or Google Assistant as it’s come to be known) is Android all over, and if you want to truly get that Windows Phone experience (with the perks of Android’s customizability and Play Store, of course), you need to get Microsoft’s digital assistant, Cortana. It has much the same functionality as Google Assistant, is regularly updated, and syncs up nicely with Windows, too.

Here’s our guide to replacing Google Now with Cortana on Android.

A.I. Type Keyboard

A.I. Type Keyboard isn’t specifically designed to recreate the Windows Phone feel, but it has so many customization options contained in it that you can do just that. A couple of the free themes in this app are “Windows 8 Tablet Theme” or “Windows Phone 7 Theme,” which accurately mimic the dark look of the keyboards found on Windows Phone devices. If you fancy yourself as a bit of a designer, you can even customize the existing theme to your liking!

Microsoft Office

The trifecta of Microsoft Office apps – Word, Excel and PowerPoint – came to Android a couple of years ago, and it’s safe to say that they’ve been a great success. The polished look and feel of these apps makes them the very best that you can get on Android, and frankly their wealth of features puts Android’s native office suite – Docs, Sheets and Slides – to shame. A real masterclass of app design, this suite shows that even though Microsoft has bowed out of the hardware game on Android, it has a bright future on the software front.

Conclusion

With this lot, you’ll be able to pay fitting tribute to Windows Phone using your Android device. There was a lot to be said for Windows Phone, but it really didn’t cut it in the apps department, so here you get the best of both worlds. Even if you’re not that into Windows Phone (hence you’re on Android), it’s fun to tweak things, right? So do give it a go.

Robert Zak

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

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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.

Conclusion

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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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 Use Wireless Adb On Your Android Phone?

How To Use Wireless ADB On Your Android Phone?

Also Read: How To Optimize Battery Performance on Android

How to Use Wireless ADB on Android?

The primary method for using ADB entails connecting your Android device to the PC through USB. But as we are utilizing ADB wirelessly, you need to ensure that a few things as stated below –

Connect your Android device and PC to the same Wi-Fi network.

Ensure your Android smartphone is running Android 11 or above. If not, update it to the latest version.

On your PC, download the most recent version of the Android SDK Platform-Tools

Enable Developer options on your Android device –

Step 01: To enable the developer option on your Android smartphone, first open Settings:

Step 02: As Settings open, find and tap on About phone.

Step 04: This will allow the Developer option on your Xiaomi or POCO Android device. The chances are that you are using an Android device of a different brand and model. Follow the step below to establish ADB wireless connection on your Android –

Also read: How To Recover Data From An Android Phone With a Broken Screen.

Enable Wireless debugging on your Android smartphone –

Step 05: Go back to Settings, scroll down, and tap Additional settings.

Step 06: On the next screen, find and tap on Developer options on the next screen.

Step 07: After entering Developer options, scroll down to the bottom of the screen, and tap on USB debugging to enable it. After enabling it, tap on Wireless debugging.

Step 08: Now, it will ask you for your permission. Check the Wi-Fi network your computer and Android device are connected to. After confirming, tap on Allow.

Step 09: It will successfully turn on the Wireless debugging mode on your Android device. Now you can move on to use wireless ADB on Android.

Step 10: If you use an Android device of a different brand and model, follow the step below to turn on the Wireless debugging –

Step 11: Now tap on Wireless debugging. On the next screen, tap on ‘Pair device with pairing code’.

Step 12: Here, an IP address, port number, and a Wi-Fi pairing code will be displayed. Remember to note it down, as it will be asked in the next steps.

Use Wireless ADB on Your Android Device –

The main step is how to connect your Android to a wireless ADB device. Follow the instructions below to use ADB wirelessly after configuring it and connecting your Android smartphone to your PC.

Step 13: Before we jump onto the next step, first download SDK Platform Tools on your computer.

Step 14: A zip file will be downloaded. Find this file and paste it where you can find it easily, and then extract it.

Step 15: Now go into the folder named platform-tools.

Step 17: In the address bar, type in cmd and hit enter. It will open a command prompt.

Step 18: As the command prompt opens, type in the ADB pair followed by the IP address and then hit enter.

Step 19: You will be asked to enter a pairing code. To connect your Android device to your computer, type the pairing code given in the Wireless debugging option (refer to step 12) and hit Enter.

