On Tuesday, Google officially announced several changes coming with Android 16. One of the standout features will be the introduction of Material 3 Expressive, a new design language set to roll out in 2025.

In addition to updates to the interface, the company is placing a strong emphasis on enhancing security and privacy. Google will introduce a variety of new features in the coming months.

Protection against scam texts. Many users have likely received texts pretending to be from broadband providers or parcel delivery companies. With Android 16, Google Messages will improve its scam detection capabilities, providing real-time warnings about potential fraud.

Within the Messages app, the system will alert users if it detects a potential scam text to combat identity theft, cryptocurrency scams, and fraudulent invoicing. This analysis will be conducted entirely on the device, meaning that none of the texts will be processed in the cloud.

Protection against scam calls. While Google has been effectively filtering suspicious spam calls for years, this is sometimes not enough to fully safeguard users.

With Android 16, certain actions will be restricted during calls to prevent fraudsters from persuading users to make harmful changes. Examples include altering security settings and modifying system features.

In other words, Android will provide protection not only against spam but also against various scams that are increasingly common across digital channels.

Key Verifier. Google is also introducing Key Verifier with Android 16. This feature is designed to combat identity theft and fraud. It’ll allow users to verify the identity of the people they communicate with through public encryption keys.

Using a QR code, you can confirm that a contact is verified in the Google Messages app, as their keys must match the ones assigned to them. This provides an effective solution to the common issue of SIM swapping, where someone’s identity is impersonated by taking over their phone number.

Notably, this feature isn’t tied to Android 16. It’ll be available in the summer for all devices running Android 10 or newer.

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Anti-theft protection. Google recently introduced some interesting anti-theft features and is now looking to enhance them further. The company is strengthening security measures for actions such as factory resetting a device. Simply knowing the phone’s password will no longer be enough. Users will also have the option to add an extra layer of security by answering a security question.

This added protection will similarly extend to remotely blocking devices, reducing the risk of an attacker making changes to your phone if they have gained access to any of your passwords.

Find Hub. Google has evolved its Find My Device service into Find Hub, the next step in tracking your devices.

With Find Hub, users will have a more unified way to locate not only their devices but also the contacts they add to their network. They’ll also be able to locate items that have tracking devices such as Tile and Moto Tag.

Advanced Protection. To enhance security, Google has expanded the Advanced Protection feature. This function informs apps when it’s active, discouraging them from accessing your personal information.

While this feature is active, anti-theft functions, memory optimizations, and apps designed to prevent bugs and errors that could be exploited are always operational. It also offers network connection protection to safeguard against insecure websites, as well as messaging and scam defense options.

Image | Indra Projects

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On Tuesday, Google officially announced the updates that will come with Android 16. Early versions of Android 16 had previously been available and showed minimal changes compared to the previous version. However, the company has completely redefined the system interface with one of the most significant redesigns in Android’s history.

Material 3 Expressive. Since the introduction of Material You in 2022, Android’s design has remained relatively stable. This continuity isn’t necessarily negative. Google’s operating system currently boasts a clean user interface that has allowed apps to adapt. However, an update was certainly due, especially with the anticipation that iOS 19 could also introduce major UI changes for Apple.

Material 3 Expressive establishes its own identity as a natural evolution from Material Design. It transforms previous understandings of design language, offering a more casual, customizable, and comprehensive experience.

An exciting new design language. The Material 3 Expressive update features a wider range of color palettes and a complete redesign of key elements such as the notification panel and status bar. Notably, the Android vertical progress bar will be replaced with a horizontal one, similar to iOS. Additionally, native apps and settings have also received a makeover, enhancing the overall interface to better integrate with these new color themes.

The launcher will remain largely unchanged, featuring the search bar at the bottom, customizable icons, and redesigned native widgets. It’s worth noting that Google showcased this interface on a Google Pixel device, so there may be slight variations on other devices.

Gmail on Material You. | Gmail on Material 3.

New features. Google has introduced a new function similar to the iPhone’s Live Activities. This allows apps to display information in real time. It’s particularly useful for food tracking apps, flight-related apps, and even Google Maps.

Additionally, the company has enhanced system animations, transparency effects, and native Android apps to fit this new design language. As shown in the image above, these changes are profound. With them, Google aims to create a more visually appealing design and improve user interaction, featuring larger and more accessible buttons.

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WearOS. Google is working to unify the design language across its software platforms, including WearOS, its operating system for smartwatches. As part of this effort, the company is introducing Material 3 to both Android and WearOS.

