Free Apps for Monitoring Mobile Data Usage

Keeping track of mobile data consumption can help prevent unexpected data exhaustion and unnecessary spending on internet subscriptions. However, checking data usage manually through phone settings may not provide all the details some users need.

Several Android applications offer additional tools for monitoring mobile data consumption, tracking daily usage and identifying applications that consume the most internet data.

These apps can help users understand their browsing habits, monitor their data allowances and manage internet consumption more effectively. Here are six free apps worth considering.

1. GlassWire Data Usage Monitor

GlassWire is a mobile data monitoring application that helps Android users understand how their internet connection is being used. It provides information about mobile data and Wi-Fi consumption, including the applications responsible for using the most bandwidth.

The app displays data usage graphs and allows users to review previous consumption by day or month. It also provides alerts to help users monitor their data limits and identify when newly installed applications access the internet.

GlassWire is particularly useful for people who want detailed information about individual applications' data consumption. Its Android version is available for free.

2. My Data Usage Monitor

My Data Usage Monitor is an Android application designed to track mobile data, Wi-Fi and roaming consumption.

It provides real-time usage information and helps users identify applications responsible for consuming significant amounts of data. The app also offers daily usage monitoring, status bar information and a customizable widget for checking consumption without opening the application.

These features help users understand their internet usage patterns and keep track of their available data.

The app is free to download, although it contains advertisements and offers in-app purchases.

3. Data Usage Tracker Monitor

Data Usage Tracker Monitor provides tools for tracking mobile data and Wi-Fi consumption on Android devices.

It displays daily, weekly and monthly usage information, helping users understand how much internet data their phones consume over different periods.

The application also supports data plan tracking, usage limits, alerts and home screen widgets. These features help users monitor their consumption and receive notifications when they approach their selected limits.

It is free to download, with advertisements and optional in-app purchases.

4. Net Stats - Data Usage Monitor

Net Stats is an Android application that provides information about mobile data and Wi-Fi consumption.

It displays overall network usage alongside individual application statistics. Users can examine their data consumption by application, hour and day to identify which activities account for the most bandwidth.

The application also provides historical usage information, making it easier to compare internet consumption across different periods.

Net Stats is a useful option for users who want detailed network statistics through a straightforward interface.

5. Data Usage by Shingo.H

Data Usage is a straightforward Android application for checking mobile internet consumption.

It allows users to view their daily and monthly data usage and compare current consumption with previous months. It also provides a ranking of applications based on how much mobile data they consume.

The application includes home screen widget support and a dark mode for users who prefer a different interface.

One of its notable features is that the developer states that usage information is processed locally on the device rather than sent to external servers.

It is a free option for users who need a simple way to monitor their mobile data consumption.

6. Data Monitor by Bitroid

Data Monitor is a free, open-source Android application designed to track and analyze internet data consumption.

It helps users monitor daily data traffic and review usage statistics in one place. The application also provides warnings when consumption approaches a specified data limit.

Its straightforward interface makes it useful for people who want to keep track of their internet usage without relying on complicated monitoring tools.

Data Monitor is worth considering for users who prefer an open-source application with basic data tracking and notification features.

What to Consider When Choosing a Mobile Data Monitoring App

Before installing a data monitoring application, consider the features you need and the permissions it requests.

Here are some important things to check:

• Per-App Tracking: Choose an application that identifies how much mobile data individual apps consume.
• Daily and Monthly Reports: Usage reports make it easier to monitor consumption over different periods.
• Data Usage Alerts: Notifications can help you know when you are approaching your data allowance.
• Data Plan Management: Some applications allow you to enter your subscription allowance and monitor how much remains.
• Privacy and Permissions: Review the permissions an application requests and its privacy policy before granting access to usage information.

Android also has a built-in data usage monitor under Settings. Third-party applications provide additional features, but you do not necessarily need to install one just to check your internet consumption.

Frequently Asked Questions

1. What are mobile data monitoring apps?

They are applications that track internet consumption on smartphones and show how much data is being used.

2. Are there free data monitoring apps for Android?

Yes. Several free options are available, including GlassWire, Net Stats and Data Monitor by Bitroid. Some offer optional paid features or display advertisements.

3. Can these apps show which applications use the most mobile data?

Yes. Apps with per-application tracking can show how much mobile data individual applications consume.

4. Do mobile data monitoring apps use internet data themselves?

Some may use small amounts of data for updates, synchronization or other online activities. However, monitoring applications that rely on Android's built-in network statistics do not need to continuously send monitoring information online.

Android Adaptive Battery and How It Works

Android smartphones come with several features designed to improve battery efficiency and help users get more usage time from their devices. One of these features is Adaptive Battery, which uses app usage patterns to manage background activity and reduce unnecessary battery consumption.

Unlike manually closing applications or enabling Battery Saver, Adaptive Battery learns how people use their phones and adjusts how apps consume power over time. This helps the system prioritise frequently used applications while limiting background activity from apps that are rarely opened.

Understanding Android Adaptive Battery can help you manage your phone's power consumption, improve battery efficiency and get more out of each charge.

What Is Android Adaptive Battery?

Android Adaptive Battery is a built-in battery management feature that learns how you use applications and adjusts their background activity to help conserve power.

It uses your usage patterns to identify applications you open frequently and those you rarely use. Apps that receive less attention can have their background activity limited to prevent them from consuming unnecessary battery power.

For example, if you regularly use messaging and social media applications but rarely open a particular shopping app, Android can prioritise the applications you use more often and limit background activity from the less frequently used app.

Adaptive Battery is designed to work automatically without requiring users to manage individual applications continuously.

How Android Adaptive Battery Works

Adaptive Battery relies on information about your app usage to determine how the phone should manage background activity.

As you use your smartphone, the system gradually learns which applications are important to your regular activities. It then uses this information to optimise battery consumption.

Here are some of the ways it works.

1. Learns Your App Usage Patterns

Adaptive Battery observes how frequently you open and use different applications. It uses these patterns to understand which apps are important to your daily activities.

