Google is expected to release Android 17 this week. It’s one of the most significant Android upgrades to date, bringing deeper integration of Gemini Intelligence across the entire OS, major multitasking improvements, granular privacy controls, and a polished visual interface, leveling up the Android experience. However, several Pixel devices will miss out on this significant upgrade.

According to the update policy for Pixel devices, only Pixel 6 and newer models are eligible to receive the Android 17 update. Older models won’t be upgraded to the new OS.

Android 17 update won’t reach these Google Pixel devices

• Pixel 5
• Pixel 5a 5G
• Pixel 4
• Pixel 4 XL
• Pixel 4a
• Pixel 4a 5G
• Pixel 3
• Pixel 3 XL
• Pixel 3a
• Pixel 3a XL
• Pixel 2
• Pixel 2 XL
• Pixel
• Pixel XL

If your Pixel is on the list, now might be the best time to upgrade to a newer model.

Android 17 isn’t just an annual refresh but a pretty significant upgrade with a major focus on Gemini Intelligence. It moves Gemini from a standalone app into a proactive system assistant capable of automating tasks across applications, creating on-the-fly assets, and managing deep user workflows. It allows users to generate widgets, such as custom tracking goals or countdown timers, with the help of Gemini AI.

The new OS finally has a native app lock. Speaking of privacy, Android 17 also introduces limited contact sharing that grants apps one-time or strict temporary access to chosen contacts rather than your entire phonebook. Furthermore, Android 17 allows users to have separate toggles for Wi-Fi and mobile data. The bubble feature expands to all apps, allowing users to run multiple floating apps without leaving the full-screen app.

There are many other exciting upgrades to Android 17. You can read more about them on this page. Lastly, if your Pixel is ineligible for Android 17, go buy a newer model, because Android 17 is too big an upgrade to ignore.

Don’t miss out on the latest Android news. Check back on our Google section regularly, or follow us on Telegram to get notified the second a new story drops.

Also read:
1. Here’s when your Google Pixel will receive Android 17 update
2. 8 Android 17 features in development I can’t wait to use

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Android 17 will be a significant upgrade, especially for newer models like the Pixel 9 and Pixel 10, which are confirmed to receive major AI upgrades. Even for older Pixels, there are plenty of improvements and some exciting features to look forward to. But when will Google release Android 17? We may have an answer to that.

The short answer: Google may release Android 17 today or any time this week.

Google switched to a dual-release schedule last year with Android 16 instead of pushing out a single major update a year. As per the new strategy, Google will push a major release around Q2, followed by a minor release later in the year.

Android 17 also follows the new release strategy, so its major release is expected around the same time as last year, in June. Surprisingly, Google didn’t release any Developer Preview builds and moved directly to the public beta.

Related: 8 Android 17 features in development I can’t wait to use

The first Android 17 beta was released on February 13, followed by the second beta later that month. While these initial builds arrived later than those of Android 16, the gap narrowed with upcoming builds. The new OS reached platform stability with Beta 3 on March 27, two weeks later compared to Android 16.

Beta 4 landed on April 17, followed by a minor Beta 4.1 release on June 1, which should be the final beta. The next build will likely be stable and may be released at any time now. Google usually releases a new Android OS on Tuesday, which is today (Jun 9). If not today, the update will most likely be released any day this week.

If you have an older Google Pixel, you may want to check whether it is eligible for the upcoming major upgrade. Review the list of eligible devices here to find out.

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The Pixel Watch 5 has taken another small step toward launch. Multiple new Pixel Watch model numbers have appeared on India’s BIS certification database, and they are widely believed to belong to the upcoming Pixel Watch 5 lineup. As usual, the listings do not reveal much beyond the model numbers themselves, but they do suggest Google‘s next smartwatch is moving through the regulatory process ahead of launch.

The newly spotted entries include G0F3Y, G1XJ6, G25QD, and GFW3R. Based on Google’s previous smartwatch releases, these likely correspond to different size and connectivity variants, including Wi-Fi and LTE models.

The timing is not particularly surprising. Google has traditionally announced new Pixel Watches alongside its flagship Pixel phones, and the Pixel 11 series is already expected later this year.

What’s interesting is that the BIS appearance follows one of the stranger leaks we’ve seen in a while.

Back in May, Gearbox Software co-founder Randy Pitchford shared photos of what was claimed to be a Pixel Watch 5 prototype recovered from the ocean near St. Martin. According to the story, a friend discovered the watch while scuba diving and later noticed Pixel Watch 5 branding on the back. The images appeared to show a 45mm model with support for health-tracking features such as heart rate monitoring, blood oxygen measurements, skin temperature tracking, and ultra-wideband connectivity.

Whether that story ends up becoming part of Pixel folklore or not, the certification listing at least suggests the watch itself is very real and getting closer to release.

There are also rumors that Google could move away from Qualcomm’s Snapdragon W5 platform in favor of an in-house Tensor-based solution. If that happens, the change may end up being one of the more important upgrades in this generation, even if the watch looks largely similar on the outside.

As usual, certifications do not tell us much about the final product. But taken together with recent leaks, they paint a fairly familiar picture: Google’s next smartwatch appears to be on track for a launch later this year alongside the Pixel 11 family.

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For years, the RAM conversation went like this: 4GB is fine, 6GB is comfortable, 8GB means you were set for a while. Anything beyond that was bragging rights. However, that’s changing quietly. 

Thanks (or not) to a new wave of on-device AI features and Google’s surprisingly aggressive hardware requirements to run them, the number that actually matters in 2026 is 12GB. 

Here’s the full breakdown of what you need, what’s changed, and whether your current phone makes the cut.

What Does RAM Actually Do on a Phone?

RAM, short for Random Access Memory, is your phone’s short-term workspace. It’s where your apps, tabs, and processes live while they’re running. More RAM means more things can stay active at once without your phone having to reload them from scratch. It’s why switching back to a tab you opened 20 minutes ago sometimes feels instant, and sometimes feels like the internet just forgot it existed.

For everyday use, 8GB is still completely fine for most people in 2026. You can run your apps, multitask reasonably well, take good photos, and not feel like your phone is struggling. Google’s minimum RAM requirement to run full Android services is now 6GB, which tells you something about where the industry has settled for the low end.

But “fine for everyday use” and “ready for the next wave of AI features” are two different conversations now.

Why 12GB Is the New Line in the Sand

At Google I/O 2026, the company announced Gemini Intelligence. And no, it’s not the Gemini app you have on your phone.

Gemini Intelligence is a new layer of AI from Google that brings features like Rambler (a voice-to-text tool that cleans up your dictation automatically), Create My Widget (which builds custom home screen widgets from a voice command), and multi-step cross-app automation. And all of this is processed locally on your device rather than sending data to the cloud.

That’s actually a good thing for privacy and speed. But running a capable AI model on-device takes real resources. And for that, Google has quietly unveiled a hardware requirement. 

To run Gemini Intelligence, your phone needs:

• 12GB of RAM or more — that’s 50% higher than Apple Intelligence’s 8GB minimum, and higher than almost every mid-range Android on the market
• A flagship chipset — Snapdragon 8 Elite, Tensor G5, or a comparable 2025–2026 chip
• Gemini Nano v3 — the specific, latest version of Google’s on-device AI model
• Android AICore support — required to store and run the Nano model locally
• A commitment to five or more major Android OS updates from the manufacturer

The 12GB RAM floor is a big deal on its own. But the requirement that’s actually doing the most damage? Gemini Nano v3. That’s the part that’s locking out phones you’d expect to qualify easily.

Your Expensive 2025 Phone Probably Doesn’t Make the Cut

The Pixel 9 Pro has 16GB of RAM. It has a flagship Tensor G4 chip. It cost over $1,000 when it launched last year. And it doesn’t qualify for Gemini Intelligence, because it runs Gemini Nano v2, not v3.

The entire Pixel 9 family is in the same boat. So is the Samsung Galaxy S25 lineup, the Galaxy Z Fold 7, and the Galaxy Z Flip 7. The OnePlus 13 doesn’t qualify either. Google published these requirements quietly, and it’s not hard to understand why. Telling people their $1,000-plus phone is already on the wrong side of a software requirement is not a great look.

Whether Google pushes Nano v3 to some of these devices via a software update is still an open question. The company hasn’t confirmed either way, and for now, the answer is simple: not yet.

Which Phones Actually Qualify Right Now?

The list of phones confirmed to support Gemini Nano v3 — and therefore eligible for Gemini Intelligence — skews heavily toward 2026 releases. Here’s where things stand:

Currently confirmed:

• Google Pixel 10, Pixel 10 Pro, Pixel 10 Pro XL, Pixel 10 Pro Fold (not the Pixel 10a, which ships with 8GB)
• Samsung Galaxy S26, S26+, S26 Ultra
• Samsung Galaxy Z Fold 8 and Z Flip 8 (expected to be the first to publicly debut Gemini Intelligence, in July 2026)
• OnePlus 15 and 15R
• Motorola Signature
• Honor Magic 8 Pro
• iQOO 15
• Realme GT 7T
• OPPO Find X9, Find X9 Pro, Find X8, Find X8 Pro, and several Reno 14 and 15 series models
• Vivo X200 and X300 series
• Xiaomi 14T Pro, Xiaomi 15 series, Xiaomi 15T series, Xiaomi 15 Ultra

Not currently eligible (Nano v2 only):

• Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, Pixel 9 Pro Fold, Pixel 9a
• Samsung Galaxy S25, S25+, S25 Ultra
• Samsung Galaxy Z Fold 7, Galaxy Z Flip 7
• OnePlus 13

What about iPhone?

Apple’s situation is a bit more straightforward and a bit more generous. Apple Intelligence requires 8GB of RAM, which means every iPhone 15 Pro, iPhone 15 Pro Max, and everything launched since then qualifies. The standard iPhone 16 and iPhone 17 lines both meet the bar. Apple quietly raised its own floor when it launched its AI suite, but it did so in a way that included a much broader slice of its lineup.

So if you’re comparing the two ecosystems on this specific question, Apple is asking for 8GB, and Google is asking for 12GB. 

So, How Much RAM Do You Actually Need?

6GB is enough to run Android with Google services. Fine for basic use, but increasingly tight as apps get heavier.

8GB is the sweet spot for most people. You won’t feel the pinch in daily use, and both Apple Intelligence and a lot of Android AI features work at this level.

12GB is the new requirement if you want access to Google’s Gemini Intelligence features. If on-device AI is a priority, this is the floor you’re buying to.

16GB and above means future-proofing. Some flagships ship with 16GB now, which gives you headroom for whatever the next round of requirements brings.

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Anyone who regularly moves between an Android phone and tablet probably knows the feeling: you open something on one device, pick up the other a few minutes later, and suddenly have to search for the same tab, document, or app all over again. Google wants to make that process much smoother with a new Android 17 feature called “Continue On,” announced during Google I/O 2026.

The feature is essentially Android’s answer to Apple’s Handoff system. It allows users to start something on one Android device and continue it on another without losing progress or context along the way.

For example, if you are editing a document in Google Docs on your phone, your tablet can surface a shortcut suggesting you continue the same session there. Tap it, and the document opens in the exact same state, including scroll position and ongoing edits.

The same idea works for web browsing as well. Chrome pages can move across devices, and Google is also introducing fallback web support for apps that may not exist on the receiving device. So if an app is unavailable on the tablet, Android can instead continue the task inside a browser window.

Google says the system is designed around the idea of “continuing the user journey” between Android devices signed into the same Google account.

At launch, the feature mainly focuses on phone-to-tablet transitions, though the framework itself appears broader. Google is giving developers dedicated APIs so apps can support handoffs more cleanly, and there is already speculation that ChromeOS devices could eventually join the experience too.

To be fair, Samsung users already have access to some similar continuity features through One UI. Samsung Notes, Samsung Internet, clipboard syncing, and Galaxy Book integration have made the Galaxy ecosystem feel fairly connected for a while now. But Google’s approach seems more ambitious because it aims to bring that continuity to third-party apps across Android more generally.