This update will significantly transform the interface of smartwatches. They’ll feature larger icons, redesigned visuals, new color palettes, and a more intuitive user experience. The goal is to enhance interactions on smaller screens.

Additionally, Gemini is set to be integrated into WearOS in the coming months, allowing users to engage with it similarly to how they do on their phones.

Gemini is coming to Android Auto.

The new design will extend to Android XR and will be partially implemented in Android Auto as well. In fact, every Google product based on Android will be updated to feature the new Material 3 design language.

Availability. Android 16 will introduce Material 3 starting this May, which means you can expect the next beta versions for Google Pixel devices to feature the new design. However, the design will only become fully official and stable with the final version.

Additionally, manufacturers will decide whether to adopt the new design language. Many custom user interfaces have their own design styles and may not adhere closely to Google’s design guidelines.

Images | Google

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Google wants to dominate the AI landscape. It has a significant advantage over most of its competitors: a well-established ecosystem. The rollout of its AI system, Gemini, initially started on Android-based phones, but plans are in place to expand beyond that.

The company announced on Tuesday that Gemini’s features will soon be available on other Android products. This further demonstrates how Google’s traditional assistant is gradually transitioning into an AI chatbot.

For instance, Wear OS-based smartwatches will allow users to interact directly with the assistant to set alarms and reminders.

Thanks to Gemini’s integration with Google apps, users will be able to ask questions about data from these services. For example, you can inquire, “What was the name of the restaurant Mike recently mentioned in Gmail?” and receive a concise answer displayed on your watch screen. This feature will be available on devices such as the Pixel Watch and Samsung Galaxy Watch.

The company is also introducing Gemini to Android Auto. The commands that users previously used with Google Assistant will now be enhanced by Gemini’s ability to understand natural language. Google claims that this will allow drivers to focus on the road rather than worrying about how to phrase their questions.

In the car, naturally interacting with Gemini will also provide access to exciting features. For instance, you can ask it to find gas stations along your route that are also near a park if you want to stop for a walk.

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The integration with Google services will allow Gemini to summarize messages or emails you receive on your phone. It’ll also translate them and offer simple, voice-based responses. Additionally, it can provide you with news summaries and documents you need to review before an upcoming meeting.

For users with Android TV, Gemini will also extend its capabilities to this platform. For example, you can use the chatbot to ask for recommendations on kid-friendly action movies and receive direct suggestions through voice interaction.

Moreover, the TV can function as a large mobile screen. Just like on a computer or phone, you can engage with Gemini to ask any question, with a particular emphasis on delivering results in the form of YouTube videos.

Finally, Google announced that Gemini will also be incorporated into Android XR, the operating system the company is developing in partnership with Samsung for headsets and glasses.

This interaction is particularly intriguing because it provides a powerful way to access information, answers, and content directly through voice commands. For example, Gemini will be capable of planning a vacation by surrounding you with videos, maps, and insights about local culture, as well as suggesting a travel itinerary.

Google is planning a gradual but comprehensive rollout of Gemini, which will also be available on headphones from manufacturers such as Sony and Samsung. Samsung has already announced its integration with the Galaxy Buds.

While there are no specific dates for this deployment, Google’s ambition is clear. The company wants you to be able to communicate naturally with all your devices whenever you need to.

Images | Google

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There’s a new obsession among major Android manufacturers: offering as many years of support as possible. Until not too long ago, most were content with just two years of updates—a timeframe that now seems unacceptable for today’s top-tier devices.

In the past two years, Android phones have promised up to seven years of updates. This number sounds almost magical, dramatically extending a phone’s lifespan (as long as those updates help more than they harm). The problem? It’s the same one that has existed since Android’s early days.

A clear obsession. Seven years of updates. Samsung was the first to push the limit, offering more support than Google. In response, the Google Pixel also began offering seven years of system updates and security patches.

It’s a record for the operating system, driven mainly by improved support from component manufacturers like Qualcomm. Their latest processors support up to eight years of updates. But the question remains: Does it make sense?

Fragmentation. Promising years of upgrades sounds great. But only one manufacturer delivers them promptly: Google. Samsung just announced its Android 15 update for select high-end devices—even though the version has been available since October.

Users have come to accept that fast upgrades arrive about six months after Google releases the stable version and another six months before the next one—Android 16—appears. It’s a cycle that reinforces Android’s age-old issue: fragmentation.

Only 7% of the world’s Android devices run Android 15. That means 93% are outdated.