Applications you use regularly can receive more opportunities to perform background tasks, while less frequently used apps may experience tighter restrictions.

This allows Android to manage battery consumption based on your actual usage rather than treating every application equally.

2. Limits Background Activity

Applications can consume battery power even when they are not displayed on the screen. Some continue performing tasks such as synchronising information, checking for updates and refreshing content.

Adaptive Battery helps manage this activity by limiting how less frequently used applications operate in the background.

Reducing unnecessary background activity can help prevent apps from consuming power when you are not actively using them.

3. Prioritises Frequently Used Applications

Not every application requires the same level of background access.

For example, messaging applications may need to deliver notifications promptly, while an application you open occasionally may not require frequent background updates.

Adaptive Battery helps Android distinguish between different usage patterns and manage background activity accordingly.

This approach allows the system to balance battery efficiency with the availability of applications you use regularly.

4. Adjusts Battery Optimisation Over Time

Adaptive Battery does not rely entirely on your initial usage patterns. It continues learning as your habits change.

If you start using an application more frequently, Android can adjust its battery management decisions based on your updated activity.

Similarly, applications you stop using regularly may receive less background activity.

On supported Pixel devices, battery optimisation can take a few weeks to reach its full effect after setting up a new phone or performing a factory reset.

How To Enable Adaptive Battery on Android

Adaptive Battery is enabled by default on many supported Android devices. However, you can check its status in your phone's settings.

Follow these steps:

1. Open the Settings app on your Android phone.
2. Tap Battery.
3. Look for Adaptive Battery or its equivalent in your device's battery settings.
4. Select Adaptive Battery if the option is available.
5. Turn on Use Adaptive Battery.

The exact menu arrangement may differ depending on your Android version and smartphone manufacturer.

If you cannot find the option, use the search feature in your Settings app and enter Adaptive Battery.

How To Manage Battery Optimisation for Individual Apps

Apart from Adaptive Battery, Android allows users to manage battery usage for individual applications.

This is useful when you want certain applications to maintain their background activity or when an application is consuming more battery than necessary.

To manage an application's battery settings:

1. Open Settings on your Android phone.
2. Select Apps.
3. Open See all apps or the equivalent option.
4. Select the application you want to manage.
5. Tap App battery usage or Battery.
6. Review the available background usage options.
7. Select the appropriate setting for the application.

Depending on your device, you may see options such as Optimised, Restricted or Unrestricted.

Optimised allows Android to manage the application's battery usage automatically. Restricted limits its background activity more heavily, while Unrestricted allows it to use more battery in the background.

Be careful when restricting messaging, email and other applications that depend on background activity to deliver timely notifications.

Benefits of Android Adaptive Battery

Adaptive Battery offers several benefits for smartphone users.

Reduced Background Battery Consumption: It helps limit unnecessary background activity from applications that you rarely use, reducing avoidable battery drain.

Automatic Battery Management: The feature works in the background and learns your usage patterns without requiring you to optimise every application manually.

Prioritised App Activity: It helps Android manage applications according to their usage patterns, giving frequently used apps more consideration.

Improved Battery Efficiency: By managing how applications use power, Adaptive Battery can help your phone make better use of its available battery capacity.

Personalised Optimisation: Its adjustments are based on your changing usage habits rather than a fixed approach to managing every application.

Adaptive Battery vs Battery Saver: What Is the Difference?

Adaptive Battery and Battery Saver are Android features designed to help reduce battery consumption, but they work differently.

Adaptive Battery learns your app usage patterns and manages background activity automatically. Its purpose is to optimise how applications use power over time.

Battery Saver, on the other hand, is a mode you can enable when you want to conserve power, particularly when your battery level is low. Depending on your device, it can restrict background activity, limit certain features and reduce other power-consuming operations.

Adaptive Battery works continuously in the background, while Battery Saver provides a more immediate approach to reducing power consumption.

Both features can complement each other, although their availability and exact behaviour may vary between Android devices.

Does Adaptive Battery Affect App Notifications?

Yes. Adaptive Battery can affect when some applications deliver notifications.

Because the feature limits background activity for certain applications, notifications and background updates may sometimes be delayed.

This is more likely to affect applications that Android determines you use less frequently.

If you depend on an application for time-sensitive notifications, check its individual battery settings and consider allowing unrestricted background usage where necessary.

Keep in mind that allowing more background activity can increase battery consumption.

Why Adaptive Battery May Not Improve Battery Life Immediately

Adaptive Battery does not guarantee an immediate improvement in battery performance.

The feature needs time to learn your usage patterns before it can make more informed optimisation decisions. On supported Pixel devices, this process can take a few weeks after setting up a new device or performing a factory reset.

Battery performance is also influenced by other factors, including screen brightness, mobile network strength, location services, background applications and the type of activities performed on the phone.

If your battery continues to drain quickly, check the battery usage section in Settings to identify applications and features consuming significant power.

Frequently Asked Questions

1. What is Android Adaptive Battery?

Android Adaptive Battery is a battery management feature that learns app usage patterns and manages background activity to help conserve power.

2. Is Adaptive Battery available on all Android phones?

No. Availability depends on the Android version and smartphone manufacturer. Some devices provide Adaptive Battery, while others use their own battery management features.

3. Does Adaptive Battery affect app notifications?

Yes. It can restrict background activity for some applications, potentially delaying notifications and background updates. Individual app battery settings can help manage this behaviour.

4. Should I keep Adaptive Battery turned on?

Yes. Keeping Adaptive Battery enabled is generally recommended because it helps Android manage application power consumption automatically.

How To Get Your Content Into Google Discover

Google Discover provides an opportunity for websites to reach readers without waiting for them to search for specific information. It recommends content based on users' interests and activities, helping publishers attract additional traffic from Google's platforms.

Getting content into Google Discover can increase visibility and introduce articles to new audiences. However, appearing in Discover is not guaranteed, even when a website follows Google's recommendations.

