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Microsoft has confirmed that Windows 11 is getting a new “Feature Flags” system, giving users more control over experimental features in the operating system. The upcoming addition, spotted in recent Insider builds, introduces a dedicated settings page where users can manually enable or disable features – similar to how flags work in Google Chrome.
Until now, Windows 11 relied on a Controlled Feature Rollout (CFR) system, where updates were gradually released to a limited number of users in phases. This meant that even Windows Insiders – who sign up specifically to test new features – often had to wait or use third-party tools like ViVeTool to access them.
The new Feature Flags page aims to change that
It will allow users to browse a list of available and inactive features, toggle them on or off, and apply changes directly within system settings. Microsoft has acknowledged the feature and said it is exploring ways to make it easier for enthusiasts and testers to try out new capabilities earlier.
This shift is significant because it gives users more agency over how they experience Windows updates. Instead of being randomly selected for features through staggered rollouts, users – especially developers and power users – can choose what they want to test. However, Microsoft is also warning that enabling experimental features may impact system stability or performance, which explains why the company originally relied on controlled rollouts.
For everyday users, the impact may depend on how comfortable they are with tinkering
Those who enjoy testing new features early will likely benefit the most, as they no longer need to rely on unofficial tools or wait indefinitely for updates. On the other hand, casual users may prefer to avoid toggling experimental features altogether to maintain system reliability.
Looking ahead, the Feature Flags system is currently hidden within Windows Insider builds and has not yet been fully rolled out. Microsoft is expected to share more details soon, with broader availability likely in upcoming preview releases.
If widely implemented, this move could mark a notable shift in how Windows evolves – bringing it closer to the flexible, user-driven experimentation model seen in modern browsers.

Google just dropped a new iOS app today with no official announcement. The app, first spotted by 9to5Google, is called Google AI Edge Eloquent. It is an offline-first voice dictation tool that transcribes your speech in real time, automatically strips filler words, and delivers clean, polished text. Google Eloquent is completely free without any subscription or usage cap.
How does Google AI Edge Eloquent work?
You just have to open the app, hit record, and start talking. A live waveform tracks your voice as a real-time transcription appears on screen. When you stop, the app automatically processes everything.
Filler words like “um” and “ah” disappear, mid-sentence corrections get smoothed over, and what remains is clean, readable text copied straight to your clipboard. Four text transformation tools give you further control:
– Key points: summarizes your dictation into its main ideas in bullet form.
– Formal: rewrites the transcript in a more professional tone.
– Short: condenses down to the essentials.
– Long: expands it when you need more detail.
There is also a History tab that stores all past transcriptions alongside usage stats such as total word count and your words per minute speed.
Does Google Eloquent app store your voice data?
Unlike most free dictation apps, Google AI Edge Eloquent lets you keep your voice data completely private. A toggle in the top corner lets you switch between two modes. In fully offline mode, all audio stays on your device and is processed using Gemma-based speech recognition models locally. Nothing gets sent to a server.
In cloud mode, speech recognition still starts on-device, but Gemini models handle the text cleanup in the cloud. For anyone in a privacy-sensitive job or just uncomfortable uploading voice data remotely, the fully local option is quite useful.
The app also includes a personal vocabulary dictionary where you can add names, technical terms, and jargon to improve accuracy. You can also sign in with your Google account to let the app pull frequently used words from your recent Gmail messages automatically.
Google AI Edge Eloquent is one of the best free alternatives to paid dictation apps in 2026
The two most prominent rivals, Wispr Flow and Willow, cost $15 a month. Both of them are cloud-based, and they route your audio through remote servers. Meanwhile, SuperWhisper runs everything locally for better privacy, but it costs $85 a year. Eloquent undercuts all three on price while delivering the thing users actually want most — clean, automatic text output with no manual cleanup required.
That said, Google’s AI Edge Eloquent does have one limitation that you should know. Wispr Flow, Willow, and SuperWhisper work across Mac, Windows, and iOS, letting you dictate directly into any app. Whereas Eloquent, for now, is iOS only. An Android version is mentioned in the App Store listing, but it hasn’t launched on the PlayStore yet.
For casual users or anyone paying a monthly subscription for a dictation app simply because no credible free alternative existed, this changes the whole game. It may not dethrone Wispr Flow or Willow for enterprise users who need cross-platform support, but for everyone else, Google just made a compelling case.

Having just looped around the moon in a historic flyby of our nearest neighbor, the Artemis II crew are now on their way back to Earth.