And honestly, this has been one of Android’s bigger weak points for years. The ecosystem has always offered flexibility and hardware variety, but moving between devices rarely felt as seamless as it does on Apple hardware.

Continue On may not sound revolutionary on paper, but features like this tend to become surprisingly useful once they are integrated properly into daily workflows. If developers adopt it widely, switching between Android devices could start feeling much less fragmented than it does today.

The feature is expected to arrive alongside Android 17 later in 2026, with testing beginning through release candidate builds first.

(Source)

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Most phones with failing displays usually end up sitting in a drawer, traded in, or eventually recycled. But one Pixel 8 owner decided to do something much more interesting after his phone developed the now-infamous vertical pink line issue.

Instead of throwing the device away, the Reddit user repurposed the Pixel 8 into a compact retro gaming console connected directly to a TV, complete with wired controllers, active cooling, and a proper console-style interface.

According to the post, the phone itself was still fully functional apart from the damaged display. The owner reportedly approached Google for a repair, but the request was declined. Since the hardware was otherwise perfectly usable, he decided to give it a second life instead.

The setup itself is surprisingly clean. A basic powered USB hub connects the Pixel 8 to external controllers, a mouse, HDMI output, and even a small 50mm cooling fan mounted behind the phone. The fan continuously pushes air onto the rear panel to keep temperatures under control during gaming sessions.

That cooling solution actually matters quite a bit here. Google’s Tensor G3 chip is powerful enough for retro emulation, but it is also known for running relatively warm under sustained workloads. Active cooling helps reduce thermal throttling and keeps performance more stable over longer play sessions.

For the software side, the user installed EmulationStation Desktop Edition (ES-DE), which gives the whole setup a much more console-like feel. Games are organized with cover art, metadata, and menus that resemble a dedicated retro gaming machine rather than a phone running emulators.

The Pixel 8 reportedly handles classic systems comfortably, including older 16-bit and 32-bit platforms, while also managing some more demanding emulators depending on the title and settings used.

One of the more interesting parts of the project is how naturally modern smartphones fit into this kind of role now. With USB-C video output support finally enabled on Pixel devices, a phone with a damaged screen can still function almost like a tiny gaming PC when connected to external peripherals.

Honestly, the setup looks far more polished than most people would expect from what started as a partially broken smartphone. And in a way, it also highlights how much processing power modern flagship phones still retain even after they stop being practical as daily drivers.

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(Source)

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Google has introduced Gemini Spark, a new AI-powered personal agent designed to handle tasks and workflows on behalf of users. Announced during Google I/O 2026, Spark represents a major shift for Gemini from being a chatbot-style assistant to becoming a more proactive digital companion.

Powered by Gemini 3.5 and Google’s Antigravity system, Spark works across Workspace apps and continues operating in the background even when users are offline. Here are seven things you can do with Gemini Spark.

Automate recurring tasks

Gemini Spark can continuously handle repetitive activities in the background. Google says users can set recurring triggers, such as scanning monthly credit card statements to identify hidden or new subscription charges.

Monitor your inbox for important updates

Users can teach Spark to track specific email categories. For example, it can monitor school-related emails, extract important deadlines, and generate a daily summary for parents.

Create complete workflows automatically

Spark can combine information from emails, chats, and meeting notes to generate polished Google Docs. It can also draft related emails and help kickstart projects with minimal manual work.

Work across Google Workspace apps

Google confirmed that Spark integrates deeply with Workspace services, including Gmail, Docs, Slides, and other Google productivity tools.

Continue working even when you are offline

Since Spark is cloud-based, it can continue processing tasks in the background even after users close their laptops or lock their phones.

Connect with third-party services

Google has announced new MCP integrations with platforms such as Canva, OpenTable, and Instacart. In the coming weeks, Spark will gain the ability to use these services to complete tasks for users.

Gain more advanced abilities over time

Google says Spark will soon support texting and emailing directly, custom sub-agents, and the ability to interact with a local web browser for more advanced actions.

Google says users remain fully in control of Spark, including which apps it can access and whether it can perform certain actions. The company also noted that Spark will ask for permission before carrying out sensitive tasks such as sending emails or spending money. Gemini Spark is rolling out to trusted testers this week and will enter beta for Google AI Ultra subscribers in the US next week.

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Google has announced one of the biggest upgrades to Search in years during Google I/O 2026. The company is expanding AI-powered experiences across Search with smarter tools, deeper personalisation, AI agents, and custom interactive experiences. Here are nine important things to know about Google’s new AI Search plans.

Gemini 3.5 Flash is now part of Search

Google confirmed that Gemini 3.5 Flash is becoming the default model powering AI Mode in Search globally. The company says the model is designed to deliver faster responses and stronger performance for advanced tasks.

Search is getting a redesigned AI-powered search box

Google has introduced a completely redesigned Search box that is built around AI interactions. Users can now type longer and more natural queries while also using images, files, videos, and even Chrome tabs as inputs.

Follow-up conversations are becoming easier

Search now allows users to continue asking follow-up questions directly from AI-generated results. Google says the system keeps context between questions to deliver more relevant responses and supporting links.

AI agents are coming to Search

Google is introducing information-focused AI agents that can continuously monitor the web for updates related to user requests. These agents can track topics such as apartment listings, shopping drops, finance updates, and sports information.

Search can now help with bookings and services

The company is expanding Search’s booking capabilities for experiences and local services. Users can search for highly specific requirements, while Google gathers availability and pricing information from different providers.

Google can contact businesses for you

For selected categories such as beauty services, home repair, and pet care, Google says users will be able to ask Search to contact businesses on their behalf in the United States.

Search is becoming more interactive

Google is adding generative UI experiences powered by AI. Search will be able to create interactive visuals, simulations, tables, and graphs in real time depending on the question being asked.

Custom AI-powered mini apps are on the way

Google also revealed that Search will soon be able to generate personalised dashboards and trackers for recurring tasks such as fitness planning, moving homes, or organising events. These AI-powered mini apps will arrive first for Google AI Pro and Ultra subscribers in the US.

What happens to traditional Search results?

Google’s latest AI Search upgrades also hint at a gradual shift away from the traditional “10 blue links” experience. Most of these advanced features are currently tied to AI Mode, while regular Search will continue showing standard web results. However, with AI-generated summaries, conversational responses, and agents becoming more prominent, users may rely less on manually browsing multiple websites over time.

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Wear OS 7 is now official, and Google says the new update focuses on smarter AI experiences, improved battery life, and a more flexible smartwatch interface. Announced during Google I/O 2026, the platform is based on Android 17 and will power upcoming smartwatches launching later this year. Here are seven important things to know about Wear OS 7.

Wear OS 7 is based on Android 17

Google confirmed that Wear OS 7 is built on Android 17. The company has already released the Wear OS 7 Canary Emulator for developers ahead of the wider rollout later this year.

Battery life is getting better

According to Google, smartwatches upgrading from Wear OS 6 to Wear OS 7 could deliver up to 10 percent better battery life. This improvement comes alongside chipset-level efficiency upgrades introduced with newer wearable processors.

Gemini AI is coming to smartwatches

Select smartwatches launching later this year will support Gemini Intelligence. Google says the AI assistant will offer more proactive and personalised help directly from the wrist.

Tiles are being replaced by Wear Widgets

Wear OS 7 introduces new Wear Widgets that support 2×1 and 2×2 layouts similar to phone widgets. This change is expected to make smartwatch home screens more flexible and easier to customize.

Live Updates will show real-time information

Google is adding Live Updates support to Wear OS 7. This feature can display information such as rideshare ETAs, food delivery tracking, and sports scores directly on the watch face without requiring users to open apps.

Gemini can control apps through voice commands

Google is introducing AppFunctions support, allowing Gemini to trigger actions inside apps. For example, users can ask Gemini to start tracking a workout in Samsung Health without touching the watch.

Fitness and media controls are improving

Wear OS 7 adds a built-in Wear Workout Tracker that offers standardised fitness tracking tools for app developers. Google is also introducing smarter media controls, including per-app auto-launch options and a remote audio output switcher.

If you wish to try the Wear OS 7, Google says you can test it through the developer-focused Wear OS 7 Canary Emulator before the official rollout later this year.

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Samsung and Google have officially showcased their upcoming AI-powered smart glasses during Google I/O 2026. Developed with eyewear brands Gentle Monster and Warby Parker, the new wearable is designed to bring Gemini AI features into a more practical everyday form factor. While complete specifications are still under wraps, the companies have already revealed several important details about the intelligent eyewear.

The glasses run on Android XR

Samsung and Google confirmed that the wearable runs on Google’s Android XR platform. The glasses are designed to work as a companion device connected to Android and iOS smartphones.

Gemini AI is deeply integrated

Users can interact with Gemini through voice commands for tasks such as navigation, nearby recommendations, notification summaries and calendar management. Google says the AI can also understand the user’s surroundings in real time.

Live translation is a major highlight

The glasses support real-time translation during conversations and can also translate menus, signs and other visible text directly within the user’s field of view. Samsung and Google say the translated audio can sound similar to the original speaker’s voice.

There is a built-in camera

Official images reveal a single built-in camera alongside an LED indicator light. Users will be able to capture photos and videos directly through the glasses.

Two different design styles are coming

Samsung partnered with Gentle Monster and Warby Parker for the first collection. Gentle Monster’s version has a more fashion-focused appearance, while Warby Parker’s design looks closer to traditional eyewear.

The glasses will work with Galaxy ecosystem devices

Samsung says the intelligent eyewear is designed to work seamlessly with Galaxy devices, including smartphones and wireless earbuds, for a more connected experience.

Launching later this year

Google confirmed that the first generation will mainly focus on audio-based experiences instead of built-in display features. It will launch later this fall in select markets. Pricing and full hardware specifications are expected to be announced in the coming months.

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Google says it has identified what may be the first real-world zero-day exploit developed with the help of artificial intelligence, marking a potentially important shift in how cyberattacks are being created.

In a report published by Google’s Threat Intelligence Group (GTIG) on May 11, the company said attackers used AI assistance to discover and exploit a previously unknown vulnerability in a widely used open-source web administration tool. The flaw reportedly allowed attackers to bypass two-factor authentication after obtaining login credentials.

According to Google, the vulnerability was disclosed to the affected vendor and patched before it could be used in larger attacks.

What caught researchers’ attention was the exploit code itself. Google says the Python script showed several signs typically associated with AI-generated code, including overly instructional comments, structured textbook-style formatting, and even a hallucinated CVSS severity score that did not actually exist.

Interestingly, the vulnerability was not a traditional memory corruption bug or a simple coding mistake. Instead, it involved higher-level business logic and semantic analysis, an area where modern AI models have started showing stronger capabilities. In simple terms, the AI appears to have helped connect pieces of application behavior that could eventually be abused together.

Security researchers have been warning for a while that AI could lower the barrier for more advanced cyberattacks, especially by helping less experienced attackers automate parts of the process that previously required deeper technical expertise.

At the same time, companies like Google are also using AI defensively for things like automated bug discovery, threat analysis, and patch development. Still, this latest case is likely to add more urgency to conversations around AI-powered cybersecurity threats.

While the incident itself appears to have been contained before wider abuse, researchers see it as an early sign of how AI may increasingly become part of both sides of the cybersecurity landscape.

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(Source: Google)

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Google is trying something new with laptops. Fifteen years after introducing the Chromebook, the company has announced the Googlebook. Instead of ChromeOS, these new laptops will run on an Android-based operating system that heavily integrates its Gemini Intelligence.

The basic idea is to combine the standard Chrome browser with standard Android apps. The most noticeable change is how you interact with the mouse. Google and DeepMind built a feature called Magic Pointer.

If you wiggle your cursor, Gemini pops up to offer contextual actions based on what’s on your screen. For example, pointing at a date in an email can create a calendar event, or selecting two images can merge them visually. It’s a different approach to standard clicking.

It also includes a prompt-based widget maker. You can type what you need, and Gemini will pull information from your Google apps or the web to make a custom widget. If you’re planning a trip, it can gather your flight details and hotel reservations into one temporary spot on your screen.