What Is Google Discover?

Google Discover is a personalised content feed that displays articles, news, videos and other information based on users' interests. It is available through the Google app, the Google homepage on some mobile devices and other Google surfaces.

Unlike traditional Google Search, where users enter queries to find information, Discover automatically recommends content that may interest them. Its recommendations can include recent publications as well as older articles that remain relevant.

How Google Discover Works

Google Discover uses information from users' Google activity and interests to recommend content. These recommendations may reflect topics people follow, their previous searches and their interactions with content across Google services.

The feed changes as users' interests develop. This means a website's articles may appear in Discover when Google's systems determine that the content is relevant to particular users.

Google does not require publishers to submit individual articles to Discover. Content that is indexed by Google and meets its content policies is automatically eligible for consideration. However, eligibility does not guarantee that an article will appear.

How To Get Your Content Into Google Discover

Although publishers cannot directly control which articles appear in Google Discover, following Google's recommendations can improve the quality and suitability of their content.

Here are important practices to consider.

1. Publish Original and Helpful Content

Create original articles that provide useful information rather than simply repeating what other websites have published.

Focus on answering readers' needs with accurate details, meaningful explanations and relevant insights. Avoid publishing thin articles that offer little value or exist mainly to attract clicks.

Google recommends helpful, reliable and people-first content. Prioritise the needs of readers when planning and producing articles.

2. Follow Google's Content Policies

Google Discover has content policies that publishers must follow. Content that violates these policies may not be eligible for recommendation.

Avoid misleading headlines, deceptive previews, prohibited content and material designed to manipulate readers.

Publishers should also ensure that advertisements and other promotional material do not exceed the actual content on their pages. Sponsored content and other commercial relationships should be clearly disclosed.

Following Google's content policies helps keep articles suitable for Discover.

3. Use High-Quality Images

Images are important in Google Discover because they help articles stand out in the feed. Use clear, relevant and high-resolution images that represent the subject of each publication.

Google recommends images that are at least 1,200 pixels wide and have more than 300,000 total pixels. A 16:9 aspect ratio is also recommended.

You should enable large image previews by using the max-image-preview:large setting or publishing an AMP version of your page.

You can also use structured data or the og:image property to help Google identify the main image associated with an article.

Avoid generic logos, low-quality images and pictures containing excessive text.

4. Write Clear and Compelling Headlines

Headlines help readers understand what an article covers before opening it. Write descriptive titles that accurately represent the information provided.

Avoid clickbait, exaggerated claims and misleading headlines designed only to attract attention.

A good headline should communicate the main subject of an article without promising information that the content does not provide.

Google recommends headlines that capture the essence of the content. This helps readers understand what they are about to read.

5. Publish Content Relevant to Your Audience

Understand the subjects your audience follows and publish articles that address their interests.

For example, a technology website can cover smartphone developments, software updates, cybersecurity, mobile applications and other relevant technology topics.

News publishers can focus on important developments, current events and stories that matter to their readers.

Publishing relevant content consistently can help your website reach audiences interested in those subjects. However, consistency alone does not guarantee Discover visibility.

6. Demonstrate Experience and Expertise

Google encourages publishers to create helpful, reliable and people-first content. Articles should demonstrate a clear understanding of their subjects and provide information that readers can trust.

Include accurate technical details, verify important claims and explain complicated subjects in a way that readers can understand.

Provide clear author bylines, publication dates and information about your website. Include an About Us page and accessible contact information so readers can identify the publisher and understand who is responsible for the content.

These details help establish transparency and make it easier for readers to assess the credibility of your publication.

7. Make Your Website Mobile-Friendly

Google Discover is primarily experienced on mobile devices, making mobile usability important for publishers.

Ensure that your website displays correctly on different screen sizes. Text should be readable without unnecessary zooming, images should fit the screen and navigation should be easy to use.

Also, pay attention to page loading speed and overall page experience. Avoid design elements that make it difficult for readers to access the main content.

A mobile-friendly website makes articles easier to read and navigate.

8. Avoid Excessive Advertisements and Intrusive Pop-Ups

Too many advertisements can make it difficult for readers to access and enjoy your content.

Avoid placing excessive adverts between paragraphs or using intrusive pop-ups that interrupt reading. Ensure that advertisements do not dominate the page or prevent visitors from accessing the main information.

Google's Discover content policies also state that advertisements and paid promotional material should not exceed the actual content on a page.

Maintain a balance between monetisation and the reading experience.

9. Keep Your Content Accurate and Relevant

Accuracy is important when publishing content for Google Discover. Check facts, update outdated information and correct errors when necessary.

For articles covering technology, finance, health or other subjects where information can change quickly, ensure that the details remain current.

Older articles can also appear in Discover when they remain useful and relevant to readers. Therefore, updating valuable existing content can be worthwhile when there is genuinely new or corrected information to add.

Do not change publication dates simply to make old articles appear new.

10. Monitor Your Google Discover Performance

Google Search Console provides a Discover performance report that allows publishers to monitor how their content performs in the feed.

The report includes information such as impressions, clicks and click-through rates. These figures can help you identify articles that receive Discover traffic and understand which topics attract readers.

To access the report, open Google Search Console, select your website and look for the Discover report under the Performance section.

The Discover performance report is only available when a website has received the minimum required number of impressions within the last three months. Individual pages must also meet a minimum impression threshold to appear as separate rows in the report.

Review the available data to understand which content performs well and use those insights to guide future editorial decisions.

How To Check If Your Website Appears on Google Discover

You can check whether your website receives traffic from Google Discover through Google Search Console.

Follow these steps:

1. Visit Google Search Console.
2. Sign in with the Google account connected to your website.
3. Select the website property you want to check.
4. Open the Performance section.
5. Select the Discover report if it is available.
6. Review the clicks, impressions and click-through rates for your content.

If the Discover report is unavailable, your website may not have received the minimum impressions required for the report to appear.