NASA’s Victor Glover, Reid Wiseman, and Christina Koch, along with the Canadian Space Agency’s Jeremy Hansen, launched aboard the Orion spacecraft from the Kennedy Space Center on April 1, lifted to space by the mighty SLS rocket.
The mission is on course to last 10 days, culminating in a splashdown off the coast of California.
Artemis II is testing out the systems of the Orion in preparation for a crewed lunar landing in the Artemis IV mission, currently set for 2028. Artemis III, which could happen next year, will test a crucial docking procedure that will pave the way for the Artemis IV lunar landing.
With the mission so far going to plan — save for a few issues with the spacecraft’s toilet — and the crew now on their way home, now is as good a time as any to share some of the records set by the Artemis II mission so far.
1 – Farthest humans have ever traveled from Earth: On Monday, the Artemis II crew reached a record 252,756 miles (406,771 km) from Earth before starting their journey home. The previous distance record stood at 248,655 miles (400,171 km), set by Apollo 13 in April 1970.
2 – First humans beyond low Earth orbit in over 50 years: No one has traveled such a great distance since Apollo 17 way back in 1972.
3 – First crewed flight of the SLS rocket and Orion spacecraft: This is the first time humans have flown on NASA’s Space Launch System (SLS) rocket and Orion spacecraft, which are key to the success of NASA’s Artemis program, which seeks to build build a permanent moon base on the lunar surface and also achieve the first human flight to Mars.
4 – First crewed lunar mission of the Artemis program: Artemis I involved a crewless flight for the SLS and Orion, which also visited the moon before returning to Earth. This means that Artemis II is the first human mission of the Artemis era.
5 – First woman to travel to deep space: As part of the Artemis II crew, Christina Koch has become the first woman to leave low-Earth orbit.
6 – First Black astronaut to travel to deep space: Similarly, Victor Glover has become the first person of color to reach lunar distance.
7 – First non-American to travel to the moon region: As a Canadian, Jeremy Hansen has become the first non-U.S. astronaut to participate in a lunar mission.
8 – First time a crew of four has flown to the moon: All of the 10 lunar-bound Apollo missions had three crew members, while Artemis II involves four astronauts.
With these exciting achievements already in the bag, the Artemis program is just getting started, promising many more historic milestones ahead.

“A polished design, smooth software, and strong everyday performance make the Galaxy S26 easy to like, but its dated cameras, slow charging, and safe upgrades dull the appeal.”
– Compact and comfortable flagship design
– Bright, smooth AMOLED display with uniform bezels
– Exynos 2600 performs well in real-world use
– One UI 8.5 remains one of Android’s richest software experiences
– Camera hardware feels dated for the price
– 25W charging is hard to defend in 2026
– Battery life is respectable, not reliable
– No magnet for Qi2 wireless charging
Over the years, I’ve shifted my daily driver across all kinds of brands, Android skins, and ecosystems. But premium Galaxy phones have always had a soft corner in my heart, even when they weren’t winning spec-sheet wars. So picking up the Galaxy S26 felt familiar in the best way.
It slipped right into my routine like an old favorite.The problem is that familiarity only gets you so far.
With all eyes on the Galaxy S26 Ultra, Samsung’s other premium models have quietly been pushed into the background, even though they’re still the more approachable alternatives to the company’s $1,300 flagship.
And while the standard Galaxy S26 doesn’t get any of the flashy new hardware bits, I still went into this review hopeful. Hopeful that Samsung’s usual magic was still here, and that this wasn’t just a cleaner-looking, more expensive rerun.
Because with the price hike in play, that question hangs over the whole phone: is the Galaxy S26 still the default Android flagship for people who want something compact and premium, or is this finally the year where skipping it for something like the iPhone 17 starts to make more sense?
Samsung Galaxy S26 specs
| Dimensions | 149.6 x 71.7 x 7.2mm |
| Weight | 167g |
| Display | 6.3-inch LTPO AMOLED 2X, 120Hz |
| Screen Resolution | 2340 x 1080 at 411ppi |
| Chipset | Exynos 2600 |
| RAM | 12GB |
| Storage | 256GB |
| OS | Android 16 OS based OneUI 8.5 |
| Rear Cameras | 50MP main / 10MP Telephoto / 12MP Ultrawide |
| Front Camera | 12MP |
| Battery & Charging | 4,300mAh / 25W wired / 15W wireless |
Galaxy S26 design: Looks can be deceiving
Quick take: Samsung’s 2026 base flagship still feels great in hand, but the new camera bump is just for show.