Step 20: As seen in the screenshot below, the successful pairing window will appear on both your PC and phone. This indicates that you have successfully established an Android wireless debugging connection.

Step 21: On the main Wireless Debugging page, you can see the IP address of the Android smartphone on this page.

Final Takeaways –

One of the most common misconceptions about ADB is that it can only be helpful when rooting Android. But it proves to be useful for many essential aspects. Android Debug Bridge enables wireless app deployment and debugging from your workstation for Android 11 and higher versions. Without physically attaching your device via USB, you may, for instance, deploy your debuggable app to several remote devices. By doing this, dealing with concerns with typical USB connections, including driver installation, is no longer necessary.

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Android Bug Lets Apps Make Rogue Phone Calls

A vulnerability present in most Android devices allows apps to initiate unauthorized phone calls, disrupt ongoing calls and execute special codes that can trigger other rogue actions.

The flaw was found and reported to Google late last year by researchers from Berlin-based security consultancy firm Curesec, who believe it was first introduced in Android version 4.1.x, also known as Jelly Bean. The vulnerability appears to have been fixed in Android 4.4.4, released on June 19.

However, the latest version of Android is only available for a limited number of devices and currently accounts for a very small percentage of Android installations worldwide. Based on Google’s statistics, almost 60 percent of Android devices that connected to Google Play at the beginning of June ran versions 4.1.x, 4.2.x and 4.3 of the mobile OS. Another 13 percent ran versions 4.4, 4.4.1, 4.4.2 or 4.4.3, which are also vulnerable. Version 4.4.4 had not been released at that time.

Any call, any time

The issue allows applications without any permissions whatsoever to terminate outgoing calls or call any numbers, including premium-rate ones, without user interaction. This bypasses the Android security model, where apps without the CALL_PHONE permission should not, under normal circumstances, be able to initiate phone calls.

The flaw can also be exploited to execute USSD (Unstructured Supplementary Service Data), SS (Supplementary Service) or manufacturer-defined MMI (Man-Machine Interface) codes. These special codes are inputted through the dial pad, are enclosed between the * and # characters, and vary between different devices and carriers. They can be used to access various device functions or operator services.

“The list of USSD/SS/MMI codes is long and there are several quite powerful ones like changing the flow of phone calls (forwarding), blocking your SIM card, enabling or disabling caller anonymisation and so on,” Curesec’s CEO Marco Lux and researcher Pedro Umbelino said Friday in a blog post.

A different Android vulnerability discovered in 2012 allowed the execution of USSD and MMI codes by visiting a malicious page. Researchers found at the time that certain codes could have been used to reset some Samsung phones to their factory default settings, wiping all user data in the process. Another code allowed changing the card’s PIN and could have been used to lock the SIM card by inputting the wrong confirmation PUK (Personal Unblocking Key) several times.

Slow patch rate extends vulnerability window

The new vulnerability might be exploited by malware for some time to come, especially since the patching rate of Android devices is very slow and many devices never get updated to newer versions of the OS.

“An attacker could, for instance, trick victims into installing a tampered application and then use it to call premium-rate numbers they own or even regular ones and listen to the discussions in the range of the phone’s microphone,” said Bogdan Botezatu, a senior e-threat analyst at Bitdefender who confirmed the bug found by the Curesec researchers Monday. “The premium-rate approach looks more plausible, especially since Android does not screen premium-rate numbers for voice as it happens with text messages.”

The attack is not exactly silent, as users can see that a call is in progress by looking at the phone, but there are ways to make detection harder.

A malicious app could wait until there is no activity on the phone before initiating a call or could execute the attack only during nighttime, Lux said Monday via email. The app could also completely overlay the call screen with something else, like a game, he said.

The Curesec researchers have created an application that users can install to test whether their devices are vulnerable, but they have not published it to Google Play. As far as Lux knows, Google is now scanning the store for apps that attempt to exploit the vulnerability.

The only protection for users who don’t receive the Android 4.4.4 update would be a separate application that intercepts every outgoing call and asks them for confirmation before proceeding, Lux said.

Lux and his team have also identified a separate vulnerability in older Android versions, namely 2.3.3 to 2.3.6, also known as Gingerbread, that has the same effect. Those Android versions were still used by around 15 percent of Android devices as of June, according to Google’s data.