Does Google Discover Require a Special Submission?

No. Google does not require publishers to submit their websites or individual articles separately for Discover.

Content that is indexed by Google and meets its Discover content policies is automatically eligible for consideration.

Publishers do not need special structured data or dedicated tags to qualify. However, meeting Google's requirements does not guarantee that an article will appear in the feed.

Frequently Asked Questions

1. What is Google Discover?

Google Discover is a personalised content feed that recommends articles, news, videos and other information based on users' interests and activities.

2. Can new websites appear on Google Discover?

Yes. New websites can appear in Google Discover when their content is indexed by Google and meets its content policies. However, appearance is not guaranteed.

3. How long does it take to get traffic from Google Discover?

There is no fixed timeframe. Google determines when content may be relevant to users, so some articles may receive Discover traffic while others may not.

4. Do website owners need to submit articles to Google Discover?

No. Google automatically considers indexed content that meets its Discover content policies. Publishers do not need to submit individual articles.

How To Connect an Android Phone to an External Monitor

Connecting an Android phone to an external monitor allows users to display content from their smartphones on a larger screen. This can be useful for viewing videos, presenting documents, browsing the internet, playing supported games and working with mobile applications.

Android phones can connect to external monitors through wired or wireless connections, depending on the device's supported features. A USB-C connection with video output support provides a direct way to display the phone's screen, while wireless display technologies offer another option for compatible devices.

Before connecting an Android phone to an external monitor, it is important to check the available connection options, required accessories and display compatibility. Here is how to connect an Android phone to an external monitor.

What You Need to Connect an Android Phone to an External Monitor

Before setting up the connection, check the ports available on both the Android phone and the external monitor.

The following accessories may be required:

• Android phone: A smartphone that supports wired video output or wireless screen mirroring.
• USB-C to HDMI adapter: Allows compatible Android phones to connect to HDMI monitors.
• USB-C to USB-C cable: Useful when both the phone and monitor support USB-C video input.
• HDMI cable: Required for connecting an HDMI adapter to an external monitor.
• Wireless display support: A compatible monitor, smart TV or wireless display receiver for screen mirroring.

Not every Android phone supports video output through its USB-C port. Check the manufacturer's specifications to confirm whether the device supports DisplayPort Alternate Mode or another compatible video output technology.

How To Connect an Android Phone to an External Monitor Using USB-C

A USB-C to HDMI adapter provides a wired connection between a compatible Android phone and an external monitor.

Follow these steps:

1. Check whether the Android phone supports video output through USB-C.
2. Connect the USB-C end of the adapter to the phone's charging port.
3. Plug one end of an HDMI cable into the adapter.
4. Connect the other end of the HDMI cable to the monitor's HDMI input.
5. Turn on the external monitor.
6. Select the corresponding HDMI input source using the monitor's controls.
7. Wait for the phone's display to appear on the external screen.

Once the connection is established, the phone's screen should appear on the monitor. Depending on the smartphone, users may also have access to a desktop-style interface.

How To Connect an Android Phone to an External Monitor Using USB-C

Some external monitors support video input directly through USB-C, eliminating the need for a separate HDMI adapter.

To use this connection method:

1. Confirm that the Android phone supports USB-C video output.
2. Check that the external monitor supports USB-C DisplayPort video input.
3. Connect one end of a compatible USB-C cable to the phone.
4. Connect the other end to the monitor's USB-C video input.
5. Turn on the monitor and select the appropriate input source if necessary.
6. Wait for the phone's display to appear.

Use a USB-C cable that supports video transmission rather than a charging-only cable. The monitor and phone must also support compatible video standards.

How To Connect an Android Phone to an External Monitor Wirelessly

Android phones can also display their screens on compatible external monitors through wireless screen mirroring.

The exact steps depend on the smartphone manufacturer and the wireless display technology supported by the monitor.

1. Turn on the external monitor or connect a compatible wireless display receiver.
2. Make sure the phone and wireless display device are connected to the same Wi-Fi network if the selected technology requires it.
3. Open Settings on the Android phone.
4. Look for the Cast, Screen Cast, Smart View or Wireless Display option.
5. Select the available wireless display device.
6. Follow any on-screen instructions to establish the connection.
7. Wait for the phone's screen to appear on the external monitor.

The feature's name and location may differ across Android devices. Some phones use Google Cast, while others support different screen mirroring technologies.

How To Fix Android Phone Connection Problems With an External Monitor

An Android phone may fail to display content on an external monitor because of incompatible hardware, unsupported video output or incorrect connection settings.

If the monitor does not detect the phone, first check whether the smartphone supports wired video output through USB-C. Having a USB-C port does not automatically mean the phone can transmit video signals.

Also, inspect the adapter and cables to ensure they support the required video connection. Try another compatible HDMI cable or USB-C adapter if the monitor does not recognise the connection.

For wireless connections, confirm that both devices support a compatible screen mirroring technology. Check the Wi-Fi connection where required and ensure that the correct display device has been selected.

Connecting an Android Phone to an External Monitor

Connecting an Android phone to an external monitor provides a larger viewing space for supported applications, videos, documents and other content. It can also make certain smartphone activities more convenient when a bigger display is needed.

A wired USB-C connection is useful for users who prefer a direct connection, while wireless screen mirroring provides an alternative without requiring an HDMI cable.

However, connection compatibility depends on the Android phone, monitor and accessories being used. Users should confirm that their smartphones support the required video output or wireless display technology before purchasing additional accessories.

With the appropriate connection method, an Android phone can display its screen on a compatible external monitor for a more convenient viewing experience.

Frequently Asked Questions

1. Can I connect any Android phone to an external monitor?

No. Wired connections require compatible video output support, while wireless connections require a supported screen mirroring technology. Compatibility varies between Android phones.

2. Can I connect an Android phone to a monitor using HDMI?

Yes. A compatible USB-C to HDMI adapter and HDMI cable can connect an Android phone to a monitor, provided the phone supports video output through USB-C.