At a glance, the Galaxy S26 looks very similar to its predecessor. The thickness and weight are nearly identical, and most of the changes feel measured in millimeters rather than any meaningful redesign. Flip it over, though, and Samsung clearly wants you to think something bigger has changed. The raised camera housing, borrowed visually from the Galaxy S26 Ultra, gives the impression that there’s some major hardware jump hiding underneath.
There isn’t.
As the specs make clear, the actual camera hardware doesn’t exactly scream major upgrade. So while the new look does freshen things up a little, it also feels a bit misleading. Someone less aware of Samsung’s yearly refresh cycle could easily assume this is a much more camera-focused phone than it really is. And that’s kind of the issue with the Galaxy S26 as a whole. It looks more ambitious than it actually is.
That said, the basics still land. This is a very comfortable phone to use every day. The mix of glass and metal still feels premium, and the relatively light body makes it one of the easier flagship phones to live with. I also really liked the Cobalt Violet version Samsung sent over.
It’s easily the best color of the bunch in my opinion, and it brings a quieter kind of flair. I’d even go as far as saying it feels a little inspired by the iPhone 17 Pro’s Deep Blue finish.
My only other real complaint is that this phone is absurdly slippery without a case. Combine the slick finish with the lightweight frame, and the Galaxy S26 has a habit of feeling like it wants to escape your hand at the first opportunity.
Samsung hasn’t cut corners on durability, at least. You get Gorilla Glass Victus 2 on both the front and back, wrapped in an Armor Aluminum 2 frame. There’s also an IP68 rating, which means it should survive water submersion up to 1.5 meters. That’s all standard flagship stuff, but it does reinforce that the S26 still belongs in Samsung’s premium lineup, even if the upgrades feel modest elsewhere.
The unboxing experience, unsurprisingly, is as barebones as ever. No case, no charger, and not even a pre-applied screen protector. That’s not shocking in 2026, especially from Samsung, but it still deserves the side-eye.
Design score: 7/10
Galaxy S26 display: No fancy privacy tricks, just a solid AMOLED
Quick Take: A smooth, bright, dependable panel with the kind of polish Samsung usually gets right.
Samsung knows how to make a good AMOLED panel, and the Galaxy S26 continues that tradition. The phone now has a 6.3-inch Dynamic AMOLED 2X display, which makes it a touch taller than before and brings it closer in size to the iPhone 17. Even so, it still sits firmly in that “compact enough” zone, especially compared to larger flagships like the Galaxy S26 Ultra. So I never found it annoying to use one-handed.
The screen gets bright too, peaking at 2,600 nits, so visibility outdoors was never a problem during my use. And while uniform bezels aren’t exactly a headline feature, I’m glad Samsung kept them. It adds to the phone’s sense of symmetry and deliberate design. It’s one of those small details that doesn’t change your life, but it does make the whole thing feel more polished.
By default, the display pushes vibrant colors in the classic Samsung way, though you can switch to a more natural profile if that’s your preference. HDR10+ support also makes the Galaxy S26 a solid little media machine for Netflix and other streaming apps.
Would I have liked a sharper 1.5K panel here? Absolutely. But Samsung does try to make up for it with ProScaler, which helps sharpen text and images. The ultrasonic fingerprint sensor is also fast, reliable, and placed high enough to feel natural.
Still, it’s not a perfect screen package. Unlike more affordable rivals like the OnePlus 15, Samsung doesn’t offer any eye-care extras like DC dimming or high-frequency PWM dimming. On a phone in this bracket, that omission is worth noting.
Display Score: 7/10
Galaxy S26 performance: Reconnecting with the Ex-ynos
Quick take: Samsung’s Exynos comeback is much better than expected, even if it still doesn’t quite win the argument.
With the Galaxy S26 series, Samsung has brought its high-end Exynos chip back into the spotlight. And if you’ve followed Galaxy phones for a while, you’ll know why that got people groaning almost immediately. Older Exynos-powered Galaxy flagships built up a reputation for trailing behind Snapdragon variants in performance, efficiency, and thermals, sometimes by a margin that felt genuinely annoying.
This time, though, Samsung has done a much better job.
The Exynos 2600 looks like a decent first impression. It’s built on a 2nm process, which immediately makes it sound like the more advanced option compared to the 3nm Snapdragon 8 Elite Gen 5 powering the US and Chinese Galaxy S26 variants. In practice, it still doesn’t fully leapfrog Qualcomm’s best, but the gap no longer feels embarrassing.