Fragmentation is inevitable with an operating system that powers more than 70% of devices globally, given the wide range of manufacturers and models. But even with that in mind, 7% is a staggeringly low adoption rate.

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It doesn’t matter too much. A few years ago, updating to a new operating system version meant major changes to the design language and a host of new features. More recently, updates focus on stability and efficiency rather than sweeping visual or functional changes.

The most crucial recent innovation—AI—comes via models like Gemini Nano, which can be implemented without upgrading the operating system version. For most users, staying current on security patches and avoiding very old versions is enough.

Manufacturers, on the other side. Android has moved beyond the old two-year update window. Today, four to five years is the new minimum. Manufacturers are pushing past that, aiming to get users closer to 10 years of support.

Xiaomi product manager Daniel Desjarlais explained the company’s position: It doesn’t offer more years of support because the average user keeps their phone for just three years—not seven.

OnePlus COO and president Kinder Liu has a similar view:

“Imagine your phone is a sandwich. Some manufacturers are now saying that the filling in their sandwich—their phone’s software—will still be good to eat in seven years’ time. But what they’re not telling you is that the bread in the sandwich—the user experience—might be moldy after four years. Suddenly a seven-year software update policy doesn’t matter, because the rest of your experience with the phone is terrible.”

In short, manufacturers are waging a war over operating system updates. It’s a battle where only Google consistently meets deadlines—and where even the most optimistic companies question what Android will look like seven years from now.

Image | Daniel Romero (Unsplash)

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Few manufacturers can achieve clear recognition and positioning in the highly competitive smartphone market within just four years.

The Nothing Phone (3a) Pro represents a significant milestone for the brand. It doesn’t aim to be a mere supporting player. Instead, it enters the market with a strong emphasis on its iconic design and unique interface. The phone makes a bold statement with its impressive camera, compelling performance, and distinctive ability to stand out–a feat that few current smartphones can achieve.

Nothing Phone (3a) Pro Specs

Nothing Phone (3a) Pro

RRP on Nothing — $459.00

Some prices may have changed since the last update

Pure Nothing Phone Design

Nothing has strategically positioned itself in a crowded market where gaining traction is challenging, both in terms of sales and word-of-mouth relevance. The company found success with the Nothing Phone (1), a unique transparent phone that got a lot of hype.

Three years and several devices later, Nothing claims to have sold more than one million units. On March 4, the company unveiled the Nothing Phone (3a) Pro, which follows the same strategy that emphasizes its distinctive exterior design.

Its partially transparent rear casing immediately captures the user’s attention. However, there are noteworthy improvements in design, particularly regarding the phone’s build quality and the materials used.

The back of the Nothing Phone (3a) Pro is now made of glass instead of plastic, though it doesn’t feel like it to the touch. Additionally, the frame is constructed from 100% recycled aluminum, providing a perfect fit for both the back and the screen. The device also boasts an IP64 rating for dust and water resistance.

There are a few significant changes in terms of physical dimensions. The device is still big, measuring more than 16 cm in height and 7.7 cm in width. Being 8.39 mm thick and weighing 211 grams, it strikes a good balance for this type of device.

The aluminum frame, featuring a matte finish and a unique texture, adds a special touch to the overall design.

The result is visually appealing, comfortable to hold, and practical. Nothing’s latest phone feels good in hand, isn’t overly slippery, and does a good job of resisting fingerprints and dirt.

The phone can’t even fully stand on the camera module.

However, what stands out in this generation isn’t the transparent design of the back, but rather the large triple camera module. Its size and thickness are quite noticeable, making it overly protruding.

While I can appreciate the camera module’s aesthetically pleasing look, I find it impractical. It’s so large that when I pick up the phone the way I usually do–resting my index finger on the back–I often end up touching the bottom of the camera module. This issue isn’t unique to me. Many have reported the same problem when I’ve let them try the phone.

Even with small hands, the camera module interferes with the natural way of holding the phone.

I found the camera module annoying when using the device. It forced me to modify how I hold my phone, something I’ve done the same way for years. As a result, I ended up leaving my index finger resting on the camera module. While it’s true that my finger doesn’t cover the lens or flash, it still wasn’t comfortable for me.

The Essential Key button is located below the on/off button.

The physical buttons and controls are well-executed, but I’m not convinced about the new Essential Key located just below the on/off button. The Essential Key button provides direct access to the new Essential Space functionality, which I’ll discuss later. However, I accidentally pressed it countless times, mistaking it for the on/off button. As such, I ended up with dozens of unnecessary screenshots.