Because it runs on Android, the OS is designed to work closely with Android phones. You can open your phone apps on the laptop screen to reply to a message or finish a quick task. It also offers a Quick Access feature that lets you browse your phone’s files directly from the laptop’s file manager without having to transfer them to the cloud first.

Google is working with Acer, Asus, Dell, HP, and Lenovo to build the hardware. The laptops are expected to use higher-end materials and will feature a physical glowbar to distinguish them from regular Chromebooks. There is no word on pricing or an exact release date yet, but Google says more details are coming later this year.

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(Google)

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Google just announced a new set of AI tools for Android called Gemini Intelligence. The basic idea is to have your phone handle more of your daily busywork. These features are rolling out this summer, starting with the new Samsung Galaxy S26 and Google Pixel 10, and will eventually come to other Android phones, smartwatches, and laptops later in the year.

The main change is app automation. Instead of just answering questions, Gemini can now navigate your phone to do things like book a workout class or order groceries. You can even long-press the power button over a screenshot of a grocery list, and Gemini will build the cart for you. You can watch its progress through a notification and just confirm the final purchase.

Browsing is getting a similar update. In late June, Chrome for Android will add an auto browse tool to help with routine tasks like reserving parking. Android’s Autofill is also getting a boost, pulling context from your apps to fill out complex forms so you don’t have to type as much.

For texting, Gboard is adding a voice feature called Rambler. If you tend to use filler words, pause, or switch languages while using voice dictation, Rambler will clean up the audio and turn it into a clear text message before you send it.

Google is also adding a text-to-widget tool. You can type a prompt, like asking for a weekly recipe list or a widget that only shows wind speed, and Android will build a custom widget for your home screen.

Because giving AI access to your screen requires trust, Google is keeping these features opt-in. The company says it uses secure environments to process the data, and an upcoming update to the Android Privacy Dashboard will let you see exactly which apps the AI interacted with over the past 24 hours.

And whenever the assistant is doing something in the background, a notification will stay at the top of your screen that you can’t swipe away, so you’ll always know when it’s running.

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(Google)

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Google has introduced the Fitbit Air, a screenless wearable aimed at users who want health tracking without wearing a full smartwatch. The device uses a small “pebble” design and depends on a paired phone for viewing health data and notifications.

How small is the Fitbit Air?

The Fitbit Air is the smallest tracker in Google’s current Fitbit lineup. It measures 34.9mm long, 17mm wide, and 8.3mm thick. The pebble alone weighs 5.2 grams, while the tracker with a band weighs 12 grams. Its housing is made from recycled polycarbonate and PBT plastics, and the standard bands use textile material with a stainless steel buckle. The device is water-resistant up to 50 meters.

Despite the compact build, the Fitbit Air includes an optical heart rate monitor, 3-axis accelerometer and gyroscope, red and infrared sensors for SpO2 monitoring, a device temperature sensor, and a vibration motor. It can track 24/7 heart rate, resting heart rate, heart rate variability, blood oxygen levels, sleep duration, sleep stages, and heart rhythm, including atrial fibrillation alerts.

Battery life is rated at up to seven days. Google says a full charge takes 90 minutes, while a five-minute quick charge can provide one day of use. The device uses a lithium-polymer battery and Bluetooth 5.0.

What can it track without a screen?

The Fitbit Air works through the Google Health app and is compatible with Android and iOS. Workouts can be started manually, while automatic activity detection can recognize common activities and adapt to the user over time. It also connects with Google Health Coach for personalized guidance. The app supports image-based workout logging, including photos of cardio machines or whiteboard circuit routines.

Google is also positioning the device as a companion for Pixel Watch users. Someone can wear a Pixel Watch during the day and switch to the Fitbit Air at night while keeping health metrics continuous.

Pricing & availability

The standard Fitbit Air is available for preorder at $99.99 and includes a three-month Google Health Premium trial. Accessory bands start at $34.99. A Stephen Curry Special Edition Performance Loop band in rye brown with orange accents costs $129.99 and reaches U.S. stores on May 26.

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Google’s next Pixel lineup is starting to leak in detail. A large spec dump has now revealed information across the entire Pixel 11 lineup. The focus this time seems to be a few hardware changes that are a little unexpected.

The biggest shift is probably the new Tensor G6 chip

Google is moving to TSMC’s 2nm process for the chipset, which should help quite a bit with efficiency and sustained performance, two areas Pixel phones have been criticized for in the past. The chip itself uses a 1+4+2 CPU setup, combining ARM’s newer C1-series cores with a PowerVR GPU. There’s also a refreshed TPU for AI tasks, the Titan M3 security chip, and notably, a switch to the MediaTek M90 modem.

That last part is important because it means Google may finally be moving away from Samsung’s Exynos-based modem setup, something Pixel users have complained about in the past due to heat and connectivity issues. The MediaTek M90 itself is a newer 5G-Advanced modem introduced in early 2025, and appears to succeed the M80 modem found in the Dimensity 9100.

Google Pixel 11 series specs (rumored)

The regular Pixel 11 is expected to feature a 6.3-inch OLED display with a 60-120Hz refresh rate, HDR brightness up to 2,000 nits, and peak brightness reaching 3,100 nits. Battery capacity is listed at 4,840mAh rated. For comparison, the current Pixel 10 has a rated capacity of 4,835mAh, while the marketed typical capacity sits at 4,970mAh. Camera-wise, the phone is tipped to get a new 50MP main sensor, along with 8GB or 12GB RAM options.

Moving up the lineup, the Pixel 11 Pro and Pixel 11 Pro XL are expected to bring sharper displays with resolutions of 1280×2856 and 1344×2992, respectively. Both panels are also tipped to reach up to 2,450 nits HDR brightness and 3,600 nits peak brightness. RAM options reportedly go up to 16GB, while the camera setup sees upgrades to both the main and telephoto sensors.

As for battery capacity, the Pixel 11 Pro is listed with a 4,707mAh rated cell, while the Pro XL is expected to pack a 5,000mAh battery. The capacities themselves are fairly close to the Pixel 10 series, but the move to the 2nm Tensor G6 chip could still help improve overall battery life and efficiency.

Google is reportedly removing the infrared thermometer and replacing it with a small RGB LED setup called “Pixel Glow.” From what’s being described, it works somewhat like a smaller version of Nothing’s Glyph interface. The previously rumored IR face unlock apparently still isn’t ready for this generation.

Taken together, the Pixel 11 lineup looks less like a dramatic redesign and more like Google refining the experience in areas where previous Pixels fell short: better thermals, improved cellular connectivity.

(Source: Mystic Leaks)

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Google has already released four betas of Android 17, which are more than enough to show us what the upcoming version has in store. There are some new, exciting features, as well as many essential upgrades to existing ones, that make the software more useful and feature-rich.

With the stable Android 17 release approaching, here are the eight features or upgrades I can’t wait to try.

1. A native app lock, finally

Google is finally bringing the ability to lock individual apps, a feature users have been requesting for years. You will be able to lock apps directly from the home screen by long-pressing an app icon and choosing the “App lock” option from the quick options menu.

You can set up app lock using a PIN, pattern, password, or biometrics like fingerprint or face unlock, without needing a third-party app. This feature on the Google Pixel works just like any other app lock, but keep in mind that notifications for a locked app, along with all associated shortcuts and widgets, will be hidden.

Google notes that certain AI features, such as Gemini’s screen automation, may still be able to interact with apps, depending on permissions. You’ll be notified if other apps have access to the app you’re locking.

Most Android skins, including One UI, already have this feature, but it’s a nice welcome addition for Google Pixels.

2. Floating app bubbles make multitasking easier

The bubble feature has been around for quite a few years now, but it was restricted to messaging and conversations. Android 17 takes it a major step forward by allowing users to turn any app into a floating bubble.

For example, if you’re watching a tutorial on YouTube and noting important steps on Google Keep, you’ll be able to convert Google Keep into a floating bubble for quicker access. When you tap the Keep bubble, the app will open in a small floating window, while the YouTube tutorial plays in full screen. This is better than switching between the two apps and using them in a split-screen view.

You will be able to close an app bubble by dragging it to the bottom of the screen.

Bubbles are more useful on large-screen devices like foldables or tablets where the user has more screen to work with than on a regular smartphone.

3. A more powerful screen recording with a preview screen

Android 17 will upgrade the screen recording experience with a more refined UI and a new preview screen. Currently, when you tap the screen recording tile in Quick Settings, a pop-up shows up asking about the recording area and audio options.

In Android 17, when you tap the screen recording tile, a new floating pill interface will show up, letting you choose what to record, whether to record device audio or microphone (or both), and whether to show touches. You can tap the status indicator in the status bar to bring back the floating pill UI.

Once you stop the recording, you’ll see a new preview screen where you can play, edit, delete, or share the clip instantly without opening the gallery.

4. Mandatory Large-Screen Adaptivity

Google enforces a stricter policy on app resizability and orientation, preventing developers from restricting apps to a single orientation on large devices (sw ≥ 600dp). This effectively skips smartphones (generally below 600dp) and targets tablets and larger-screen devices.

The latest move is designed to make Android apps truly adaptive. On a device running Android 16 or an earlier build, if you open a portrait-locked app on a landscape tablet, the app appears as a tall, narrow window in the center of the screen, with thick black bars on the sides. In Android 17, the app would rotate to fill the gap, resulting in a more usable screen and better app experience.

Games are exempted from these strict mandates to ensure they don’t break during critical gameplay.

Google began phasing out apps’ ability to restrict screen orientation and resizability on large-screen devices with Android 16. However, it still allowed app developers to opt out of this change. But Android 17 makes it mandatory, and developers will no longer be able to opt out.

5. Hide app names on the home screen

In the Beta 3 build, Google introduced a feature that lets users hide the app labels on the home screen. This isn’t a big step, but it helps users create a cleaner home screen setup.

To hide app labels, you’ll need to go to Wallpaper & style, tap Home screen, select Icons, tap the Names tab at the bottom, and turn off the toggle for Show app names. Keep in mind that this won’t affect the app drawer or apps inside folders.

6. Separate Wi-Fi and mobile data toggles

On Pixel devices running Android 16 or earlier, if you need to switch between Wi-Fi and mobile data, or turn them on or off, you must open Quick Settings, tap the Internet tile, and then perform the action.

Many users have expressed their frustration with the extra step required to access Wi-Fi or mobile data. After nearly four and a half years, Google is finally allowing users to add separate Wi-Fi and mobile data toggles in Android 17.

This change would particularly benefit Pixel users, as most other Android skins, including Samsung’s One UI and OnePlus’s OxygenOS, already have it.

7. Give apps limited access to your contacts

Right now, there’s no way to give apps access to specific contacts. If you grant the contacts permission, the app will have access to all contacts stored on your device.

This is certainly not a privacy-focused approach, and therefore, Google is introducing a new system-level Contact Picker interface that will allow users to select one or more contacts to share with an app at a time. Google says apps won’t be able to track any changes you make to a contact’s information.

Contact Picker grants temporary, session-based read access to the specific data fields selected by the user. That means the app will need to request permissions again after the session timeout, further strengthening users’ privacy.

8. Seamless task continuity on another device

Google is working on a “Task Continuity” feature, which will allow users to sync notifications, share files, and continue apps across their linked Android devices. Essentially, you will be able to transfer an app’s current state from one Android device to another. This feature could debut with Android 17.

This feature will show a suggestion on the taskbar representing the running app from another device. When you click this suggestion, the system initiates the handoff and passes the remote app’s state, as Android Authority explains.

Google announced the new Handoff API in Android 17 Beta 2, which allows developers to specify the application state to resume on another device. Once enabled, the Android system displays a handoff suggestion in the launcher of the user’s nearby devices.

Final build may not include all of them

If you’ve been following Android releases, you’d know that Google doesn’t include all the features from the beta builds into the final package. But there’s a very good chance some of them will make it to the final release.