In Geekbench 6, the Galaxy S26 posted a single-core score of 3,036 and a multi-core score of 10,534, which immediately tells you this is not some half-hearted flagship chipset. It also scored around 2,859,177 points in AnTuTu, with the GPU alone crossing the 1,029,110 mark. Though Snapdragon 8 Elite Gen 5-powered phones like the OnePlus 15 do edge ahead in synthetic benchmarks.
Those are still the kinds of numbers you expect from a proper top-end phone, and more importantly, that’s how it performs in everyday use. Apps open quickly, animations stay fluid, and gaming performance is solid enough that I never felt like I was using a “lesser” version of Samsung’s flagship.
Graphics performance is solid, too. In 3DMark Wild Life Extreme, the Galaxy S26 returned a score of 6,366 with an average frame rate of 38.13fps. In Steel Nomad Light, it scored 3,095 with an average of 22.93fps, while Solar Bay Extreme landed at 1,932 with an average frame rate of 13.51fps.
Zenless Zone Zero, which can expose a weak phone pretty quickly, ran at mostly stable 60fps on max settings, with only the occasional stutter showing up here and there. That’s a pretty good result for a compact flagship, especially one using an Exynos chip that people were ready to doubt from the start. Performance on PUBG Mobile was also pretty strong.
In Ultra Extreme FPS mode, the game usually hovered over 110fps, and performance stayed quite stable. Pushing graphics all the way up drops the game to the 60fps cap, but the experience still remained smooth and consistent. So yes, the Galaxy S26 can absolutely game. But the more interesting part is how it behaves when the load sticks around.
That’s also where things get a little more mixed. In the 3DMark Wild Life Extreme Stress Test, the phone recorded a best loop score of 7,040 and a lowest loop score of 3,766, which works out to 53.5% stability. That’s not disastrous, but it does tell you the phone is willing to throttle once heat starts piling up. The loop graph makes it pretty clear that the Galaxy S26 can get hot when pushed.
The highest temperature I recorded was 48 degrees Celsius, though that was only for a short stretch. More commonly, while stress testing and gaming, it hovered closer to the 45-degree mark. In comparison, the OnePlus 15 rarely went past 50 degrees, with the gaming temps usually being around 37 degrees.
In simpler terms, the Exynos 2600 does improve heavily over its predecessors, but it doesn’t quite feel like the one that rewrites the Exynos reputation overnight.
Performance Score: 8/10
Galaxy S26 battery: Samsung pushes power optimization
Quick take: Great optimization helps, but the tiny battery and slow charging still feel out of place in 2026.
If you’ve been paying attention to Chinese smartphones lately, you’ll know battery sizes have started getting ridiculous in the best possible way. We’re now seeing compact-ish phones cram in cells that used to belong in tablets, and the result is battery life that can comfortably stretch into a second day. The OnePlus 15T is a perfect example of that trend.
The Galaxy S26, meanwhile, sticks with a 4,300mAh battery.
Next to something like the 15T and its 7,500mAh cell, Samsung’s number looks almost comically small. And yet, I have to give credit where it’s due: Samsung’s optimization here is legitimately impressive. Despite the relatively tiny battery, the S26 holds up better than the spec sheet suggests.
I was able to pull around a little over five hours of screen-on time, which isn’t amazing, but it’s respectable enough once you consider the battery size and flagship internals. The experience does vary depending on what you’re doing. Streaming, scrolling through social media, and general lighter use don’t drain it too badly.
But once you start leaning on the cameras, recording video, gaming, or spending more time on cellular data, the battery drain is noticeable. The phone tries hard to keep up, and most days it does, but I still wouldn’t call it carefree battery life.
Battery drain under gaming load was decent, though not especially impressive. During gaming sessions lasting over an hour, the battery dropped by roughly 25%.
Is it reliable? Mostly, yes. Is it reassuring? Not quite.
If you’re heading out for a long day, traveling, or just tend to use your phone heavily, a power bank still feels like smart insurance. That’s not really what I want to say about a premium flagship in 2026.
Charging only makes the compromise feel worse. The Galaxy S26 is stuck with 25W wired charging, which now feels miserly not just compared to Chinese rivals, but even Apple’s latest iPhone 17.