The camera module comes with the Glyph Interface backlights, one of the standout features of the Nothing terminals. However, beyond mere curiosity, I still don’t see much practical use for this feature.

A Brilliant AMOLED Screen

For those who enjoy a large display on their phone, the Nothing Phone (3a) Pro is sure to impress. It features a spacious 6.77-inch panel with rounded corners and a discreet camera and sensor hole that serves no additional purpose. There’s still nothing like the iPhone’s Dynamic Island here.

The Phone (3a) Pro continues to use an AMOLED panel protected by Panda Glass. Notably, this model also uses glass for its rear.

The screen resolution is 1080x2392 pixels, which translates to Full HD+ and offers a solid viewing experience with a density of 387 ppi. More importantly, the phone’s display boasts a 120 Hz refresh rate and a sampling rate of 480 Hz in standard mode and 1,000 Hz in gaming mode.

The Phone (3a) Pro’s screen reaches a typical brightness of 800 nits. Viewing content in direct sunlight is much easier. In these conditions, it can peak at 1,300 nits. Additionally, HDR mode can achieve a remarkable brightness of up to 3,000 nits.

The default panel quality is satisfactory, offering good color reproduction and an excellent viewing angle. However, you can also customize the experience slightly by choosing between Alive and Standard modes. Although the default mode is Alive, I found the Standard mode’s naturalness more convincing.

Other helpful features for adapting the screen settings to your preferences include the ability to adjust the contrast of text, buttons, and icons, which is crucial for the operating system’s Dark mode. Additionally, all layers of the phone’s interface are compatible with the Night Light feature, which users can regulate and set a schedule.

You can also set the refresh rate to 60 Hz or 120 Hz or select a dynamic mode, which is the most recommended option. The always-on display feature, complete with several customization options, is also available.

The phone includes an in-screen fingerprint sensor, which users can combine with facial recognition to ensure that the device’s secure unlocking is instantaneous and effective.

Snapdragon to the Rescue

The Nothing Phone (3a) Pro enters the market aiming to compete with the best in the mid-range category. It’s powered by the Snapdragon 7s Gen3, which features 8 Kryo cores. The phone comes with one Prime core at 2.8 GHz, three performance cores at 2.6 GHz, and four efficiency cores at 1.9 GHz. Additionally, it includes the Adreno graphics processor and offers support for Wi-Fi 7 and Bluetooth 5.4.

The only model available in the U.S. combines 12 GB of RAM with 256 GB of internal storage. Notably, it scored more than 27,000 points in the PCMark benchmark.

In raw performance tests, the Snapdragon 7s Gen3 solidifies its status as the go-to system-on-chip in the competitive space between the best mid-range and entry-level high-end devices. The phone scored nearly 12,500 points in the PCMark Work 3.0 test. Meanwhile, it achieved 1,164 points in the single-core GeekBench 6 test and 3,291 points in the multi-core benchmark.

The Phone (3a) Pro offers an experience similar to that of high-end phones, even if the Nothing device isn’t a flagship model. Overall, the Phone (3a) Pro operates smoothly and confidently handles all tasks.

The most significant improvements are in efficiency and graphics performance. The Nothing Phone (3a) Pro scored nearly 4,000 points in the 3DMark Wild Life test and more than 5,000 points in the Sling Shot Extreme benchmark.

In terms of AI capabilities, the phone also performs well, achieving almost 1,500 points in the GeekBench AI test.

Another notable advantage of this device is its lack of overheating, even under demanding tasks, and its excellent performance in stress tests.

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Satisfying Autonomy

With such a large device, featuring many subtleties in the interface and light tricks in the case, battery life is always a concern.

The Nothing Phone (3a) Pro relies on a battery that delivers. Its 5,000 mAh capacity ensures longevity, maintaining 90% of its maximum capacity after 1,200 charge cycles—equivalent to almost three and a half years with a full daily charge.

In real-world tests, the Nothing Phone (3a) Pro demonstrated impressive efficiency, averaging nearly two days of use with 7 to 8.5 hours of screen time in varied cycles.

The device supports 50 W fast charging, but the box only includes a cable. You must buy a charger separately.

When tested with a 65 W charger, the device nearly matched the official charging claims. With just under 10% battery life, it reached 50% in 20 minutes and fully charged in 63 minutes.

Nothing OS 3.1: A Unique Layer in the World

After its debut in late 2024, the Nothing OS reached the Nothing Phone (3a) Pro in version 3.1. Despite its short time on the market, this iteration already delivers stable performance.