3. Can I connect an Android phone to an external monitor without Wi-Fi?

Yes. A compatible wired connection using USB-C and HDMI does not require Wi-Fi.

4. Why is my Android phone not displaying on the external monitor?

The phone may not support video output, the adapter or cable may be incompatible, or the monitor may be using the wrong input source. Check the connection requirements of both devices.

How To Customise Control Centre On iPhone

The Control Centre on iPhone provides quick access to frequently used settings and features without requiring users to open individual apps or navigate through the Settings menu. It includes controls for Wi-Fi, Bluetooth, screen brightness, volume, screen recording and other useful functions.

iPhone users can customise the Control Centre by adding, removing, rearranging and resizing supported controls. This makes it easier to organise shortcuts and access frequently used features.

Here is how to customise Control Centre on an iPhone, including adding new controls, removing unwanted ones and changing their arrangement.

How To Open Control Centre on iPhone

The method of opening Control Centre depends on the iPhone model.

• iPhones with Face ID: Swipe down from the top-right corner of the screen.
• iPhones with a Home button: Swipe up from the bottom edge of the screen.

How To Add Controls to iPhone Control Centre

Follow these steps to add new shortcuts to Control Centre:

1. Open Control Centre on the iPhone.
2. Touch and hold an empty area of the screen or tap the Add (+) button.
3. Select Add a Control.
4. Browse the available controls or use the search option to find a specific feature.
5. Tap the control you want to add.
6. Repeat the process to add other controls.

The newly added controls will appear in Control Centre and can be accessed whenever needed.

How To Remove Controls From iPhone Control Centre

Removing unused shortcuts helps keep Control Centre organised and makes frequently used features easier to access.

1. Open Control Centre on the iPhone.
2. Touch and hold an empty area or tap the Add (+) button.
3. Locate the control you want to remove.
4. Tap the Remove (–) button on the control.
5. Repeat the process for other controls you no longer need.

The selected controls will be removed from Control Centre without uninstalling their associated apps.

How To Rearrange Controls in iPhone Control Centre

iPhone users can change the position of controls to organise shortcuts according to their preferences.

1. Open Control Centre.
2. Touch and hold an empty area or tap the Add (+) button to enter editing mode.
3. Touch and hold the control you want to move.
4. Drag it to the preferred position.
5. Release the control to save its new position.

Repeat these steps to rearrange other controls.

How To Resize Controls in iPhone Control Centre

Some controls can be resized to occupy more space in Control Centre. This can make frequently used shortcuts easier to identify and access.

1. Open Control Centre.
2. Touch and hold an empty area or tap the Add (+) button.
3. Locate a control that supports resizing.
4. Drag its resize handle to adjust its size.
5. Release it when the preferred size is reached.

The available resizing options depend on the individual control.

How To Reset Control Centre on iPhone

If the customised arrangement is no longer suitable, users can restore the default Control Centre layout.

On supported iOS versions, follow these steps:

1. Open the Settings app.
2. Tap Control Centre.
3. Select Reset Control Centre if the option is available.
4. Confirm the action if prompted.

If the reset option is unavailable, the controls can be manually rearranged or removed to achieve the preferred layout.

Customising Control Centre on iPhone

Customising Control Centre makes frequently used iPhone features easier to access without navigating through multiple settings menus. Adding useful shortcuts can also reduce the time spent searching for specific functions.

Users can remove controls they rarely use and rearrange the remaining shortcuts to create a more organised layout. Resizing supported controls provides another way to make important features more accessible.

The available customisation options depend on the installed iOS version. Updating the iPhone can provide access to newer Control Centre features and additional supported controls.

Frequently Asked Questions

1. Can I add more controls to iPhone Control Centre?

Yes. iPhone users can add supported controls by opening Control Centre, entering editing mode and selecting Add a Control.

2. Can I remove Wi-Fi and Bluetooth from Control Centre?

Yes. However, removing these controls from Control Centre does not automatically disable Wi-Fi or Bluetooth on the iPhone.

3. Can I customise Control Centre on older iPhones?

Yes. Customisation is available on supported iOS versions, although the available options depend on the iPhone model and installed software.

4. Does customising Control Centre affect other iPhone settings?

No. Changing the arrangement of controls does not automatically modify the underlying device settings.

How To Connect USB Microphone To Android And iPhone

Connecting a USB microphone to an Android phone or iPhone makes it possible to record audio directly through an external microphone instead of relying on the smartphone's built-in microphone. This can be useful for recording voice-overs, podcasts, interviews, video content and other audio projects.

Most USB microphones can work with smartphones, provided the device supports the required USB connection and the correct adapter is available. However, the connection process may differ depending on whether the phone uses USB-C or Lightning and whether the microphone requires additional power.

Here is how to connect a USB microphone to an Android phone or iPhone and check that it is working correctly.

What You Need to Connect a USB Microphone to a Smartphone

Before connecting a USB microphone, check the type of USB connector it uses and the charging port available on the smartphone.

The following accessories may be required:

• USB microphone: A USB microphone with a compatible connection, such as USB-A, USB-C or Micro-USB.
• USB OTG adapter: Required for connecting USB-A microphones to compatible Android phones with USB-C or Micro-USB ports.
• USB-C adapter: Useful for connecting compatible USB microphones to Android phones and iPhones with USB-C ports.
• Lightning to USB adapter: Required for connecting compatible USB microphones to older iPhones with Lightning ports.
• Recording application: An app that supports external microphone input for recording audio or video.

Some USB microphones can connect directly to a smartphone without an additional adapter. Others may require a powered USB hub if the phone cannot supply enough power to operate the microphone.

How To Connect a USB Microphone to Android

Connecting a USB microphone to an Android phone is straightforward when the device supports USB OTG or USB audio input.