The fact that some Galaxy A-series phones charge faster makes it even harder to defend. A full top-up takes over an hour, and on a phone with a battery this small, that’s frankly underwhelming. It almost feels like Samsung intentionally kept charging slowly so the gap between the standard S26 and the larger models wouldn’t look too dramatic.
Battery Score: 6/10
Galaxy S26 cameras: New generation, aging habits
Quick take: The main camera still carries the team, but the rest of the setup feels increasingly behind the times.
The Galaxy S26’s camera hardware is, for the most part, the same story as last year. So whatever improvement you get here comes down to tuning, processing, and ISP changes rather than any meaningful leap in raw hardware. And honestly, that sums up the experience pretty well. The cameras are fine. Capable, even. But for a premium phone in 2026, “fine” doesn’t feel like enough anymore.
There’s still a versatile triple-camera setup here on paper, with a main, ultrawide, and telephoto camera, but the main sensor is doing most of the heavy lifting. It’s the one you can rely on. In daylight, it gives you the kind of classic Samsung tuning with bright, colorful, and social-media-ready photos. But these aren’t always the sharpest.
That familiar “Samsung look” is back too. Warmer tones, punchier colors, and images that often look more exciting than realistic. That works well for quick uploads and casual sharing, though it doesn’t always reflect the scene exactly as you saw it. Exposure handling is mostly solid, but it occasionally pushes things a little too bright, which can flatten contrast in certain scenes.
Low-light performance is respectable enough, but it also reminds you where the hardware limitations are. The Galaxy S26 does a decent job controlling noise, though you’ll want a steady hand at night. A larger main sensor would’ve helped here, especially for a phone that still wants to wear the flagship badge confidently.
That’s what really sticks with me here. This setup isn’t bad. It just feels lazy. Samsung’s image processing is doing a lot of the work, and while the ISP improvements help, the hardware itself feels overdue for a serious refresh. The Galaxy S22 was the first phone in this line to use this general setup, and in 2026, Samsung still seems happy to keep riding it.
Video follows a similar pattern. The main camera is once again the best of the lot, delivering stable, detailed footage with solid consistency. You can shoot up to 8K at 30fps, though realistically most people will stick to 4K at 30fps or 60fps. The ultrawide and telephoto video quality is noticeably rougher, with more noise and visible jitters. One new trick this year is Horizon Lock, and while it’s not as polished as what you get on the Galaxy S26 Ultra, it’s still a fun little feature that can imitate a gimbal-like effect surprisingly well.
Selfies continue Samsung’s house style too, with warm tones, vibrant colors, and skin tones that look flattering more than accurate. Again, great for a quick story upload, less so if realism is your priority.
For around this kind of money, a discounted Pixel 10 Pro offers a more convincing flagship camera experience. And that, more than anything, is the Galaxy S26 camera story in a nutshell. It still gets the job done. It just no longer feels great.
Camera score: 6.5/10
Galaxy S26 software: Samsung’s One UI 8.5 has a lot to love
Quick take: One UI 8.5 remains one of Android’s richest software experiences, even if not every AI trick earns its place.
Let’s start with the basics first. The Galaxy S26 series, currently running OneUI 8.5, will get seven years of Android OS upgrades and security updates. That’s one of the best commitments you will find in the Android segment out there. Is it any good, though?
Samsung’s smartphone software is an acquired taste. You’ll either love exploring it (read: Good Lock, DeX, and AI) or just miss the tranquility of vanilla Android on Google Pixel phones. And iPhones. Raw OS aesthetics, or an utterly redefined experience that’s unique — that’s broadly the choice.
On the Galaxy S26, it just works. Where the hardware plays it safe, One UI 8.5 steps in to keep things feeling fresh—or at least polished enough that you don’t notice the lack of change elsewhere. And to its credit, it’s really smooth.
Animations are fluid in that oddly satisfying way—open the app drawer, and it snaps into place like it’s reading your mind. Multitasking feels effortless, apps glide instead of switching, and even pulling down the notification shade comes with this soft translucent gradient that screams, “We care about aesthetics.”
It’s the kind of polish that makes you forget you’re essentially using a very refined version of what you’ve already used before. One of my favorite features is the side-panel, the vertical bar that pops up when you slide inward from the left or right edge.
It’s a neat place to put your most frequently-used apps and tools without cluttering the home screen. The vision is clear. You don’t need to swipe across the app library or dig into the Settings app for the stuff you frequently visit on your phone.
AI Everywhere… But Is It Anywhere Useful?