All the features we’ve discussed so far are available in the Android 17 beta releases. You can get an eligible Google Pixel to test them or wait for the stable release, which could happen around June 2026.

We’ll regularly update you with the latest information in the Android 17 section on this website. You can visit the page regularly for the latest details, or join our Telegram channel for instant updates.

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Google has now acknowledged a battery drain issue affecting Pixel phones after the March 2026 update, and it’s been frustrating quite a few users.

Reports started showing up not long after the update rolled out. People noticed their phones losing charge much faster than usual, sometimes even when the device was just sitting idle. For many, what used to be an easy full-day battery is now barely getting through half a day.

Most of the complaints have been popping up on forums like Reddit, where users describe overnight battery drops or phones struggling with fairly normal usage. Some have tried the usual fixes, turning on battery saver, adjusting settings, even installing the April patch, but for a lot of people, nothing really seems to help.

A fix is underway

Google has since listed the issue on its Issue Tracker and marked it as a P1 priority, which usually means it’s being treated as urgent.

From what’s been shared so far, one possible cause is that affected devices aren’t properly entering Deep Doze mode after the update. That’s the system that’s supposed to limit background activity when the phone isn’t in use. If it doesn’t kick in as it should, the phone just keeps doing more than it needs to in the background, and the battery takes the hit.

To get a sense of how widespread this might be, Android Authority ran a reader poll. Around 75.9% of respondents said they noticed increased battery drain after a recent update, while about 15% said nothing really changed. It’s not a perfect measure, but combined with all the reports online, it does suggest this isn’t just a small batch of affected users.

The issue doesn’t seem limited to one model either. Reports mention everything from older Pixel 7 units to newer Pixel 10 devices.

For now, Google says it’s investigating, but there’s no confirmed fix or timeline yet. Most likely, any proper solution will arrive through a future update.

In the meantime, some users are trying temporary workarounds like switching network modes or limiting background activity. Results are mixed, though.

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(Sources: 1, 2)

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Google might be working on an interesting hardware tweak for the Pixel 11 series. A new feature spotted in Android 17 Beta 4 hints at something called Pixel Glow, which could bring back notification lights, just in a different way.

The feature showed up in an APK teardown by AndroidAuthority, and from what’s visible, it looks like an LED-based notification system on the back of the phone. When the device is placed face down, it can light up in different colors or patterns to signal incoming calls, messages, or other alerts.

It’s basically a modern take on the old notification LED, just moved to the rear panel. Not exactly new as a concept, but still something we don’t really see on most phones right now.

Descriptions suggest the feature is meant to be subtle rather than distracting. It also looks like this won’t be something that can be added through software alone. The code mentions, “the device must have hardware lights,” so older Pixel devices are unlikely to get it.

Some of the strings hint at a bit more than just basic notifications. There could be custom lighting for favorite contacts, feedback during hands-free use, and even some kind of visual cue when interacting with Gemini. It’s not fully clear how all of this will work yet, but it does sound like Google is trying to make it feel more contextual, thanks to Gemini, rather than just blinking lights.

One slightly confusing part is the hardware side. Leaked renders of the Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL, and Pixel 11 Pro Fold don’t show anything obvious on the back that looks like an LED system. So either it’s hidden in some way, or it’s planned for a later revision.

If it actually shows up on the Pixel 11 series, it could be one of those features people don’t think about much at first, but end up using every day.

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(Source)

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Google has been quietly working on its own version of Apple NameDrop for a while now. The first signs surfaced back in November, and there’s already a video showing how it works. Now, a new report has revealed what Google plans to call it.

It’s called “tap to share.” Not subtle, but it gets the point across.

Folks over at Android Authority managed to enable the feature in Google Play Services v26.15.3.

Here’s how tap to share works

First, unlock your phone, bring the tops of the two devices together, and keep both screens facing up. From there, you can share contacts or send media like photos, videos, links, locations, and even “more”. You’ll need to hold the devices together until they glow, which acts as a visual confirmation that the transfer is underway.

There’s also a preview screen showing exactly what contact info you’re about to share before it’s sent, which is a nice touch.

If this all sounds familiar, that’s because it is. Apple NameDrop uses NFC to initiate the handshake, then switches to Bluetooth and Wi-Fi to actually move the data. Previous reports suggest Google is taking a similar approach here. The feature has even been spotted in Samsung One UI 9, hinting at broader ecosystem support.

And honestly, it’s about time. NameDrop is one of those small-but-delightful features with slick animations that make sharing feel effortless. Android has had plenty of sharing options over the years, but nothing quite this seamless.

We are not sure when Google will roll out the feature, but given how far along this build appears, it is safe to assume it will arrive sooner rather than later.

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(Source)

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Google has introduced a new Japan-exclusive version of the Pixel 10a, called the Isai Blue edition. The release marks the 10th anniversary of the Pixel lineup and brings a design collaboration with Heralbony, a company known for promoting diverse artistic expression. The device is now available for pre-order in Japan and will go on sale starting May 20.

Unlike the standard Pixel 10a colors such as Lavender, Berry, Fog, and Obsidian, this variant focuses on a concept rather than nature-inspired tones. The name “Isai” translates to individuality. The blue finish reflects Heralbony’s corporate identity and its message of embracing uniqueness. The design extends beyond the exterior, combining hardware, accessories, and software elements.

On the software side, the device uses Google’s Material You system to integrate artwork into the user interface. The Isai Blue edition includes three themed design sets created by Heralbony artists Shigaku Mizukami, Midori Kudo, and Kaoru Iga. Users can select from nine wallpapers, and the system automatically adjusts app icons and color schemes to match the chosen design.

The customization continues with physical accessories. The box includes a set of original stickers designed by Nozomi Fujita, featuring letters and motifs inspired by the Pixel brand. A color-matched bumper case is also included. This frame-style case protects the sides while leaving the back visible, allowing users to showcase the blue finish and applied stickers.

In terms of build, the Pixel 10a introduces improved front glass durability compared to the Pixel 9a. It also adopts a completely flat rear camera layout, removing protrusions to reduce the risk of scratches and damage from drops.

The packaging reflects the collaboration as well. The box sleeve features artwork by Midori Kudo, offering a visual preview of the partnership.

The Pixel 10a Isai Blue edition is priced at 94,900 yen (~US$594) and is available in a single 256GB configuration.

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Early renders of the Google Pixel 11 have surfaced, offering a detailed look at the upcoming flagship ahead of its expected August debut. The images, shared by tipster @OneLeaks (via Android Headlines), point to a design that largely builds on its predecessor while introducing subtle refinements.

The device is reported to measure 152.8 x 72 x 8.5mm and is expected to feature a 6.3-inch LTPO AMOLED display. The overall footprint remains close to the Pixel 10, suggesting minimal changes in size and form factor. Flat sides continue to define the design, while the signature rear camera bar appears slightly larger but thinner. The triple rear camera layout remains intact.

Under the hood, the Pixel 11 is expected to run on Google’s next-generation Tensor G6 processor. The chipset is said to adopt a 7-core architecture and will reportedly be manufactured using TSMC’s 2nm process. The device may also mark a shift in connectivity hardware, replacing Samsung’s modem with a new MediaTek M90 modem.

Security is another area of upgrade. The phone is expected to feature a new Titan M3 security coprocessor, internally referred to as “Google Epic,” replacing the Titan M2 used in previous Pixel devices.

In terms of memory and storage, the Pixel 11 is likely to offer 12GB of RAM, with storage options starting at 128GB and going up to 256GB. There is also speculation that Google could increase the base storage to 256GB, in line with trends seen in recent flagship releases.

The device is expected to run Android 17 out of the box. On the camera front, new software-driven features are rumored, including an ultra-low-light video mode with on-device processing. This would allow high-quality video capture in dark conditions without relying on cloud processing. Additional features may include Cinematic Blur at 4K 30 fps and a video relight tool for adjusting lighting in recorded footage.

A 5,000mAh battery is also expected. Pricing is rumored to start at $799, similar to the previous model.

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Buying a smartphone under $500 in 2026 feels a bit like shopping in the middle aisle of a supermarket. You don’t walk in expecting luxury items, but suddenly there are plenty of surprisingly good things. 

A few years ago, this price range meant making obvious compromises, such as a good-enough processor, average cameras, and software that aged quickly. Fortunately, things are quite different in 2026.

Phones in this segment now come with bright OLED displays, capable chipsets, and batteries that comfortably last a full day. Some even borrow features from devices that cost twice as much. 

Here are the five best smartphones under $500 in March 2026.

Google Pixel 10a

Google’s Pixel A-series has long been the go-to option for people who want a simple Android phone that just works. The Pixel 10a continues that trend. 

Like previous models in the series, the phone focuses heavily on software and camera processing. The camera hardware itself is relatively modest compared to competitors in this list, but Google’s image processing tends to make up for it. 

The Pixel 10a also benefits from Google’s version of Android, which is clean and free of unnecessary extras. The display is a 120Hz OLED panel with a sufficient 2000 nits of brightness. 

However, Google is still using a year-old Tensor G4 chip under the hood. The rest of the Pixel 10 phones have a better Tensor G5 processor. That said, it can handle regular everyday tasks with ease. 

The phone has a 5100mAh Li-Po battery with 30W wired, PD 3.0, and 10W wireless charging support. 

For many buyers, the Pixel 10a is still the safe choice under $500. It’s not designed to stand out in every category, but it avoids major weaknesses.

Nothing Phone (4a) Pro

The Phone (4a) Pro is Nothing’s brand new option for a phone under $500. It keeps the company’s recognizable design language while trying to feel more polished than earlier models.

The phone includes a new Glyph Matrix on the back, which is a circular LED display made up of 137 LEDs. It can show things like a timer, a stopwatch, and such. 

Under the surface, the Phone (4a) Pro runs on a Snapdragon 7 Gen 4 processor and features a 6.83-inch 144Hz AMOLED display with 5000 nits of peak brightness.

As for the camera system, you get a 50MP Sony Lytia 700C sensor for the main camera with optical image stabilization. This is paired with a 50MP Samsung JN5 periscope camera offering 3.5x optical zoom, and an 8MP ultrawide lens. 

Nothing’s software is also fairly clean, which helps the phone feel responsive. The Phone (4a) Pro is not the most powerful option here, but it’s arguably the one with the most personality.

OnePlus 15R

OnePlus has traditionally used its “R” series to deliver strong performance at lower prices, and the 15R follows the same idea.

The phone focuses on two things: speed and battery life. It runs on Snapdragon 8 Gen 5 paired with a dedicated chip that enables 3200Hz of touch sampling rate. 

Speaking of which, it has a 6.83-inch AMOLED display that refreshes at 165Hz. This screen is also PWM capable, HDR 10+, and Dolby Vision certified with a peak brightness of 3600 nits. 

Its biggest highlight, though, is the battery. The 15R includes a 7400mAh battery that can comfortably last through a full day and often stretch into a second day depending on usage. It supports 80W fast charging. 

You also get a fairly decent camera specs of 50MP-megapixel Sony IMX906 main sensor with optical image stabilization, and an 8-megapixel ultrawide lens. There is no dedicated telephoto camera here, so zoom relies on digital cropping.

Motorola Edge 70 Fusion

Motorola’s Edge Fusion series has quietly become one of the more balanced options in the midrange market. The Edge 70 Fusion continues that pattern.

Rather than focusing on one standout feature, the phone aims for overall balance. It includes a capable Snapdragon 7s Gen 4 chipset, a smooth6.78-inch curved OLED display, and a relatively clean version of Android 16. 

The device carries a 7000mAh silicon-carbon battery with 68W fast charging, which the company claims can provide a full day’s usage with a short charge.

Its camera hardware includes a 50-megapixel Sony Lytia 710 primary camera with optical image stabilisation. The setup also includes a 13-megapixel ultra-wide camera with macro support and a dedicated light sensor.

The Edge 70 Fusion is the most affordable option on this list. Its 8GB + 128GB model is priced at Rs 26,999 (~$300), the 8GB + 256GB version costs Rs 29,999 (~$330), and the 12GB + 256GB variant is priced at Rs 32,999 (~$360). 