The OS maintains the essence that makes it unique in the Android ecosystem. It’s designed to engage the senses, offering an interface where sounds, movement details, special icons, and exclusive fonts create an immersive experience.

Nothing’s addictive appeal is undeniable.

While the interface stands out in the industry, it requires a controlled use to maintain its appeal. Otherwise, inconsistencies appear, such as unrepresented icons or apps that struggle with extreme customizations.

This is a mix of Nothing plus classic Android.

The new version doesn’t introduce many features. The most noticeable additions include eSIM support and modifications to apps like the gallery and camera. The updated gallery makes it easier to navigate between images without losing sight of important details. AI enhancements improve media organization and search capabilities.

Aesthetically and functionally, Nothing OS 3.1 feels familiar. It doesn’t bring a dramatic leap forward, but over time, its AI-driven features, such as intelligent app grouping, may enhance the user experience—though this particular feature remains unconvincing.

The customization and quick use of operating system options is very extensive.

Among Nothing’s proprietary apps, the most notable is Essential Space, a hub for organizing voice notes and screenshots. While its usefulness isn’t immediately clear, early access for buyers may expand its functionalities, making it a potential tool for collecting ideas, planning trips, and managing images creatively.

Audio transcription works well, and AI helps identify potential appointments or tasks. Learning to use these features effectively takes time.

A Triple Camera With a Surprise

A large camera module doesn’t always guarantee top-tier photography, but exceptions exist. In the case of the Nothing Phone (3a) Pro, the inclusion of a 3x telephoto lens stands out.

Starting with the camera app, a carousel allows quick access to preferred modes with easy personalization.

However, the camera app lacks responsiveness. Switching modes can feel sluggish, occasionally causing missed shots. However, improvements in speed should come with future updates.

As an interface, it provides essential settings within two taps. The Preset Modes tab, which allows for fully customized shooting modes, proved more useful than expected.

This interface helps to create and select preset modes.

Users can configure lens selection, shooting modes, filters, focal lengths, and blur intensity, among other settings.

The rear camera module includes a 50 MP main camera with a large 1/1.56-inch sensor and an 8MP wide-angle camera with a 120-degree field of view (f/2.2). What about the third sensor?

Image shot with the main camera in auto mode.

In fact, the primary distinction between the standard Nothing Phone (3a) and its more advanced counterpart lies in the telephoto lens. The Pro model features a 50 MP telephoto lens with a sensor size of 1/1.95” (f/2.55), which captures images at 70 mm. This lens offers a 3x optical zoom that can be extended up to 6x through cropping with satisfying results in good lighting conditions.

Image shot at 6x zoom, daytime.

The digital zoom can reach up to 60x, aided by AI algorithms. However, the results are highly unsatisfactory.

The working range of the two main cameras extends from 1x to 6x.

Interestingly, only one sensor consistently delivers the expected results among the Nothing Phone (3a) Pro camera setup: the wide lens. It isn’t the best in bright conditions and shows even more limitations in low light. When viewing the results on the phone’s screen, it’s easy to notice the disparity in detail quality compared to the main and telephoto cameras.

Image shot with the wide lens in auto mode.

Image shot with the wide lens in auto mode, night time.

Image shot with the wide lens in auto mode, night time.

The rest of the Nothing Phone (3a) Pro camera setup is confusing. Although it’s designed to impress on social media, it unexpectedly presents a mixed bag of performance.

The images captured by the main camera, which operates at 50 MP but defaults to 12 MP for shooting, are solid but only if you don’t look at them too closely.

Image shot at 1x in auto mode.

Image shot at 1x in auto mode.

Image shot with the main camera in auto mode.

Image shot with the main camera at 50 MP and 100% cropping in auto mode.

The main sensor’s level of detail is subpar even in good lighting conditions. If you desire high detail, it’s advisable to use the 50 MP shooting mode directly. At night, although the sensor can detect a significant amount of light due to its larger size, the level of detail decreases considerably, resulting in washed-out images.

Image shot at 1x in auto mode.

Image shot at 1x in auto mode.

Image shot at 1x in auto mode.

For night photography with the main camera, it’s recommended to use Night Mode whenever possible.

Right image shot in Night Mode.

Images shot at 100% cropping. Right image shot in Night Mode.

Another issue I noted when shooting at night with the main camera is the poor white balance in the presence of warm lights.

Images shot at 1x to 6x at night. The two images at the bottom show how the telephoto camera achieves the correct white balance.

The main 50 MP camera allows for 2x zoom, although this is achieved by cropping the original image. Additionally, the results exhibit the same flaws as those seen in 1x mode.