How To Fix An Android Phone Not Receiving Calls

Your Android phone should receive all incoming calls as long as your phone is within network coverage, has an active cellular plan, and doesn’t suffer from any technical glitches. If you’re missing calls on your phone, one or more of these may be faulty. We’ll show you how to troubleshoot and fix them.

The most common reason you can’t receive calls on your phone is network signal issues. Other causes include an expired cellular plan, a blocked phone number, and more.

Table of Contents

Restart Your Android Phone

Make sure you save your unsaved work before rebooting your phone, or you risk losing your data.

Press and hold down the

Power

button on your phone.

Select

Restart

in the menu.

Turn Off Airplane Mode on Your Android Phone

Airplane mode must be disabled to receive calls on your Android phone. This is because Airplane mode keeps your phone disconnected from your cellular network.

You can toggle off Airplane mode to resolve your issue.

Pull down from the top of your phone’s screen.

Select

Airplane mode

if the option is enabled.

Ensure You’re in the Network Coverage Area

Your phone must be in your carrier’s coverage area to receive incoming calls and make outgoing calls. If you’re someplace where you don’t have network signals, that’s the reason you aren’t getting calls.

The only way to fix this issue is to move to a location where a mobile network signal is available. You can try going to your home’s terrace or a high location to see if you get a signal there. There really isn’t much you can do on your phone in this case except for going to a coverage-enabled area.

Disable Do Not Disturb Mode on Your Android Phone

Do Not Disturb blocks all notifications, including call alerts, on your Android phone. You must keep DND mode disabled to successfully receive incoming calls on your phone.

Launch

Settings

on your Android phone.

Turn off the

Do Not Disturb

toggle.

Check if Your Cellular Plan Is Active

In addition to fixing issues with your phone, check to see if your current cellular calling plan is active. An expired or inactive plan won’t let you make or receive calls on your phone.

One way to check that is to contact your carrier and let them review your plan details. If your plan is due for renewal, you may want to do that to resume your incoming calls.

You can get in touch with your carrier by visiting your carrier’s website, contacting them on social media, or calling them from another phone.

Turn On Android’s Mobile Data

When you experience issues receiving calls on your Android phone, it’s worth toggling on your phone’s data mode to see if that resolves the issue.

Open

Settings

on your Android phone.

Turn on the

Mobile data

option.

Check if You’ve Blocked the Phone Number

If you aren’t receiving calls from a specific phone number, you may have blocked that number on your phone. Android restricts all calls and text messages from the numbers in your block list.

In this case, review your block list and unblock the number you want to receive calls from.

Open the

Phone

app on your Android phone.

Select the three dots in your screen’s top-right corner and choose

Settings

.

Tap

Blocked numbers

.

Review your blocked number list. You can unblock a number by tapping

X

next to that number on the list.

Update Your Android Phone

Android’s system bugs can sometimes cause you to not receive calls. While you can’t fix these issues yourself, you can run a software update to potentially resolve your problems.

It’s quick, easy, and free to update an Android phone. Just make sure you’re connected to a stable Wi-Fi network when downloading the updates.

Open

Settings

on your Android phone.

Allow your phone to check for the software updates.

Select

Download & Install Now

to install the updates.

Restart your phone.

Reinsert Your SIM Card Into Your Android Phone

One reason you aren’t receiving calls on your phone is that your SIM card isn’t properly inserted. Your phone can’t recognize your SIM card if the card is loose or improperly installed.

You can fix that by ejecting and reinserting the card into your phone.

Bring the SIM card tray out of your phone.

Remove the SIM card from the tray.

Place the SIM card properly back on the tray.

Push the tray back into your phone.

Wait for your phone to recognize your SIM card.

Reset Network Settings on Your Android Phone

Faulty or improperly configured network settings can cause your phone not to receive calls. One quick way to fix this is to reset your network settings, which erases all your custom configurations and lets you set up your networks from scratch.

Launch

Settings

on your Android phone.

Choose

Reset Wi-Fi, mobile & Bluetooth

.

Select your SIM card from the drop-down menu and choose

Reset settings

.

Restart your phone when you’ve finished resetting the settings.

Several Ways to Troubleshoot Android Call Issues

Missing out on important calls can cost you quite a bit, so you want to fix your Android device’s call-related issues as soon as possible. Using the methods outlined above, you should be able to resolve your carrier issues, SIM card problems, and other software bugs to then start making and receiving calls on your mobile device. Good luck!

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