Follow these steps:

1. Check whether the Android phone supports USB OTG. This feature allows the phone to connect to compatible USB accessories.
2. Connect the USB microphone to a compatible USB OTG adapter if the microphone uses a USB-A connector.
3. Plug the adapter into the phone's USB-C or Micro-USB charging port.
4. Wait for the phone to recognise the connected microphone. Some devices may display a USB connection notification.
5. Open a recording application that supports external USB microphones.
6. Start a short recording and speak into the microphone to check whether it captures audio.

If the microphone requires more power than the phone can provide, connect it through a compatible powered USB hub. Make sure the hub and microphone support the required connection.

How To Connect a USB Microphone to an iPhone

The connection process on an iPhone depends on the charging port available on the device.

For iPhones with USB-C

1. Check whether the USB microphone supports USB-C connectivity or can work through a compatible adapter.
2. Connect the microphone directly to the iPhone if both devices have compatible USB-C connections.
3. If the microphone uses USB-A, connect it through a compatible USB-C adapter.
4. Open an audio recording application that supports external USB microphone input.
5. Record a short audio clip and listen to the playback to confirm that the microphone is working.

For iPhones with Lightning

1. Get a compatible Lightning to USB adapter that supports the microphone's connection requirements.
2. Connect the USB microphone to the adapter.
3. Plug the adapter into the iPhone's Lightning port.
4. Open a compatible recording application.
5. Make a short recording and play it back to check the audio quality.

Some USB microphones require additional power, so a Lightning to USB adapter with a power input may be necessary. Compatibility also depends on the microphone and the iPhone model.

How To Check If the USB Microphone Is Working

After connecting the microphone, confirm that the smartphone is receiving audio through the external device.

Open a voice recording application and record a short clip while speaking directly into the USB microphone. Play the recording back and listen for clear audio.

You can also gently tap or speak close to the microphone while recording to check whether the sound is being captured through the external device rather than the phone's built-in microphone.

For video recording, use an application that supports external microphone input. Record a short video and play it back to confirm that the microphone captured the audio.

If the recording still uses the phone's built-in microphone, check the connection, adapter compatibility and recording application's support for external USB audio.

How To Fix USB Microphone Connection Problems

A USB microphone may fail to work with a smartphone because of connection issues, insufficient power, unsupported accessories or recording application limitations.

If the phone does not recognise the microphone, disconnect it and reconnect it securely. Check that the adapter is compatible with both the smartphone and microphone.

For Android devices, confirm that USB OTG is supported and enabled where necessary. If the microphone needs more power, try a compatible powered USB hub.

On iPhones, use an adapter that supports the microphone's connection requirements. A charging-only adapter or incompatible accessory may not transmit audio.

You should also check whether the recording application supports external USB microphones. Try another compatible recording app if the microphone is connected but no audio is being captured.

If the problem continues, test the microphone with another compatible device to determine whether the issue comes from the microphone, adapter or smartphone.

Frequently Asked Questions

1. Can I connect a USB microphone directly to my Android phone?

Yes. A USB microphone can connect directly to an Android phone if both devices have compatible USB connections. Some microphones may require a USB OTG adapter.

2. Can I use a USB microphone with an iPhone?

Yes. Compatible USB microphones can work with iPhones through USB-C or a suitable Lightning to USB adapter, depending on the iPhone model.

3. Do I need an app to use a USB microphone on my phone?

A compatible recording application is useful for recording and testing audio. The app must support external USB microphone input.

4. Why is my USB microphone not working on my phone?

The problem may be caused by an incompatible adapter, insufficient power, lack of USB OTG support or a recording application that does not support external microphones.

Xiaomi Redmi M100 Pro: Specifications, Features and Performance

The Xiaomi Redmi M100 Pro is a 5G smartphone announced on 2 November 2026 and released on the same day. It combines an AMOLED display, a triple rear camera system, a MediaTek Dimensity processor and a 5,500mAh battery in a design with dust and water resistance.

One of its notable features is the 6.67-inch AMOLED display, which supports a 120Hz refresh rate, HDR10+ and Dolby Vision. The screen also reaches a peak brightness of 3,000 nits, making display quality an important part of the phone's features.

The device runs on Android 16 with Xiaomi's HyperOS 3 interface. It also comes with 12GB of RAM and 256GB of internal storage, providing room for applications, photos, videos and other files.

Photography is handled by a 50MP main rear camera with optical image stabilisation, supported by an 8MP ultrawide camera and a 2MP macro sensor. Other features include a 20MP selfie camera, 45W wired charging, stereo speakers and NFC.

Design and Build Quality

The Xiaomi Redmi M100 Pro combines a glass front with a choice of rear panel materials. Its front is protected by Corning Gorilla Glass Victus 2, while the back is available in plastic or silicone polymer with an eco-leather finish.

The smartphone measures 162.3 x 74.4mm, with a thickness of either 8.2mm or 8.5mm depending on the version. It weighs 190g and accommodates two Nano-SIM cards.

Durability is another notable aspect of its design. The device carries an IP68 rating for dust protection and water resistance, with a stated immersion capability of up to 1.5 metres for 30 minutes. The manufacturer also rates it for water resistance at depths of up to 2 metres for 24 hours.

The available colour options are Titan Black, Phantom Purple, Spectre Blue and White.

Display

The Redmi M100 Pro features a 6.67-inch AMOLED display with a resolution of 1220 x 2712 pixels and a pixel density of approximately 446ppi. This provides detailed visuals for reading, browsing, viewing photographs and watching videos.

Its 120Hz refresh rate allows smoother scrolling and screen animations, while support for 68 billion colours helps deliver a wider range of colour reproduction. The display also supports HDR10+ and Dolby Vision for compatible content.

Xiaomi specifies a peak brightness of 3,000 nits, alongside 1920Hz PWM technology. These features complement the display's viewing capabilities, while Corning Gorilla Glass Victus 2 provides protection against everyday scratches and accidental impacts.

The screen occupies approximately 88.9% of the front surface, providing a spacious viewing area.

Performance and Processor

Powering the Xiaomi Redmi M100 Pro is the MediaTek Dimensity 7300 Ultra chipset, manufactured using a 4nm process.