Image shot at 1x and 100% cropping.

Image shot at 2x and 100% cropping.

Image shot at 3x and 100% cropping.

Image shot at 6x and 100% cropping.

Interestingly, in my experience, the 3x telephoto lens achieves better results both in daylight and at night, where images don’t appear blurred or lack detail.

Left image shot with the main camera at 1x. Right image shot with a telephoto lens at 3x.

Right image shot at 100% cropping and 3x. Left image shot at 100% cropping at 1x in auto mode.

In fact, the difference in detail was so significant that I was tempted to step back from the scene just to use the appealing 70 mm lens, particularly for portrait photography.

Even the world’s least photogenic model looks good with a 70 mm lens.

During my tests, using the 3x shooting mode when the scene allowed it was extremely satisfying. Switching to this mode is simple, especially when using the preset functions.

Other noteworthy shooting modes available are Macro mode and Portrait mode. In addition, Expert mode allows you to control shooting parameters manually and supports RAW shooting.

Using Macro mode is somewhat challenging. You must focus from a relatively far distance because it utilizes 3x and 6x zoom. You need a steady hand to make the most of this feature. However, I found it enjoyable, and it offers a different experience compared to macros on other cameras.

Images shot in macro mode at 3x and 6x.

The TrueLens 3.0 Engine plays a crucial role in the entire photographic process of the Nothing Phone (3a) Pro. AI systems detect the scene type and adjust various parameters to optimize the shot. The results are generally good, though some images show minor over-processing.

One area where processing is particularly important is HDR. Nothing has partnered with Google to introduce Ultra XDR mode on this model. This feature combines eight RAW images with different exposures and applies pixel-level brightness adjustments, according to the brand.

Users can disable HDR mode if they want, which is a welcome option. However, in most cases, letting it work automatically produces solid results, even in challenging scenes.

Image shot with active HDR.

The secondary (front) camera offers 50 MP resolution and 4K video recording. It delivers natural-looking images with good detail, though the bokeh effect in portrait mode could be improved.

In video mode, the Nothing Phone (3a) Pro avoids excessive resolution settings, skipping the often impractical 8K option. Instead, it supports 4K recording with OIS and EIS, ensuring better stabilization. Users can also record at 1080p up to 60 fps and in slow motion at 1080p and 120 fps.

Nothing Phone (3a) Pro: Xataka’s Opinion

Standing out in today’s smartphone market is no easy task. With numerous competitors, models, and user preferences that often defy logic, making an impact is increasingly challenging.

The Nothing Phone (3a) Pro enters the market with an improved design and premium finish, yet its transparent back remains its most distinctive feature. This year, it also introduces a rear camera module that is arguably the most intriguing part of the device—for better or worse.

With performance matching its price, a solid display, and good battery life, much of the focus is on its custom UI and camera capabilities.

The operating system is engaging, though personal preference always plays a role. As for the camera, once again, it looks impressive on paper but still requires software refinements to fully unlock its potential. However, the 3x optical zoom performs well, offering a promising glimpse of what the device can achieve.

Nothing Phone (3a) Pro

RRP on Nothing — $459.00

Some prices may have changed since the last update

The device has been loaned for testing by Samsung. You can learn more about our review process in the Xataka On Reviews Policy and our Corporate Relations Policy.

Images | Xataka On

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This article will show you how to locate the Downloads folder on your device, whether it’s a phone or a computer.

Each section includes quick guides for different operating systems. You’ll also learn how to access the Downloads folder, which is usually simple.

Where’s the Downloads Folder on a Windows PC?

To find the Downloads folder on a Windows PC, open File Explorer. Type its name in the Start menu to locate it. This opens a window where you can navigate the folder system where Windows organizes files.

Inside File Explorer, look in the left column and click Downloads. By default, the Downloads folder is pinned in Windows 10 and Windows 11, so you can always access it from there.

Where’s the Downloads Folder on a Mac?

To find the Downloads folder on a Mac, open Finder. This file explorer lets you navigate the folder system where macOS organizes files.

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Inside Finder, look in the left column under Favorites for the Downloads folder. If it’s not there, check under Locations. Click your Mac, then your hard drive. Inside, go to Users and open the folder with your name on it. There, you’ll find Downloads.

Where’s the Downloads Folder on Android?

Finding the Downloads folder on Android can vary because each manufacturer has its own file explorer. You’ll need to use the one preinstalled on your phone and browse the file system to find Downloads. It’s often in a Favorites section.