Realme 16 Pro

Realme often competes in the midrange market by focusing on big numbers in the spec sheet, and the 16 Pro is no different.

One of the first things you notice is the battery. The phone includes a 700mAh battery, which can easily last more than a day with moderate use. It supports 80W wired charging. 

On the front, it has a 6.78-inch FHD+ AMOLED display with a 144Hz refresh rate. The screen can reach a whopping 6500 nits of peak brightness and is protected by AGC DT Star D+ glass. 

Cameras include a 200MP main sensor with OIS and an 8MP ultra-wide on the back. The front has a 50MP selfie camera. Powering everything is a MediaTek Dimensity 7300 Max 5G chipset with an Arm Mali G615 GPU. It comes with 12GB of LPDDR4X RAM and 256GB of UFS 3.1 storage. 

Other features include an in-display fingerprint scanner, face unlock, and all standard sensors.

The midrange market keeps getting better

Looking at these five phones together shows how much the midrange segment has evolved. Not long ago, phones under $500 required obvious compromises, slower processors, weaker cameras, or short software support.

That’s no longer always the case.

The Google Pixel 10a focuses on software and camera reliability. The Nothing Phone (4a) Pro offers a design that stands apart from typical smartphones. The OnePlus 15R leans into performance and battery life. The Motorola Edge 70 Fusion delivers a balanced experience. And the Realme 16 Pro emphasizes large batteries and strong hardware specs.

None of them is perfect, but each one has a different interpretation of what a sub-$500 smartphone should be. Now, it’s up to you to decide which of these phones could be worth it for your money.

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A new leak has revealed what the upcoming Google Pixel 11 Pro Fold smartphone might look like. OnLeaks shared these renders in collaboration with Android Headlines. Based on the renders, Google is not making major changes to the overall design.

The Pixel 11 Pro Fold keeps the same general shape as its predecessor. The corner curvature also appears largely unchanged. The foldable main display still has a hole-punch camera cutout in the top right corner. The bezels around the display look uniform and thin. Like most book-style foldables, the bezels are slightly raised to help protect the flexible display when the device is folded. The bottom edge houses a USB-C port, microphone, speaker grille, and SIM tray. Small openings on the top edge likely accommodate microphones or antennas.

The primary visual update is a redesigned camera island. The module features cleaner lines and improved integration with the rear panel. The LED flash and microphone now sit inside the upper pill-shaped cutout alongside one camera, rather than outside the module. A curved junction between the camera island and backplate creates smoother visual flow. The flat rear panel keeps the centered Google logo.

Physical buttons maintain their positions: the power button above volume controls. The frame uses aluminum construction with a glass back panel. Dimensions show incremental thinning. Height remains 155.2mm with an unfolded width of 150.4mm. Folded thickness drops to 10.1mm (14.9mm with camera bump), down from the Pixel 10 Pro Fold’s 10.8mm. Unfolded thickness measures 4.8mm (9.6mm with bump), compared to the previous 5.2mm. This represents reductions of 0.7mm folded and 0.4mm unfolded.

The device is also expected to bring internal upgrades, including the upcoming Tensor G6 processor. This chip is rumored to be built on TSMC’s 3nm process and may feature a 7-core CPU configuration. Improvements to the camera system are also anticipated compared to the previous model, although specific details about the camera setup have not been revealed yet. More information is likely to surface as the expected August 2026 launch approaches.

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(Source)

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Google’s latest A-series phone, the Pixel 10a, is designed to deliver the familiar Pixel experience at a lower price. It brings the usual mix of clean Android, long software support, and Google’s AI-powered features. But when it comes to the camera, early testing suggests the improvements this year are fairly limited.

According to DxOMark’s camera evaluation, the Pixel 10a receives an overall score of 134 points, placing it 75th in the global ranking. The gain appears to come mostly from software adjustments rather than any major hardware change. In fact, the camera hardware remains largely the same.

The Pixel 10a continues to use a 48MP f/1.7 main camera, built around a 1/2.0-inch sensor. The 13MP f/2.2 ultrawide camera (1/3.1-inch) is also unchanged from the previous model. The Pixel 8a, for comparison, scored 136 points thanks in part to its larger 64MP (1/1.73-inch) primary sensor.

The limitations show up more clearly in difficult conditions. Low-light photos and videos tend to show visible noise, and the phone sometimes struggles with consistent exposure and white balance. Detail can drop quickly once the lighting gets worse.

Video performance also appears somewhat average. DxOMark observed limited fine detail in recordings and occasional autofocus hunting, which can make video capture less reliable when subjects are moving.

Zoom performance is another weak point. The Pixel 10a relies entirely on digital cropping from the main sensor. Unsurprisingly, this leads to a very low zoom score of just 25 points, while the best devices in this category reach scores close to 140.

Even the older iPhone 15 performs noticeably better with a 145-point camera score. Those who care more about low-light photography, zoom quality, or overall camera versatility may notice the compromises. In that sense, the Pixel 10a feels less like a major step forward and more like a small refinement of the previous model.

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(Source: 1, 2)

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Apple has just officially unveiled the iPhone 17e as its most accessible gateway into the ecosystem. In the same way, the Pixel 10a, which debuted last month, is an entry-level phone from Google. Here’s a comparison between the two to know which one offers the best value.

Design and Durability: Minimalist vs. Modern

The iPhone 17e sticks to a familiar blueprint, utilizing a design reminiscent of the iPhone 14. It features a 6.1-inch form factor with a notch, but Apple has upgraded the toughness with Ceramic Shield 2, which it claims is three times more scratch-resistant.

In contrast, the Pixel 10a introduces a radical shift in Google’s design language by featuring a completely flush dual-camera system, removing the signature “visor” bump. It is slightly larger with a 6.3-inch display and uses a matte composite back. While the iPhone feels more “premium” with its glass back, the Pixel’s flat design is arguably more modern.

Display: 60Hz vs. 120Hz

This is where the two devices diverge most sharply. The iPhone 17e remains capped at a 60Hz refresh rate, which may feel dated to power users in 2026. However, its Super Retina XDR panel is incredibly color-accurate and bright enough for most outdoor conditions at 1200 nits peak.

The Pixel 10a wins the spec war here with a 120Hz Actua display. It offers much smoother scrolling and animations, and its peak brightness hits a massive 3000 nits. If you consume a lot of media or play games, the Pixel’s smoother and brighter panel provides a clear hardware advantage.

Performance and AI

Under the hood, the iPhone 17e is a powerhouse, packing the same A19 chip found in the standard iPhone 17. Built on a 3nm process, it offers class-leading raw performance and efficiency. It is also the most affordable way to access Apple Intelligence, bringing features like Live Translation and Clean Up to a wider audience.

Google has taken a different route, equipping the Pixel 10a with the Tensor G4 rather than the flagship G5. While it lacks the raw benchmark scores of the A19, the G4 is optimized for Google’s Gemini AI. Features like Gemini Live and Magic Cue run natively, making the Pixel feel like a “smart” companion that anticipates your needs, backed by a staggering 7 years of OS updates.

Camera Comparison

The Apple iPhone 17e features a single 48-megapixel Fusion camera. While it lacks an ultrawide lens, Apple uses sensor cropping to offer an “optical-quality” 2x telephoto mode. Its strength lies in video recording (4K/60fps with Dolby Vision) and consistent natural skin tones.

On the other hand, the Pixel 10a offers a dual-setup with a 48-megapixel main and a 13-megapixel ultrawide sensor. This gives you more versatility for landscape shots. Google’s computational photography remains the gold standard for still images, especially with Night Sight and the new AI-powered editing tools.

Battery and Pricing

The Pixel 10a is a marathon runner with its 5100mAh battery and support for 45W wired charging. The iPhone 17e has a smaller 4005mAh battery, but iOS efficiency ensures it still lasts a full day. Notably, the 17e finally brings MagSafe to Apple’s budget line, a huge win for accessory fans.

In terms of pricing, the Pixel 10a starts at $499 for the 25GB version, while the iPhone 17e starts higher at $599, though Apple has doubled the base storage to 256GB this year.

The Verdict: Ecosystem vs. Value

Choosing between the iPhone 17e and the Pixel 10a ultimately comes down to whether you prioritize a refined, high-performance ecosystem or cutting-edge display and AI features at a lower price point.

The iPhone 17e is the “safe” and powerful choice. It offers the best-in-class A19 chip, ensuring that this phone will remain fast for years to come. If you are already tied to iMessage, iCloud, and Apple Watch, or if video quality is your top priority, the 17e is a massive upgrade over previous budget models. The addition of Apple Intelligence and the jump to 256GB base storage makes the higher price tag much easier to swallow.

On the other hand, the Pixel 10a is the clear winner for tech enthusiasts who want the best hardware for their money. Its 120Hz display makes the iPhone’s 60Hz screen look dated, and the inclusion of an ultrawide lens provides photographic flexibility that Apple’s single-sensor setup simply cannot match. If you want a phone that feels “smarter” with its deeply integrated Gemini AI and you prefer a smoother visual experience, the Pixel 10a is the superior value proposition in 2026.

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Just two weeks after dropping the first Android 17 beta, Google has released the second beta update with a limited-access contacts picker, EyeDropper API, enhanced connectivity, and better cross-device capabilities. The most exciting addition is the new Bubbles feature, which lets users turn any app into a floating bubble.

Android 17 Beta 2: What’s new and what’s changing?

Bubbles make multitasking easier

The new Bubbles feature turns any app into a floating bubble. This is an excellent multitasking feature, allowing users to run multiple floating apps without ever having to leave the full-screen app.

To use this feature, long-press an app icon, and you’ll see a “Bubble” option. That option quickly opens the app in a floating window. Tap it, and the app will shrink into a floating circle that stays at the top. On large-screen devices, there’s a dedicated bubble bar in the taskbar to organize and anchor bubbles.

The previous Pixel Launcher Search bar is back

The Android 17 Beta 1 removed the ring around the search bar and featured a dominant color from the user’s wallpaper. Well, that return in the Beta 2 for the Pixel Launcher, as spotted by Phone Arena. The AI Mode icon is now featured inside the circle towards the end of the search bar.

Redesigned privacy indicators

The Android 17 Beta 2 also brings minor design upgrades to privacy indicators. Earlier, when an app used your phone’s camera, location, and microphone, the icons were visible in the top-right corner, inside a pill-shaped green enclosure. In Beta 2, they are shown in separate circles. Also, the location is shown in blue instead of green.

Small but meaningful upgrades

• Satellite tile in Quick Settings: The Quick Settings in Android 17 Beta 2 features a new “Satellite” tile with the current status.

• System contacts picker: The new system-level contacts picker grants temporary, session-based read access to only the specific data fields selected by the user. It also allows users to choose between personal and work profiles, giving them more control over data sharing.

• System EyeDropper: Beta 2 introduces a new system-level EyeDropper API that allows apps to request a color from any pixel on the display without requiring sensitive screen-capture permissions.

• New “Accounts and backup” menu in Settings: It replaces “Back up or copy data” and “Passwords, passkeys & accounts.”

• SMS and OTP protection: For apps that are not intended as receipts, OTP messages are delayed for three hours. It doesn’t include the default SMS app, assistant apps, and companion apps for connected devices.

This change applies to:

• WebOTP messages
• SMS Retriever format messages
• Standard OTP SMS messages

In addition to these changes, Android 17 Beta 2 includes improvements to connectivity, cross-device connectivity, and more. Plus, it also fixes 16 issues. You can check the complete changelog here.

Devices eligible to receive Android 17 Beta 2

• Pixel 10, Pixel 10 Pro, Pixel 10 Pro XL, Pixel 10 Pro Fold
• Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, Pixel 9 Pro Fold, Pixel 9a
• Pixel 8, Pixel 8 Pro, Pixel 8a
• Pixel 7, Pixel 7 Pro, Pixel 7a
• Pixel 6, Pixel 6 Pro, Pixel 6a
• Pixel Fold
• Pixel Tablet

The second beta of Android 17 is currently rolling out to only Google Pixels.