The octa-core processor consists of four Cortex-A78 cores clocked at up to 2.5GHz and four Cortex-A55 cores running at up to 2.0GHz. Graphics processing is handled by the Mali-G615 MC2 GPU.

The smartphone comes with 12GB of RAM and 256GB of internal storage. This combination provides memory for multitasking and space for applications, downloaded files, photographs and videos.

Its internal storage uses UFS 2.2 technology. However, there is no microSD card slot, meaning users cannot expand the available storage with a memory card.

Camera Features

The Xiaomi Redmi M100 Pro features a triple rear camera system comprising a 50MP main camera, an 8MP ultrawide camera and a 2MP macro sensor.

The primary camera uses an f/1.5 aperture and includes phase detection autofocus (PDAF) and optical image stabilisation (OIS). These technologies assist with focusing and help reduce the effects of camera movement when taking photographs.

The 8MP ultrawide camera offers a 120-degree field of view, making it suitable for capturing wider scenes. The additional 2MP macro camera is designed for close-up photography.

Other camera features include LED flash, HDR and panorama. For video recording, the rear camera supports 4K at 24 or 30fps and 1080p at 30, 60 or 120fps. It also supports gyro-EIS and OIS for video stabilisation.

On the front, the smartphone has a 20MP selfie camera with an f/2.2 aperture. It supports HDR and panorama photography, alongside 1080p video recording at 30 or 60fps.

Battery and Charging

The Redmi M100 Pro houses a 5,500mAh silicon-carbon lithium-ion battery. Its capacity provides power for the phone's display, processor, cameras and other functions.

For charging, the smartphone supports 45W wired charging and Power Delivery 3.0 (PD3.0). A compatible charger is required to use the supported charging technology.

Software and Features

The Xiaomi Redmi M100 Pro runs on Android 16 with Xiaomi's HyperOS 3 interface. This provides its software environment for accessing applications, managing files and using the phone's built-in functions.

For biometric security, the device features an optical fingerprint sensor positioned beneath the display. Other sensors include an accelerometer, gyroscope, compass and ultrasonic proximity sensor.

Audio is delivered through stereo speakers, with support for 24-bit/192kHz Hi-Res Audio and Hi-Res Wireless Audio. However, the smartphone does not include a 3.5mm headphone jack.

Its other features include NFC, an infrared port and USB Type-C 2.0 with OTG support. Wireless connectivity is provided through dual-band Wi-Fi 6 and Bluetooth 5.4, while supported positioning systems include GPS, GLONASS, BDS, Galileo and QZSS.

Xiaomi Redmi M100 Pro Full Specifications

Category	Specifications
Network	GSM / CDMA / HSPA / LTE / 5G
2G bands	GSM 850 / 900 / 1800 / 1900, CDMA 800
3G bands	HSDPA 850 / 900 / 1900 / 2100
4G bands	1 / 3 / 5 / 8 / 19 / 34 / 38 / 39 / 40 / 41
5G bands	1 / 3 / 5 / 8 / 28 / 38 / 41 / 77 / 78 SA/NSA
Speed	HSPA, LTE, 5G
Launch
Announced	2 November 2026
Status	Available, released 2 November 2026
Body
Dimensions	162.3 x 74.4 x 8.2mm or 8.5mm
Weight	190g
Build	Glass front (Gorilla Glass Victus 2), plastic or silicone polymer back
SIM	Nano-SIM + Nano-SIM
Protection	IP68 dust tight and water resistant
Display
Type	AMOLED, 68 billion colours, 120Hz, 1920Hz PWM, HDR10+, Dolby Vision
Size	6.67 inches
Resolution	1220 x 2712 pixels
Pixel density	Approximately 446ppi
Peak brightness	3,000 nits
Protection	Corning Gorilla Glass Victus 2
Platform
Operating system	Android 16, HyperOS 3
Chipset	MediaTek Dimensity 7300 Ultra (4nm)
CPU	Octa-core (4x2.5GHz Cortex-A78 and 4x2.0GHz Cortex-A55)
GPU	Mali-G615 MC2
Memory
RAM	12GB
Internal storage	256GB
Storage type	UFS 2.2
Card slot	No
Main Camera
Configuration	Triple rear camera
Main sensor	50MP, f/1.5, 26mm wide, PDAF, OIS
Ultrawide	8MP, f/2.2, 15mm, 120-degree field of view
Macro	2MP
Features	LED flash, HDR, panorama
Video	4K at 24/30fps, 1080p at 30/60/120fps, gyro-EIS, OIS
Selfie Camera
Configuration	Single 20MP camera
Aperture	f/2.2
Features	HDR, panorama
Video	1080p at 30/60fps
Sound
Loudspeaker	Yes, stereo speakers
3.5mm jack	No
Audio	24-bit/192kHz Hi-Res and Hi-Res Wireless
Connectivity
WLAN	Wi-Fi 802.11 a/b/g/n/ac/6, dual-band, Wi-Fi Direct
Bluetooth	5.4, A2DP, LE, LHDC 5, ASHA
Positioning	GPS, GLONASS, BDS, Galileo, QZSS
NFC	Yes
Infrared port	Yes
USB	USB Type-C 2.0, OTG
Radio	Unspecified
Features
Fingerprint sensor	Under-display optical
Other sensors	Accelerometer, gyroscope, compass, ultrasonic proximity
Battery
Type	Silicon-carbon lithium-ion
Capacity	5,500mAh
Charging	45W wired, PD3.0
Colours	Titan Black, Phantom Purple, Spectre Blue, White

The Xiaomi Redmi M100 Pro Experience

The Xiaomi Redmi M100 Pro brings together several features, including a 6.67-inch AMOLED display, a 120Hz refresh rate and a MediaTek Dimensity 7300 Ultra processor. Its 12GB RAM and 256GB internal storage also provide a substantial hardware configuration for everyday smartphone operations.