Of course, it’s 2026, so no phone launch is complete without a generous sprinkle of AI—and Samsung has gone all in. A lot of these features feel… familiar. That’s because many of them are either straight from Google’s playbook or heavily inspired by what we’ve already seen on Pixel devices.
Take Audio Eraser, for example. Samsung actually does something interesting here by letting you use it in third-party apps, which is a genuine step up. It’s one of the rare moments where Samsung doesn’t just copy homework—it adds extra credit.
Call Screening? Very Pixel-like. Now Bar and Now Brief? Basically, Samsung’s take on the “At a Glance” widget, but split into two features. Because, why not? It’s useful in the sense that every morning you wake up and instinctively reach for your phone, you get a quick overview of the day’s planned activities and events.
Then there’s Now Nudge, which sounds exciting on paper—context-aware suggestions based on your conversations. In reality, it feels like that one friend who only shows up when it’s convenient. It mostly works in messages, ignores emails entirely, and even when it should kick in, it often just… doesn’t. Not much of a nudge, honestly.
And finally, Now Brief—the feature that promises a personalized daily rundown of your life. Samsung pitches it as smart, adaptive, and helpful. In practice, it’s only useful if you’re comfortable handing over a generous chunk of your personal data—and even then, the payoff feels underwhelming.
It’s less “your life, intelligently organized” and more “a mildly interesting notification you’ll probably ignore.” There’s a whole slate of other AI-powered tricks, some of which come in handy from time to time.
Call Assist helps with real-time translations and even has a built-in robotic call assistant to handle calls on your behalf. I love the Interpreter feature, which enables voice and text-based conversations in different languages. Writing Assist is essentially Samsung’s take on Apple’s Writing Tools.
From photo editing and notification summarization to web browsing and health data analysis, Samsung has baked AI almost everywhere on its phone. The innovation is great, but it comes at a cost: the burden of discovery. Unless these features jump into action proactively, you’re unlikely to discover them all.
Plus, you’re not buying a phone swayed by its AI chops. Now Nudge is the exception. It proactively pops up with a nugget of useful information, and then slides off. It’s a bit haphazard, but when it works, it’s a pleasant practical surprise. It’s not unique, though, as the Google Pixel’s Magic Cue feature came out earlier, and it works more reliably, too.
But there’s a silver lining here. A few, actually. I’ll start with privacy, which is an obviously massive risk with AI. Samsung will let you process all the AI tasks on your phone, and none of it ever leaves your device. If you’re on the fence about Now Nudge popping up everywhere with intelligence pulled from your data, you can handle that, as well.
You can grant it permission to access your data on a per-app basis. Think your photos must remain private? You can disable Now Nudge for the Gallery app. Separately, for the system-wide AI implementation known as Personal Intelligence, it’s easy to disable it wherever you want, and you can also wipe personal data such as phone number, name, email address, passport details, and more.
Gemini Automations is yet another feature that offers a glimpse of the feature. It’s currently limited to a few apps and markets, right now, but it’s pretty impressive. You simply summon Gemini, tell it “book me an Uber to LAX,” and it will work in the background to get the job done. You don’t have to open and interact with the Uber app.
The ecosystem will take some time to mature, owing to the obvious security risks and the random AI failures within even the most mundane apps. But the foundations for such on-phone, AI-driven chores are ready within Android. And it’s only a matter of time before developers flick the switch and the on-device Gemini Nano model interfaces with them to conversationally handle daily chores for you.
That future is not quite here yet, but the glimpses sure are. And to Samsung’s credit, One UI is keeping up with the changing tide of times and racing with Google’s own phones to stay ahead. Where Samsung takes the lead is with a dedicated hub for automations and routines, which is much easier to handle than Shortcuts on iPhones.
Additionally, the Good Lock modules offer an extra dash of customization that you won’t find on any mainstream phone. Notistar is my favorite one of the bunch, while Sound Assistant is a close second. If you’re picking a Galaxy S26 phone, Good Lock is a pilgrimage you must undertake.
Software score: 8/10
Final take: Should you buy the Samsung Galaxy S26?
The Galaxy S26 is one of those phones that’s very easy to like and a little harder to recommend without an asterisk. Samsung still nails the core experience in all the ways that have made Galaxy flagships feel dependable for years. It’s compact, premium, smooth, familiar, and polished in a way that a lot of rivals still struggle to replicate.
The display is very good, the design is comfortable, and the Exynos 2600 is far more competent than many people probably expected. In day-to-day use, this is still a genuinely pleasant flagship.