How to install Android 17 Beta 2 update?

If your Google Pixel is already running Android 17 Beta 1, you can easily install Beta 2 by navigating to Settings > System > Software Updates > System Updates.

If you’re not already part of the beta program, visit google.com/android/beta and “Opt in” on your selected device. Make sure you’re logged into the website with the same Google account. After opting in, you should be able to install the latest beta update on your Google Pixel from the Software Updates section in the Settings app.

Keep in mind that there’s no going back once you install a beta update. If you try to leave the Beta early, you’ll need to perform a full data wipe.

According to the official release timeline, Android 17 will enter the platform stability phase next month, with the stable version expected to be released in Q3 2026. Stay tuned for more updates.

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Google released Android 17 Beta 2, advancing system APIs and developer tools ahead of the stable release expected later this year. The update prioritizes privacy enforcement, cross-device functionality, and input refinements while maintaining Google’s two-SDK release cycle with the major version in Q2.

Windowing and Interface Changes

The Bubbles feature now functions as a complete windowing mode. Users create floating app windows by long-pressing app icons on phones, tablets, and foldables. Large-screen devices receive a bubble bar within the taskbar for organizing and repositioning windows. Developers must implement multi-window guidelines for proper functionality.

A system-level EyeDropper API lets apps sample any screen pixel without requesting screen capture permissions. The new Contacts Picker using ACTION_PICK_CONTACTS grants temporary access to user-selected contact fields only, supporting personal and work profiles while reducing reliance on READ_CONTACTS permission.

Input and Hardware Support

Touchpad pointer capture has been corrected. Previous versions reported absolute finger positions rather than relative movement during capture, causing issues for games and specific applications. Android 17 now processes touchpad input as mouse movement by default. Apps requiring precise finger tracking can enable absolute capture mode.

The getInitialRestingBounds API improves the Interactive Chooser by detecting the share sheet’s final position after animations complete, enabling apps to adjust layouts accordingly.

Cross-Device and Connectivity Features

The Handoff API enables state transfer between devices through CompanionDeviceManager. The system displays handoff suggestions on nearby devices, allowing users to resume tasks. If the destination device lacks the app, the feature falls back to web-based continuation.

Ultra-Wideband DL-TDOA support brings privacy-focused indoor navigation compliant with FiRa 4.0. Wi-Fi Alliance’s Proximity Detection standard improves ranging accuracy over Wi-Fi Aware. Streaming apps access carrier-allocated bandwidth limits via getStreamingAppMaxDownlinkKbps and getStreamingAppMaxUplinkKbps for quality optimization.

Privacy and Security Enforcement

ACCESS_LOCAL_NETWORK becomes a mandatory runtime permission for apps targeting Android 17. Apps must request permission to discover local network devices unless using system pickers. ACTION_TIMEZONE_OFFSET_CHANGED broadcasts notify apps of time zone offset changes during daylight saving transitions.

SMS OTP protection extends to all message formats. Non-recipient apps face a three-hour delay before accessing OTP messages, excluding default SMS apps, assistants, and companion devices. Google recommends migrating to SMS Retriever or User Consent APIs.

Developer Resources

Apps directly accessing neural processing units must declare FEATURE_NEURAL_PROCESSING_UNIT in manifests. Core libraries update to ICU 78 with Unicode 17, adding scripts, characters, emoji blocks, and refined time formatting.

Platform Stability arrives in March, finalizing SDK and NDK APIs. Developers can then target API level 37 and publish test apps before public release. Beta 2 is available over-the-air for supported Pixel devices and through emulator images in Android Studio.

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Google has announced Nano Banana 2, its latest image generation model under the Gemini family. The update blends advanced creative capabilities with faster processing speeds, aiming to make high-quality visual generation more widely accessible across Google products.

Pro-level intelligence at Flash speed

Nano Banana 2, officially called Gemini 3.1 Flash Image, combines the deeper reasoning abilities of the earlier Pro variant with the responsiveness of Gemini Flash. According to Google, the model draws on real-world knowledge and can reference up-to-date web information to better render specific subjects. This allows users to create detailed infographics, structured diagrams and data-driven visuals with improved contextual accuracy.

Text handling has also been refined. The model can generate clearer, legible text within images, making it suitable for marketing mock-ups and social content. It can also adapt text into different languages directly inside visuals. Google says the gap between speed and image quality has been significantly reduced, resulting in sharper details, improved lighting and richer textures without slowing down generation time.

Nano Banana 2 is being rolled out across the Gemini app, Google Search AI Mode, Lens, AI Studio and the Gemini API in Vertex AI. It is also becoming the default image model in Flow and is integrated into Google Ads for campaign asset suggestions. Subscribers to Google AI Pro and Ultra plans will still be able to access Nano Banana Pro for specialised, high-fidelity tasks.

Google is also strengthening content verification. The company continues to embed SynthID watermarks in AI-generated media and plans to expand C2PA Content Credentials support within the Gemini app. Since its introduction, SynthID verification tools have reportedly been used over 20 million times, reflecting growing interest in identifying AI-generated content.

With Nano Banana 2, Google appears to be focusing on faster output without compromising creative precision, positioning it as a flexible option for everyday creators and professionals alike.

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Just weeks after wrapping up its current lineup with the Pixel 10a, Google may already be testing its new phones. A new Geekbench listing has surfaced, and while nothing is confirmed, it hints at early hardware that could belong to the Pixel 11 series, and more importantly, the next-generation Tensor G6 chip.

The listing is tied to a device called “Google Kodiak.” That name isn’t new. It was previously associated with the Pixel 10 Pro XL. But according to Notebookcheck, this new appearance could point to a Pixel 11 model instead. The reason comes down to the processor configuration.

This could be the Tensor G6 setup

The device in question runs a 7-core Tensor SoC, which is unusual. The Pixel 10 Pro XL uses an octa-core chip. That alone suggests this isn’t simply a re-test of existing hardware. 

The new configuration includes one Arm C1-Ultra core clocked at 4.11GHz, four Arm C1-Pro cores at 3.38GHz, and two additional C1-Pro cores at 2.65GHz. The clock speeds are also higher than what we’ve seen on the Tensor G5.

For comparison, the Pixel 10 Pro XL is powered by an octa-core setup with one Cortex-X4 core at 3.78GHz, five Cortex-A725 cores at 3.05GHz, and two Cortex-A520 cores at 2.25GHz. 

Graphics also differ. The new listing shows a PowerVR C-Series CXTP-48-1536 GPU, while the Pixel 10 Pro XL uses a PowerVR DXT-48-1536.

However, the benchmark scores are nothing to write home about. The phone posted a single-core score of 845 and a multi-core score of 2657. These numbers are extremely low for a modern flagship. It’s possible the chip is missing software optimizations, or that this is very early hardware not meant for performance testing.

Still, it’s worth being cautious. There’s no guarantee this listing is genuine. Benchmark databases are often filled with prototypes, mislabeled devices, and sometimes even fake entries. The Pixel 11 series isn’t expected until summer 2026, and the Tensor G6 hasn’t been announced.

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Google has introduced Gemini 3.1 Pro, the latest version of its advanced AI model. The update delivers significant improvements in reasoning and problem-solving, making it one of the most powerful AI systems available today. The model is now rolling out in preview for developers, enterprises, and consumers, with wider availability expected soon.

Gemini 3.1 Pro focuses on handling complex, multi-step tasks that require advanced reasoning. The model can build interactive experiences, translate creative ideas into functional code, and connect complex APIs with user-friendly interfaces.

It can generate immersive projects such as 3D simulations with real-time interaction, create live data dashboards like ISS orbit visualizations, and turn literary themes into modern web designs.

The model also generates animated SVGs directly from text prompts. These animations are created as code rather than video files, which preserves image quality at any scale while keeping file sizes smaller.

In terms of performance, Gemini 3.1 Pro achieved a score of 77.1% on the ARC-AGI-2 benchmark, which tests abstract reasoning. This result more than doubles the score of its predecessor, Gemini 3 Pro, and outperforms competitors like GPT-5.2 (52.9%) and Opus 4.6 (68.8%). The model also posted strong results on GPQA Diamond, SWE Bench Verified, and BrowseComp, which evaluate scientific reasoning, coding ability, and search-related tasks.

Google is making Gemini 3.1 Pro available through several platforms. Developers can access it via Google AI Studio, Gemini CLI, and Android Studio. Enterprises can use it through Vertex AI and Gemini Enterprise. Consumers can try it on the Gemini app and NotebookLM, with Pro and Ultra subscribers receiving higher usage limits.

Learn more about the model and how to access it with these top five ways to use Gemini 3.1 Pro for free.

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Gemini 3.1 Pro is the company’s most capable LLM with stronger core reasoning and better performance on complex, multi-step work. It outperforms the best from Anthropic and OpenAI across many benchmarks. Here, I’ll show you the top 5 ways to access Gemini 3.1 Pro for free with all the steps.

How to use Gemini 3.1 Pro for free (5 methods)

1. Google Gemini

This is the easiest and quickest way to test the capabilities of Gemini 3.1 Pro. Simply go to gemini.google.com, choose the “Pro” option, and get things done.

Step 1: Open gemini.google.com on your device.

Step 2: Log in to your Google account (if not logged in).

Step 3: Tap the mode selector and choose “Pro”.

Step 4: Type your prompt and hit Enter.

If you’re using a smartphone, it’s best to download the Google Gemini app from Google Play Store (Android) or App Store (iPhone). The steps remain the same.

Please note that the free version of Google Gemini allows only a few messages per day for Gemini 3.1 Pro. That’s best for the testing purpose. However, you can upgrade to the Pro or Ultra plan to increase your limits. Luckily, there are ways to get Google Gemini Pro for free for a year. Comment below if you want a detailed post on that.

2. Google’s Vertex AI platform

Google is offering $300 in free credits to use Google Cloud services, including the Vertex AI platform, which allows us access to Gemini 3.1 Pro, Google Veo, and many other AI tools. Note that free credits are available for 90 days. After which, they expire.

Here’s how to sign up for Google Cloud:

Step 1: Open the Google Cloud trial offer page and tap “Get started for free”.

Step 2: Choose your Google account and your country.

Step 3: Fill in your contact information, then verify a payment method.

[Note: You won’t be charged automatically even after the free trial ends unless you do a manual activation. You can verify the same in the screenshot below.]

Step 4: In your Google Cloud dashboard, tap the menu button and choose “Vertex AI”.

Step 5: Click “Try now” below Vertex AI Studio.

Step 6: Click “Agree & continue” to enable the required APIs for using Vertex AI Studio.

Step 7: Choose “Gemini 3.1 Pro” and start using it.

The $300 free credit gives you very high usage limits to Google’s top AI models for 90 days. You can even create videos, build tools using coding, and do a lot more stuff without paying a penny.

3. Try That LLM

This is an easy and free tool for comparing responses from various LLMs. The platform offers dozens of LLMs to test your prompt, including Gemini 3.1 Pro, Claude Opus 4.6, and ChatGPT 5.2.

This is super easy to use. Just sign up on the website (it takes less than a minute), choose your model, and start using it. The best part is you don’t need to fill in payment details.

Step 1: Go to trythatllm.com and click the “Sign up” button.

Step 2: Fill in basic details to create your account.

Step 3: Verify your email.

Step 4: Tap “New Prompt Group”.

Step 5: Click “Choose an LLM” and select Google > Gemini 3.1 Preview.

Step 6: Click “Confirm LLM + Start Prompting”.

Step 7: Enter your message in the prompt section and click “Confirm Prompt”.

You get 1000 free credits when you create an account. Note that these are one-time credits and are not added every month.

4. Arena AI

Arena AI also lets you compare different LLMs for free. The best part is that you don’t need to sign up on the platform to use Gemini 3.1 Pro or any other LLM. Just open the website, choose your AI model, and start messaging.

Step 1: Go to Arena.ai and make sure side-by-side mode is selected.

Step 2: Tap on the first LLM field.