If you can’t find it, you can download a file manager app, such as Files by Google, available on Google Play. Open the app, and on the main page, look for the Categories section, which includes a link to Downloads.

Where’s the Downloads Folder on an iPhone?

On an iPhone or iPad running iOS, open the Files app. This is Apple’s built-in file explorer for navigating internal folders.

Inside Files, tap the Browse tab at the bottom. You’ll see the option to enter the Downloads folder in the Favorites section.

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In this post, we’ll explain how to turn off your phone completely. If you’re having trouble locating the right button or button combination, we’ll provide you with the simplest methods for both Android and iPhone users.

First, we’ll cover several options to switch off your Android device, given that the process may vary depending on the manufacturer. Second, we’ll outline the methods for turning off your iPhone, offering different options.

How to Turn Off Your Android Phone

If you’re looking to turn off your Android phone, you can try four common methods. The method you use may vary depending on the manufacturer of your device. This means not all methods may work for every phone. However, one of these options should help you power off your device. The key is to access the shutdown dialog.

1. Press and hold the power button.
2. Press and hold the power and volume up buttons.
3. Press and hold the power and volume down buttons.
4. Swipe down from the top of the home screen to open the notifications panel. Swipe down again to access the Quick Settings options, and then tap on the power off button.

These four methods display the shutdown option in several ways. Most Android phones have at least two of these methods available, often combining key presses or accessing the Quick Settings. To find out which method works for your specific device, you may need to try each option or go directly to the Quick Settings menu.

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How to Turn Off Your iPhone

Next, we’ll explore three methods to turn off your iPhone. The first two methods apply to all modern iPhones, while the third method is specifically for older models.

1. Press and hold the power button and either the volume up or volume down button at the same time.
2. Go to the Settings app, tap on General, and scroll to the bottom to select Shut Down.
3. If you have an older iPhone model with a physical Home button, press and hold the power button to turn the phone off.

Maybe you’re turning off your phone because you just got a new device. If so, and you’re backing up your data, check out this article on how to transfer text messages to your new phone.

Image | Gilles Lambert

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In this post, we’ll explain how to recover deleted files on your Android phone and the scenarios where you can do so. The process isn’t as straightforward as you might think. The ability to recover files often depends on your specific phone model and the apps you’re using.

First, we’ll explain how and when you can recover deleted files from your phone’s memory. Next, we’ll discuss what happens to files that are deleted from specific apps. Finally, we’ll provide one last alternative that might assist you in file recovery.

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Recovering Deleted Files on Android

Android is a modular operating system that manufacturers often customize by selecting the apps that come preinstalled. The ability to recover deleted files on your device largely depends on the file explorer you’re using. This app allows you to access, manage, create, and delete folders and files on your device.

If your file explorer includes a trash folder, you’ll be able to recover files you’ve deleted. However, recovery won't be possible if your device doesn’t have this feature. If you have multiple file explorer apps installed, the ability to recover deleted files will depend on the app you used at the time of deletion.

To check if your file explorer has a trash folder, open the app and look for the option. If it’s missing, you won’t be able to recover deleted files. In this case, you might consider installing a file explorer app that includes a trash folder so that you can avoid this issue in the future. Google’s Files app includes its own trash can, but there are many other excellent options available, too.

What Happens to Files Deleted from Apps?

Apps are generally responsible for managing the files you create or manipulate within them. For instance, messaging apps manage the photos you receive or save. If you delete one, the app removes it from your phone’s memory.

As such, the ability to recover deleted files within an app depends on whether that app provides a recovery option. In the case of messaging apps, you typically can’t recover deleted files. However, some other apps may allow for file recovery.

Tools designed to help prevent the loss of notifications or files in messaging apps exist, but they come with certain risks. These tools require access to your notifications and files, meaning you’d be sharing sensitive data with a company you may not fully trust. We advise against relying on them too heavily.

Last Resort: Backup

You can set up your Android phone to make regular backups of important files, including photos, videos, messages, and settings. This way, if you lose something significant, you can restore the last backup and recover the items that were saved at that time.

To set up backups, launch the Settings app and go to the System section. Click on the Backup option and select what you want to back up.

Backing up your data is essential when switching devices. If you’re making the switch, check out this guide on transferring text messages to a new phone.

Several third-party apps can also help with backups.

Xataka On’s Tip: Duplication of Important Files

If you don’t want to lose specific files, we recommend making duplicates. In addition to keeping the original file, you can email a copy to yourself for easy access. Alternatively, store one copy in an internal folder on the phone and another on the cloud. We also recommend knowing where your Downloads folder is—you might find files you thought were deleted.