But the cracks are getting harder to ignore. The camera hardware feels stale, the battery life is decent rather than impressive, and the 25W charging feels borderline petty at this point. Add in the price hike, and the Galaxy S26 starts to look less like the obvious compact Android flagship and more like Samsung daring you to keep buying on familiarity alone.
If you already love the Galaxy formula and want a smaller flagship that simply works, this still delivers. But if you were hoping for a more ambitious upgrade, or better value against what rivals are offering, this is one of Samsung’s safest flagship releases in years — and not entirely in a good way.
Why not try
– Apple iPhone 17: If you prioritize a polished compact flagship with strong everyday reliability, the iPhone 17 is the most obvious alternative, especially for those in the Apple ecosystem.
– Google Pixel 10: The Pixel 10 is another clean recommendation without spending too aggressively. It doesn’t bring any flashy specs, but it offers a familiar brand polish with solid camera tuning.
– Google Pixel 10 Pro: This is probably the most dangerous alternative to the Galaxy S26 right now. With Pixel 10 Pro prices already easing in some markets, it starts to look like the more “flagship” experience for this price. Pair that with a capable camera system and recent discounts, and the Pixel 10 Pro is a solid rival.
How we tested
The Samsung Galaxy S26 was a part of my daily routine for around a month, running it on the latest available One UI 8.5 build during the review period. My testing included the usual routine of social media, messaging, calls, streaming, camera use, navigation, and general everyday app usage to get a proper sense of what the phone is like to actually live with.
The phone was hooked to a 5G (sub-6GHz) network at all times. I also spent plenty of time gaming on the device, checking thermal behavior during longer sessions, and running benchmark tests to see how the Exynos 2600 compares in both synthetic numbers and real-world responsiveness. Battery observations were based on mixed daily use across Wi-Fi and cellular.

Netflix wants to win over families with Netflix Playground, a brand new standalone gaming app built specifically for kids 8 and under. There are no ads, no in-app purchases, and no extra fees on top of your existing Netflix membership. It is currently live in the US, Canada, UK, Australia, the Philippines, and New Zealand, with a worldwide rollout set for April 28.
What can kids actually do on Netflix Playground?
You download the app on a phone or tablet, sign in with your Netflix account, and kids get instant access to a growing library of games featuring characters they already love. Peppa Pig, Elmo, Big Bird, Cookie Monster, Storybots, Horton, and more appear across various activities.
Kids can care for guinea pigs and make smoothies in the Peppa Pig game, practice memory matching and connect-the-dots with Sesame Street characters, explore cause-and-effect play with Horton, or make a “fart-filled song” using a turntable in the Bad Dinosaurs game.
Every game is instantly playable and works offline too, which makes it genuinely useful for long trips without a strong internet connection.
What else is Netflix bringing for kids?
Beyond the app, Netflix also announced a new preschool animated series called Young MacDonald, created by Gabrielle Meyer of Ada Twist, Scientist fame. The show follows Mac, Old MacDonald’s grandson, as he tends to his farm with a pig named Dumpling.
Trash Truck and The Creature Cases also got renewed for additional seasons, and a packed slate of returning favorites, including CoComelon Lane, Ms. Rachel, Mark Rober’s CrunchLabs, Sesame Street, and Gabby’s Dollhouse: The Movie, is coming through summer 2026.
Netflix’s gaming efforts haven’t taken off the way the company hoped, partly because it has fewer iconic franchises than rivals like Disney+. Focusing on kids’ content helps close that gap, and families with young children are simply less likely to cancel their subscriptions.

There’s a certain comfort in downloading an app that millions of others already use. If it’s trending, topping charts, and splashed across your feed, it must be safe… right? Not quite.
A new warning from the FBI suggests that some of the most popular apps on your smartphone — yes, the ones you casually installed during a late-night scroll — could be quietly collecting far more data than you ever intended to share. And the concern isn’t limited to one country. It’s global, messy, and a lot closer to home than it sounds.
The problem isn’t the app — it’s where it comes from
The FBI’s latest public service announcement doesn’t name and shame specific apps. That would be nearly impossible, given how quickly app charts change. It points to a much broader concern: foreign-developed apps, particularly those tied to jurisdictions with expansive national security laws.
Take China, for example. Its legal framework includes provisions that can compel companies to cooperate with national intelligence efforts. That outright means app developers may be required to share user data if asked. Individually, that might sound like a distant, abstract concern. But collectively, across millions of users and devices, it becomes something far more tangible. Even without an official list, it doesn’t take much to connect the dots. Widely used apps like CapCut, Temu, SHEIN, Lemon8, and even TikTok (and its lighter variants) are often part of this broader discussion. Many of these dominate download charts across both Android and iOS.