Step 3: Search for “Gemini 3.1 Pro” and choose the right LLM from.

Step 4: Write your message/prompt in the Ask anything section and enter.

Arena AI is completely free to test LLMs, but it doesn’t offer unlimited responses. The platform provides pretty generous limits, which should be more than enough for small use cases.

5. ChatPlayGround AI

ChatPlayGround AI also offers access to dozens of LLM models, including Gemini 3.1 Pro, Claude Opus 4.6, and ChatGPT 5.2. Unlike Try That LLM and Arena AI, this AI tool lets you use images and PDFs with your message. But what’s the catch here? It doesn’t have a free plan; instead, it offers a 3-day free trial, and for that, you’ll need to link your bank cards.

So, if you only need access to Gemini 3.1 Pro and other LLMs with better capabilities, you can go for the free trial, but make sure to cancel the plan before three days to avoid any charges. Simply go to chatplayground.ai, tap “Sign Up”, and fill in the required details to get started.

Be sure to visit the AI section on Gizmochina regularly for the latest updates.

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Google has shared new details about how it is strengthening security across the Android ecosystem, focusing on AI-driven protections, stricter developer policies, and expanded real-time defenses to protect users from malware, fraud, and privacy risks.

In 2025, Google prevented more than 1.75 million apps that violated policies from being published on Google Play. The company also banned over 80,000 developer accounts linked to harmful activity. Google says measures such as developer verification, mandatory pre-review checks, and testing requirements have made it harder for bad actors to enter the platform while helping legitimate developers build compliant apps more easily.

Apps listed on Google Play go through extensive safety reviews. Google runs over 10,000 checks on every app before publication and continues monitoring apps after they are released. During 2025, the company integrated its latest generative AI models into the review process, allowing human reviewers to detect complex malicious patterns faster.

Privacy protection was another major focus. Google prevented more than 255,000 apps from gaining unnecessary access to sensitive user data by enforcing stricter policies. Developer tools such as Play Policy Insights in Android Studio and the Data Safety section helped developers reduce permission requests and meet policy requirements earlier in the development process.

To maintain trust in app ratings, Google blocked 160 million spam reviews and ratings, including attempts to inflate or deflate scores. The company says its protections also prevented an average 0.5-star rating drop for apps targeted by review bombing.

Google Play Protect continues to operate as Android’s main malware defense. It now scans more than 350 billion apps every day, including apps installed from outside Google Play. In 2025, real-time scanning detected over 27 million new malicious apps from external sources. Enhanced fraud protection, now available in 185 markets covering more than 2.8 billion devices, blocked 266 million risky installation attempts linked to 872,000 high-risk apps. Google also introduced in-call scam protection that prevents users from disabling Play Protect during suspicious calls.

For developers, Play Integrity API now supports hardware-backed signals and new tools such as device recall to identify repeat offenders. Android 16 also introduces tapjacking protection that developers can enable with minimal code.

Google says it will continue investing in AI defenses and developer verification programs to strengthen trust across the Android ecosystem.

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Android 17’s development is progressing faster than we thought, as the first beta is already here, with no developer preview builds. But if you went through the changelog (here), you’d be disappointed to see no significant upgrades. However, the good news is that there are many under-development Android 17 features that will land at some point this year. Those include two useful features that Apple users have been using for years.

1. A native app-lock, finally

Google may finally bring a native app-lock feature to Android 17. While this isn’t officially confirmed yet, instances of it were discovered within the Android framework package. 

So far, Google Pixel users are forced to rely on third-party app lockers, which are fundamentally concerning. While Pixel phones do have a Private Space for securing apps, they don’t work the way app lock does. It offers a separate space to run apps in a separate user profile, which can be good for apps you rarely open, but a headache for apps you open daily.

Apple felt the need for it a long time ago and introduced native app lock support with iOS 18 in 2024. Major Android brands, including Samsung, Xiaomi, Oppo, Vivo, and OnePlus, have also integrated it into their custom skins. Still, a native integration into Android OS is always the best route, especially for Pixel owners. 

2. Universal clipboard enabling seamless copy-paste

Android has a built-in clipboard feature that stores clipboard content, so you can easily paste it into your favorite apps, but the clipboard contents are not synced across your Android devices. This means you can’t paste the copied content from your phone onto another Android phone, PC, or tablet. That could change soon with the Universal Clipboard feature in Android 17.

This upcoming feature was spotted in an Android beta and Canary releases in November, and is expected to arrive as part of Android 17. This will work similarly to the Universal Clipboard on Apple devices, introduced back in September 2016, which allows users to copy text or media on one device and paste it instantly onto another.

A native app locker and a universal clipboard are two of the most useful features we are looking forward to in Android 17. One feature adds an extra layer of security to your apps, and the other strengthens the Android ecosystem.

Google appears to be following last year’s release pattern. Therefore, the first Android 17 release was always going to be developer-focused, laying the groundwork for significant upgrades and new features in Android 17 QPR1, which would be released around August or September 2026, along with the Pixel 11.

We’ll continue to publish the latest stories around the same topic in our Android 17 section. You can also join our Telegram channel to get instant notifications about the latest happenings in tech.

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A few months after the first leaks started circulating, the Google Pixel 10a is finally official. And if you’ve been following the rumors, there aren’t many surprises. The specs are familiar, but it does tighten a few screws and leans even harder on software to make its case.

The Pixel 10a keeps the same 6.3-inch Actua display as before, but Google has slightly increased peak brightness to 3,000 nits, up from 2,700 nits on the Pixel 9a. The phone also retains its IP68 rating for dust and water resistance.

One of the more practical upgrades comes in the form of new screen protection. The Pixel 10a now uses Gorilla Glass 7i instead of Gorilla Glass 3. According to Google, the new Glass can survive drops from up to 1 meter (3.3 feet) and is more scratch-resistant than before.

As a Google phone, the software is the big talk for the Pixel 10a. It comes pre-installed with Android 16 out of the box and is promised seven years of software updates. It also comes with suites of AI features, from Gemini Assistant to Gemini Live. 

The hardware powering it, however, remains the same. The Pixel 10a runs on the same Tensor G4 chipset as the Pixel 9a. Even the RAM and storage are the same at 8GB and 128GB or 256GB, respectively. 

The Pixel 10a also retains the camera setup. It has a 48MP main rear lens with a 13-megapixel ultra-wide and a 13MP selfie camera. New here are the AI-features like Camera Coach, Auto Best Take, and Add Me. 

Google Pixel 10a vs Pixel 9a: What’s different?

The difference for Pixel 10a comes on the design side. Its back is now made of 81% recycled plastic. Google has also introduced a new Pixel 10a Case made from 36 percent recycled plastic, color-matched to the phone. Neither the device nor the case includes built-in magnets.

Google also says the Pixel 10a uses more recycled materials than any previous Pixel a-series phone. It’s the first in the lineup to include recycled cobalt, copper, gold, and tungsten, making up at least 36 percent of the product by weight. The aluminum frame is made from 100 percent recycled material, and the packaging is completely plastic-free.

You can get the Google Pixel 10a in Fog, Obsidian, Berry, and Lavender. Its price starts at Rs 50,000 (8/128GB) in India, and at $499 in the US. Pre-order starts today, while it will go on open sale starting March 5. 

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Smartwatches have evolved beyond simple fitness trackers, becoming versatile devices for health monitoring, productivity, and style. Android users now have a range of options that cater to different needs, from fitness enthusiasts to tech-savvy professionals.

Although a new wave of 2026 smartwatches is still on the way, many of the models that launched through 2025 are already defining the Android smartwatch experience in 2026. Competition has only gotten tighter with the latest releases, so here is our roundup of the best smartwatches for Android users right now.

Samsung Galaxy Watch 8 and 8 Classic

Samsung leads the Android smartwatch market with the Galaxy Watch 8 and 8 Classic. The Galaxy Watch 8 comes in 40mm and 44mm sizes, while the Classic model features a 46mm case with a rotating bezel for a more traditional look. Both watches run Wear OS 6 with One UI 8 Watch on top and integrate seamlessly with Android devices.

Samsung designed the Galaxy Watch 8 series with a peak brightness of 3,000 nits, ensuring excellent visibility in outdoor conditions. The lineup uses the new Dynamic Lug system, a redesigned one-click mechanism that makes swapping bands faster while improving comfort and stability.

The watches offer features like vascular load monitoring, AI-powered energy scores, and advanced sleep tracking. Samsung also redesigned the internal structure, making the Galaxy Watch 8 thinner and lighter than previous models.

Best for: Android users who want the best of Google and Samsung in one package.

Google Pixel Watch 4

The Pixel Watch 4 runs on Wear OS 6 and uses the Snapdragon W5 Gen 2 chip, delivering faster performance and better battery life. The watch is available in 41mm and 45mm sizes, with vibrant Actua 360 domed displays that reach a peak brightness of 3,000 nits.

Google included a Readiness Score feature, which combines heart rate variability and daily activity to provide personalized insights. The Cardio Load metric tracks the strain on the cardiovascular system throughout the day. The watch supports over 40 workout modes and integrates with the Gemini assistant for hands-free tasks like messaging and navigation.

Best for: Google users who rely on Assistant, Gmail, Maps, and YouTube Music.

OnePlus Watch 3

The OnePlus Watch 3 suits people who prioritize a sharp, bright display and durability that can handle daily wear. It features a 1.5 inch LTPO AMOLED screen that peaks at 2,200 nits, plus a rotating crown that makes navigation feel more natural. The watch also supports 5ATM water resistance rated for 50 meters and carries an IP68 rating, while MIL-STD-810H certification adds an extra layer of rugged, military-grade durability.

OnePlus equipped the Watch 3 with advanced health sensors, including an eight-channel heart rate sensor, a 16-channel blood oxygen sensor, and a wrist temperature monitor. The 60-second health check-in feature gives a quick overview of vital metrics. The watch offers up to 120 hours of battery life in Smart Mode and supports fast VOOC charging for all-day use with just 10 minutes of charging.

Best for: Fashion-forward users who want serious stamina without sacrificing smarts.

Xiaomi Watch 5

Xiaomi continues to expand its wearable lineup with the Watch 5, currently limited to the Chinese market. It features a 1.54-inch AMOLED display with 1500 nits brightness, stainless steel casing, and sapphire glass. Straps range from titanium to fluororubber and leather. Xiaomi included over 150 sports modes, along with 80+ gym-based courses that provide animated 3D guidance.

The Watch 5 offers a one-touch health scan that monitors eight key indicators, including heart rate, stress, and sleep quality. The watch also supports full-color offline maps for outdoor activities like hiking and trail running. Its 930mAh battery powers the watch for up to 18 days in power-saving mode.

Best for: Tech-savvy users who don’t mind importing greatness.

Amazfit Balance 2

Amazfit expanded its smartwatch lineup with the Balance 2, a device that combines durability and advanced health features. The watch has a 1.5-inch AMOLED display with scratch-resistant Sapphire glass and is water-resistant up to 10 ATM. Amazfit includes 170 sports modes, making it suitable for a wide range of fitness activities.

The BioCharge Score provides real-time energy insights by analyzing sleep, stress, and activity levels. The watch also supports HYROX training modes, which include interval planning and recovery tools. With a battery life of up to 21 days, the Balance 2 offers reliability for long-term use.

When paired with the Helio Strap, Amazfit creates a dual-device system that enhances heart rate tracking and fatigue analysis. The Zepp App syncs data from both devices without requiring a subscription.

Best for: Athletes, triathletes, and tracker nerds who want deep insights and no daily charging.

Samsung Galaxy Watch Ultra

Samsung designed the Galaxy Watch Ultra for outdoor enthusiasts and extreme sports users. The watch features a Grade 4 Titanium frame and 10 ATM water resistance, allowing it to withstand harsh conditions. Samsung included dual-frequency GPS for accurate tracking and AI-powered metrics like Functional Threshold Power (FTP) for cyclists.