The idea is to minimize the risk of losing important files. If you accidentally delete the folder containing them, you’ll still have access through the email you sent to yourself or from the cloud storage service. While this process may be a bit more tedious, safeguarding crucial files, such as photos or videos, is highly recommended.

Image | Onur Binay

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This post explains everything you need to know about connecting an Apple Watch to Android. If you search online for guides, you’ll find conflicting information. Some suggest you can connect an Apple Watch to your Android device when, in reality, you can only use one alongside the other.

You’ll learn what an Apple Watch can and can’t do with an Android phone and whether the two can truly connect. Finally, this guide will show you how to make the devices coexist.

Can You Connect an Apple Watch to Android?

No. You can’t connect an Apple Watch to Android or any non-Apple device. Unlike AirPods, which work with Android, an Apple Watch cannot establish a direct connection with an Android phone to share information. You need an iPhone to use one.

There’s a way to receive calls from an Android phone on an Apple Watch, but that doesn’t mean the two are connected. The app that links an Apple Watch to a phone is only available on iOS.

What an Apple Watch Can Do With Android

If you have an Android phone and want to buy an Apple Watch, here’s what to expect. The two devices cannot connect, and you need an iPhone to set up the Apple Watch. However, once set up, you can still use the watch with an Android phone.

With an Apple Watch, you can track workouts, install and use apps, and access all of the watch’s features. These are some of the best Apple Watch apps. But everything runs within the watch, and no data syncs with your Android phone. In addition, you need an Apple Watch model with LTE and internet access to download apps. We also have a guide to help you identify your Apple Watch model.

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Your Apple Watch won’t receive notifications from your Android phone, and the two devices won’t interact. You can’t view photos from one device on the other or use the watch to control the camera. In short, they function as completely separate devices.

If you’ve set up your Apple Watch to receive calls, you can still get calls on it while using the SIM card in your Android phone. However, you must first configure the watch with an iPhone before transferring the SIM to an Android device.

Receiving Calls on an Apple Watch With Android

As mentioned, you must first buy an Apple Watch with LTE. Then, set it up by pairing it with an iPhone and linking it to your Apple ID. The iPhone must be a 6s or later.

Once you've set up the Apple Watch and confirmed it can make calls, turn off the iPhone, Apple Watch, and the Android phone you plan to use. If you're unsure how to do it, check out our post on how to turn the power off on your device.

Next, remove the SIM card from the iPhone and insert it into the Android phone. Turn on the Android phone first, and once it establishes an LTE internet connection (Wi-Fi won’t work), turn on the Apple Watch.

At this point, the Apple Watch will recognize that a device is using the same mobile internet connection. You’ll be able to make and receive calls on the Apple Watch, even while using an Android phone. So, if you have an Android smartphone and are looking for a compatible watch, check out this comparison of the Galaxy Watch6 vs. Pixel Watch 2.

Image | Apple edited by Xataka On

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In this post, we break down how to access Android 14’s Easter egg. The process is straightforward: All you need is a device running the latest version of Google’s operating system. As you may know, each version of Android features a unique Easter egg. It’s always entertaining trying to discover it.

What’s the Android 14 Easter Egg?

For years, all versions of Android have included an Easter egg–a hidden interactive feature. Easter eggs can range from a decorated Android logo to a minigame to entertain users.

Like any Easter egg, this feature is concealed in your phone’s settings. As such, it isn’t a standalone app that can be easily accessed. To enjoy it, you first need to find and launch it.

The logo in Android 14 is inspired by the insignia of the Apollo 14 program. Interestingly, this version’s Easter egg is a mini space exploration simulator. While the game may be a bit complex, learning how to play it is not overly difficult.

In 2024, the Android 15 Easter egg is a similar space minigame with a twist.

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How Do You Find the Android 14 Easter Egg?

If you want to access the Android 14 Easter egg, follow these simple steps:

1. Open the Settings on your phone.
2. Go to the About Phone section.
3. Tap on Android Version.
4. Once you’re there, tap on Android Version multiple times (this is typically located at the top).
5. You should now see the Android 14 logo.
6. Press and hold the Android 14 logo until it starts launching.
7. The exploration simulator will start.

In this simulator, you’ll control your spaceship using gestures. You’ll see information about the nearest star and its characteristics, and your goal is to reach it by steering your ship’s engines. Controlling your ship’s trajectory can be challenging, so it may take some practice to master it.

Image | Android

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