For photography, the smartphone features a triple rear camera system with a 50MP main sensor with OIS, an 8MP ultrawide camera and a 2MP macro lens. The 20MP front camera provides additional options for selfies, video calls and front-facing recordings.

Battery capacity stands at 5,500mAh, with 45W wired charging support. Other notable features include stereo speakers, NFC, Bluetooth 5.4, an infrared port and an under-display fingerprint sensor.

The Xiaomi Redmi M100 Pro combines Android 16 with HyperOS 3, IP68-rated dust and water resistance and Gorilla Glass Victus 2 protection. These features make it a well-equipped smartphone for users who value display quality, photography, reliable connectivity, durability and smooth performance.

How To Recover Google Authenticator Codes

Google Authenticator codes help protect online accounts by adding an extra layer of security through two-factor authentication (2FA). However, losing access to the app, changing phones or accidentally deleting it can make it difficult to sign in to accounts that rely on these verification codes.

Fortunately, there are ways to recover access to Google Authenticator codes, depending on how the app was configured and whether the previous phone or its data is still available.

Google Authenticator supports cloud synchronisation through a Google Account and manual account transfers between devices. If synchronisation was enabled before losing the phone, saved authenticator accounts can be restored by signing in with the same Google Account on the new device.

Here are the different ways to recover Google Authenticator codes and regain access to accounts protected by two-factor authentication.

1. Restore Google Authenticator Codes Using a Google Account

If Google Authenticator synchronisation was enabled, recovering saved codes is straightforward. The app can restore synchronised authenticator accounts when signed in with the same Google Account.

Follow these steps:

1. Install Google Authenticator from the Google Play Store or Apple App Store on the new phone.
2. Open the app.
3. Select the option to sign in with a Google Account if prompted.
4. Sign in using the same Google Account previously used for synchronisation.
5. Allow the app to synchronise the saved authenticator accounts.

Once synchronisation is complete, the available accounts should appear in Google Authenticator with their verification codes.

Important: This method only works for accounts that were synchronised before access to the previous device was lost. Simply signing into a Google Account will not restore codes that were stored only on the old phone.

2. Transfer Google Authenticator Codes From an Old Phone

If the previous phone is still available and Google Authenticator is working, you can transfer your authenticator accounts directly to another device.

This method is useful when changing phones or setting up a replacement device.

Follow these steps:

1. Open Google Authenticator on the old phone.
2. Tap the menu icon or profile icon, depending on the app version.
3. Select Transfer accounts.
4. Choose Export accounts.
5. Select the accounts you want to transfer and continue.
6. Complete any required screen-lock or identity verification.
7. A QR code will appear on the old phone.
8. Open Google Authenticator on the new phone.
9. Select Transfer accounts and choose Import accounts.
10. Scan the QR code displayed on the old phone.

The selected authenticator accounts will be added to the new device.

Keep both phones available until the transfer is complete and confirm that the verification codes work before removing the app from the old phone.

3. Recover Access Using Backup Codes

Some websites and online services provide backup codes when setting up two-factor authentication. These codes can be used to sign in when Google Authenticator is unavailable.

If you saved backup codes when enabling two-factor authentication, follow these steps:

1. Visit the login page of the account you want to access.
2. Enter your username and password.
3. When prompted for a verification code, select an alternative verification option.
4. Choose the backup code option if available.
5. Enter one of the unused backup codes.
6. Follow the remaining instructions to complete the sign-in process.

Backup codes are usually provided by individual websites and services rather than Google Authenticator itself. Each code may only be used once.

After regaining access, generate a new set of backup codes if the service provides that option.

4. Use an Alternative Verification Method

If you cannot access Google Authenticator and do not have backup codes, check whether the affected account offers another way to verify your identity.

Depending on the service, available alternatives may include:

• SMS verification sent to a registered phone number.
• Email verification sent to a recovery email address.
• A security key or passkey.
• Another trusted device that is already signed in.
• An account recovery process.

Open the affected service's sign-in page, enter your login details and look for options such as Try another way, Use another method or Can't access your authenticator?

Select an available option and follow the instructions to verify your identity.

The available methods depend on the security settings of the individual account.

5. Contact the Account Provider for Recovery Assistance

If the previous methods are unavailable, contact the support team of the website or service you are trying to access.

Google Authenticator generates verification codes for different online accounts, but it does not control the login and recovery systems of those services.

For example, if you cannot access a Facebook, Instagram, Microsoft or cryptocurrency account because you lost your authenticator codes, you need to follow that service's official account recovery procedure.

Be prepared to provide the information requested to verify account ownership. Never share your password, verification codes or backup codes with anyone claiming to offer recovery assistance.

How to Prevent Losing Google Authenticator Codes Again

After recovering access, take steps to protect your authenticator accounts against future device loss.

• Enable Google Account synchronisation: Sign in to Google Authenticator with a Google Account and ensure synchronisation is active.
• Save backup codes: Keep recovery codes provided by individual websites in a secure location.
• Keep an old device temporarily: When changing phones, confirm that all authenticator accounts work on the new device before resetting the old one.
• Update recovery information: Ensure that important accounts have accessible recovery email addresses and phone numbers.
• Protect your Google Account: Use a strong password and additional security measures to prevent unauthorised access.

Frequently Asked Questions (FAQs)

1. Can I recover Google Authenticator codes without my old phone?

Yes. You can restore synchronised codes by signing in with the same Google Account on a new device. Otherwise, you may need backup codes or account recovery options.

2. Can I recover Google Authenticator codes after deleting the app?

Yes, if the codes were synchronised with your Google Account. If they were stored locally, recovery may require the old device or the affected account's recovery process.

3. Can Google Authenticator codes be used more than once?

No. Each verification code expires after a short period, usually 30 seconds. You must enter a valid current code to complete verification.

4. Does removing an account from Google Authenticator delete the actual online account?

No. Removing an account entry from Google Authenticator only deletes its verification code from the app. It does not delete the associated online account.