As for the permissions, let’s be very honest, nobody reads them. You install an app, it asks for access to contacts, storage, maybe your microphone, and you tap Allow without a second thought. It’s practically muscle memory at this point. But according to the FBI, that’s exactly where things start to unravel. Once permissions are granted, apps can continuously collect data — not just once, but persistently. And that data can include:
– Your contact list
– Email addresses and phone numbers
– Physical addresses
– Device identifiers and user IDs
This is technically the social map of who you know, how you connect, and who you might target next.
Your contacts aren’t just yours anymore
Some apps encourage you to “invite friends” or sync your contacts. But behind the scenes, this can mean entire address books getting uploaded and stored. In some cases, developers openly state that this data may be stored on servers overseas — including in China — for as long as they deem necessary. Now, the most concerning part is that some apps won’t function unless you agree to these terms. So the choice isn’t really a choice. There’s also the risk of malware hidden inside seemingly legitimate apps. It can exploit vulnerabilities in your phone, bypass standard permissions, and install backdoors for deeper system access. This is about potential unauthorized access beyond what you agreed to. And once that door is open, closing it isn’t always straightforward.
It’s easy to presume iPhones are safer. And to an extent, Apple’s tighter ecosystem does reduce certain risks, especially compared to Android’s sideloading flexibility. But safer doesn’t mean safe. iOS apps can still request excessive permissions, store data externally, and operate within the same global frameworks that raise these concerns.
So, what are you actually supposed to do?
The FBI isn’t asking you to delete half your apps overnight. But it is nudging users toward a bit more awareness; something most of us conveniently ignore. A few simple habits can go a long way:
– Check permissions before installing (yes, actually check them)
– Avoid apps that demand unnecessary access.
– Limit contact syncing unless absolutely needed.
– Review privacy settings after installation.
– Be cautious with apps from unfamiliar developers.
Smartphones have become extensions of ourselves: holding our conversations, relationships, routines, and even identities. Apps are the gateways to that world. And while they make life easier, faster, and infinitely more entertaining, they also come with trade-offs that are rarely visible upfront. The FBI’s warning isn’t telling you to abandon your favorite apps. All it’s asking you to do is pay attention.

Indoor wireless is hitting limits as more devices crowd the same spectrum. Streaming, video calls, and smart home gear are pushing networks harder while power use rises. A new class of laser chips offers a different path by moving data onto light.
Researchers built a chip-scale optical link that delivers ultra-fast indoor connections with lower energy use. Instead of broadcasting signals widely, it sends data through controlled infrared beams, opening more usable capacity while avoiding interference in dense spaces.
At the core is a chip with 25 microscopic lasers, each carrying its own stream. Working in parallel, they push throughput far beyond a single source. In testing, the setup reached more than 360 gigabits per second across a short indoor link.
The gains are not just speed. Power use drops significantly, offering a more efficient way to handle rising demand.
Laser array proves the speed
Performance comes from a 5 by 5 array of vertical-cavity surface-emitting lasers, each acting as its own high-speed channel.
In tests over two meters, individual lasers delivered about 13 to 19 gigabits per second. With 21 active channels, total throughput reached 362.7 gigabits per second, among the fastest chip-scale optical results so far.
The limit came from the receiver hardware, not the transmitter, suggesting higher speeds are possible with better components.
A custom optical setup also shapes each beam into a defined square, limiting overlap so multiple links can run side by side without interference.
Why light changes the equation
Radio networks struggle in crowded spaces where signals interfere and capacity gets stretched. Light avoids those limits by offering more bandwidth and precise control over where signals go.
Instead of blanketing a room, the system creates a grid of targeted beams with minimal spillover. Measurements show uniform coverage across the target area, helping maintain stable performance for multiple devices.
The setup runs at about 1.4 nanojoules per bit, roughly half that of comparable Wi-Fi systems. The tradeoff is range, as the current setup works over short distances and depends on line of sight.
Where this goes next
This approach is meant to complement existing networks by offloading heavy traffic in high-demand indoor spaces.
The hardware fits on a sub-millimeter chip built with standard processes, making integration into fixtures or access points plausible, though no commercial timeline is given.
As demand rises, combining radio and light-based links could become standard, with laser systems handling the heaviest traffic.

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