The Galaxy Watch Ultra has a peak brightness of 3,000 nits, ensuring excellent readability in all environments. The watch offers the longest battery life in Samsung’s lineup, with up to 100 hours in Power Saving mode.

Best for: Extreme athletes and outdoor explorers who need rugged reliability.

Garmin Venu 4

Garmin released the Venu 4 as a versatile smartwatch that balances stylish design with advanced health and fitness tracking. The watch comes in 41mm and 45mm sizes and features bright AMOLED displays. Garmin included over 25 activity modes and adaptive coaching through the Garmin Fitness Coach.

The Venu 4 tracks HRV, Pulse Ox, and sleep metrics, providing detailed insights into recovery and stress levels. Garmin added accessibility features like a spoken watch face and color filters for users with color blindness. The watch also includes a built-in LED flashlight and offers up to 12 days of battery life in smartwatch mode.

Best for: Health-focused folks and accessibility-conscious users looking for style and substance.

In related news, you can also read our latest roundup of the best magnetic power banks in 2026.

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Just three days ago, Google confirmed that Android 17 Beta 1 is coming, and now it’s here. We weren’t expecting the first beta to be released so quickly, but it’s here with improvements to privacy, security, and performance. There are some significant changes as well, which we’ll discuss in the article, along with the eligible devices list and installation steps.

Which devices are eligible for Android 17 beta?

Google Pixels are the first in line to receive the latest beta update, and this year is no different. For now, Android 17 Beta 1 is available for Google Pixels, and it will soon be available on devices from other brands.

So, here’s a list of Google Pixel devices eligible for Android 17 beta:

• Pixel 6
• Pixel 6 Pro
• Pixel 6a
• Pixel 7
• Pixel 7 Pro
• Pixel 7a
• Pixel Tablet
• Pixel Fold
• Pixel 8
• Pixel 8 Pro
• Pixel 8a
• Pixel 9
• Pixel 9 Pro
• Pixel 9 Pro XL
• Pixel 9 Pro Fold
• Pixel 9a
• Pixel 10
• Pixel 10 Pro
• Pixel 10 Pro XL
• Pixel 10 Pro Fold

In short, if you have a Pixel 6 or older, you can install the Android 17 Beta 1 build and get a taste of the latest features and all the upgrades without waiting months for the stable rollout.

How to install Android 17 Beta 1 on Google Pixels?

If your Google Pixel is running Android 16 QPR3 Beta 2.1 and you haven’t exited the beta program, you should automatically receive the Android 17 Beta 1 update. The update should be available at Settings > System > Software Updates > System Updates. Other users should follow the process as mentioned below.

If you’re not already part of the beta program, visit google.com/android/beta and “Opt in” on your selected device. Make sure you’re logged into the website with the same Google account. After opting in, you should be able to install the latest beta update on your Google Pixel from the Software Updates section in the Settings app.

Before installing any beta update, it’s advised to back up important data to another device or a cloud storage for added safety.

Android 17 Beta 1: What’s new and what’s improved?

The first beta of Android 17 is mostly developer-focused and marks the transition from the traditional “Developer Preview” model to a continuous “Android Canary” program. The Canary channel offers faster access to features and APIs, quicker stability, and eliminates the need for manual flashing.

As for the changes, the first beta enforces stricter requirements for app behaviour on large-screen devices (smallest width ≥ 600dp), preventing apps from opting out of resizability and orientation changes. These changes do not affect smaller devices (sw < 600dp).

Furthermore, apps running on larger screens, such as tablets, foldables, or desktop windowing environments, must now support landscape and portrait layouts and adapt to resizable windows.

Android 17 introduces several low-level changes to improve app efficiency and system health, including a Lock-free MessageQueue to reduce missed frames, Generational Garbage Collection to reduce the CPU cost and duration of full-heap collections, and Strict “Static Final” Fields to allow the runtime to apply more aggressive performance optimizations.

The update also includes important camera upgrades, including Dynamic Camera Sessions to enable seamless transitions between modes, Constant Quality Recording for extended control, and Versatile Video Coding (VVC) on devices with supported hardware.

Additionally, the latest beta build includes an improved audio framework, enhanced VoIP call history (supporting avatars and privacy controls), and Wi-Fi Ranging updates (Proximity Detection and 11az secure ranging). The CompanionDeviceManager now features two new profiles, Medical Devices and Fitness Trackers, for streamlined permission handling and device identification.

According to the official timeline, the “Platform Stability” phase begins next month. At this point, SDK/NDK APIs and app-facing behaviors will be finalized. The stable release could arrive sometime in Q3 2026.

We’ll continue to update you with fresh developmenets in our Android 17 section. You can visit it regularly for the latest updates. Or, join our Telegram channel to get instant notifications about the latest happenings in tech.

The post Android 17 Beta 1 is here: How to install, eligible devices, and new features appeared first on Gizmochina.

Google Pixel 10a’s full specifications have surfaced online ahead of its expected launch next week. The leak gives a clearer picture of the upcoming budget Pixel, highlighting minor refinements rather than major design changes. Here is everything revealed so far about the device and how it differs from its predecessor.

Google Pixel 10a full specifications

According to Winfuture.de, the Google Pixel 10a is expected to feature a 6.3-inch OLED display with a 120Hz refresh rate and a resolution of 2424 x 1080 pixels. The panel is protected by Corning Gorilla Glass 7i, indicating improved durability compared to previous models. The overall design of the Pixel 10a is almost the same as its previous generation.

The device is said to be powered by the Google Tensor G4 processor paired with the Titan M2 security chip. It may arrive with 8GB LPDDR5X RAM and UFS 3.1 storage options of 128GB and 256GB, without microSD expansion. A 5,100mAh battery is expected, now supporting faster wired charging speeds up to 45W, along with wireless charging support.

In terms of cameras, the Pixel 10a is tipped to retain a 48-megapixel primary camera with dual-pixel autofocus and optical image stabilisation, alongside a 13-megapixel ultrawide camera offering a 120-degree field of view. A 13-megapixel front camera is also expected for selfies and video calls.

The Pixel 10a is expected to ship with Android 16 and will receive up to seven years of software and security updates. Its other features include an in-screen fingerprint sensor, an IP68-rated dust and water-resistant body, dual speakers, Bluetooth 6, Wi-Fi 6e, dual SIM support including eSIM, NFC, USB Type-C, satellite emergency calling, and multiple navigation systems such as GPS, Galileo, GLONASS, QZSS, and BeiDou.

5 key changes compared to Pixel 9a

While the overall hardware appears familiar, five notable changes separate the Pixel 10a from the Pixel 9a:

• Gorilla Glass 7i protection | Pixel 9a had Gorilla Glass 3
• 45W wired charging support | Pixel 9a supported 23W charging
• Satellite emergency call feature added | Not available on Pixel 9a
• Bluetooth 6 support | Pixel 9a featured Bluetooth 5.4
• New colour options: Obsidian, Fog, Lavender, Berry | Pixel 9a came in Obsidian, Porcelain, Iris, Peony

Also, the Pixel 10a measures 153.9 x 73 x 9 mm and weighs 183 grams. In comparison, the Pixel 9a has 154.7 x 73.3 x 8.9 mm dimensions and weighs 186 grams.

Google Pixel 10a variants, price and launch timeline

The report suggests that the Google Pixel 10a will be available in two storage variants: 128GB and 256GB. Pricing is expected to start at €499, with reports indicating a promotional offer where the 256GB version may initially be available at the same price as the base model instead of its regular €599 cost. It will be available for purchase across different markets starting Feb. 18.

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The post Google Pixel 10a full specifications leaked; Here are 5 major changes appeared first on Gizmochina.

Google has just released Android 16 QPR3 Beta 2.1 to Google Pixels, and that would be the final release based on the current OS. The company has now officially confirmed that it’s working on Android 17 and that the first beta build will be released soon.

Android 17 Beta 1 releasing soon

The first public beta of Android 17 will be released soon, says Google. Notably, this won’t be a Developer Preview build. If you’ve followed the development cycles for an upcoming Android OS in the past, you’d know that first builds are generally labelled Developer Preview builds (Android 16 had two of them), and then beta builds are released, but that’s changing this year with Android 17.

Google says Android 17 Beta 1 “builds on top of Android 16 QPR platform release and includes the latest bug fixes and improvements to stability and performance.” Past leaks suggest several new features and improved gaming capabilities are coming to the upcoming Android OS, among many other improvements. We’ll learn more about the changes once the first beta build goes live, which could arrive as early as this month or next month, while the stable build of Android 17 should land around June 2026.

Google Pixel users will have the first bite, as always. Those currently on Android 16 QPR3 Beta 2.1 and choose to remain enrolled in the Android Beta Program will automatically receive the Android 17 Beta 1 update. If they don’t want to receive the beta update, they must opt out of the beta program.

As for the other brands, the Android 17 beta update may arrive on select devices a few weeks after it is released to Google Pixels. We’ll continue to track the development and update you on the same in our Android 17 section. Remember to visit the section regularly for the latest updates. Or, join our Telegram channel to get instant notifications about the latest happenings in tech.

The post Android 17 beta is coming soon, confirms Google appeared first on Gizmochina.

Google has officially confirmed the pre-order date for the upcoming Pixel 10a, giving fans a clearer look at when they’ll be able to reserve the next affordable Pixel smartphone. The reveal also arrives just ahead of the official launch of the Pixel 10a. So here are all the details.

Google Pixel 10a Pre-Orders Details

According to announcements on the Google Store and official teasers, pre-orders will begin on 18th February 2026 across the globe, including the Indian market. This reveal arrives weeks ahead of the Pixel 10a’s launch, with the company’s official teasers also offering us a glimpse of the new mid range Pixel phone. In teaser visuals posted by Google, the Pixel 10a’s design appears identical to the Pixel 9a.

But the company freshen things up with the introduction of new colorways. These early teaser ports showcase the device with a blue-toned finish that blends Iris-like and Indigo highlights, along with reports suggesting additional shades like Obsidian, Berry, Fog and Lavender. You can see the rumored 48MP + 13MP dual camera module on the rear, while the front could house a compact 6.285-inch OLED display with an FHD+ resolution and a 120Hz refresh rate.

Under the hood, it is expected to be equipped with the Tensor G4 chipset that may be coupled with 8GB of RAM and up to 256GB of internal storage. A sizeable 5,100mAh battery pack powers this model, which will likely only offer a modest fast charging speed. Out of the box, this model should run on the Android 16 OS out of the box with Pixel UI and robust software support, with up to 7 years of updates.

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The post Google Reveals Pixel 10a’s Pre-Order Date Ahead of Launch: Here’s what it offers appeared first on Gizmochina.

Google is exploring new options to allow websites and publishers to opt out of having their content used in AI Overviews. The move comes after the UK government urged the company to provide more control to content creators, citing growing concerns about fair usage and declining traffic to news sites.

UK regulators demand more control for publishers

According to a Reuters report, the UK’s Competition and Markets Authority (CMA) has opened a formal consultation on how Google manages content across its AI-powered features. The regulator wants the company to let websites opt out of having their material scraped for AI-generated summaries or used to train separate AI models like Gemini.

In a blog post published on Thursday, Google confirmed that it is working on updates that would enable websites to exclude their content from Search generative AI features. The company said it aims to protect the usefulness of Search while also giving publishers the tools to manage how their content appears across AI products.

Google introduced AI Overviews in mid-2024. The feature uses generative AI to provide quick answers at the top of search results. However, publishers have not had any mechanism to opt out of these summaries, which has led to significant drops in click-through traffic.

The CMA stated that Google holds more than 90% of the UK’s search market. It warned that this dominance could distort competition and harm news organizations that rely on visibility in search.

Google said any new opt-out control must be scalable and not create a fragmented or confusing experience for users. The company also pointed to existing tools like robots.txt and Google-Extended, but acknowledged that further updates are needed.

The CMA will spend the next year reviewing the consultation. Google said it hopes to work with publishers and regulators to find a solution that benefits both users and content creators.

In related news, you can also read our recent article exploring whether smartphones have truly reached peak innovation or if progress is now happening behind the scenes.

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