Microsoft has stopped the rollout of some new features to Windows 11 testers as it “investigate a few issues” discovered in the Dev channel (build 26120.961).
The announcement was made in the blog post announcing the latest slew of new Windows 11 features which have now been put on hold.
Those features include improvements with Voice Access, such as support in Narrator to allow the hands-free dictation of text, as well as bringing Voice Access to Windows 11's search functionality, all of which are big wins for accessibility.
There's also a new account manager panel in the Start menu, and fixes for Task Manager, all of which are paused while Microsoft investigates said issues. The software giant hasn't given us any indication of when we might expect a resolution of these problems yet.
PhantomOfEarth, a regular leaker on X, observes that the brakes were applied by Microsoft due to issues including a “broken touch keyboard, emoji picker, and clipboard history.”
This set of features stopped rolling out yesterday. https://t.co/7VReYklRPm pic.twitter.com/DGGsMuFo16July 1, 2024
Windows 11's broader woes
We shouldn't have to wait too long for the gremlins in the works to be fixed, given that Windows 11 preview builds arrive on a pretty regular schedule (at least once per month, minimum).
In the case of this latest preview build, it makes sense why Microsoft has pushed back these more experimental features, but it's far from a good look given all the current problems around Windows 11 – particularly the controversial Recall feature which was recently put on ice, too.
In all honesty, Microsoft really needs to make an effort to get its act together on a broader level with Windows 11.
Google seemingly has plans to expand its Circle to Search feature to other Android phones via Google Lens. In a recent deep dive, news site Android Authority found clues to the update within the recent Google app betas files and compiled them all together.
What’s particularly interesting is they managed to get the tool working on a smartphone, possibly hinting at an imminent release. According to the report, they even managed to get a popup notification informing users that the update would appear.
It tells people to hold down the home button to access Circle to Search, much like the experience on the Galaxy S24. Upon activation, a three-button navigation bar appears at the bottom, and an accompanying video shows the tool in action as it looks up highlighted portions of the Play Store on Google Search. The UI looks, unsurprisingly, similar to how it does on Galaxy phones, with search inquiries rising from the bottom.
Clashing with Gemini
You may notice that the rainbow filter animation is gone, having been replaced by a series of dots and lines. Well, that’s the old beta, and the newer version has the animation and the Translate button, which shows up in the lower right hand corner next to the search bar.
At a glance, it seems Circle to Search on Google Lens is close to launching, although it is still a work in progress with a few issues to iron out. For example, how will it work on a smartphone housing the Gemini app as holding down on the home button launches the chatbot? Google might give Circle to Search priority in this instance, so long pressing opens the tool rather than the AI. However, at this point, it’s too early to tell.
New navigation option
Android Authority also found “XML files referring to pill-based gesture navigation.” If you don’t know what that is, it’s the oval at the bottom of Android displays. The shape lets you move between apps with basic gestures. Google Lens could offer this option, allowing users to ditch the three-button navigation bar, but it may not come out for a while as it doesn’t work in the betas.
Circle to Search on Google Lens will most likely stick to the three buttons, though. The original report has a theory about this, as they believe implementing the pill navigation would systemic OTA (over-the-air) updates to millions upon millions of Android smartphones, which may or “may not be feasible.” So, to get Circle to Search out sooner to people, the navigation option will have to be pushed back a bit. The three-button solution is easier to implement.
There is no word on when the update will arrive, but we hope it’s soon, as it is a great feature and currently a highlight for the Galaxy and Pixel devices that have it.
Windows 11 has a bug in testing right now which is seriously slowing down processors – although Microsoft has said it’s on the case, so it should be fixed soon enough, with any luck.
The bug is present in test builds of Windows 11 24H2 – the next big update for the OS – and it’s caused by the Cross-Device Experience Host going wrong somewhere.
Neowin spotted that a number of users have said their CPU performance has been impacted – substantially in some cases – by the process. As the name suggests, the Cross-Device Experience Host (CDEH) is the functionality that links your smartphone and Windows PC to make it easier to achieve tasks like sharing photos from your phone to the desktop. (This runs alongside the existing Phone Link app, by the way).
There are reports of the bug in various places, including Microsoft’s own Feedback Hub and its Answers.com support forum. The slowdown reported varies, mind, with some folks saying that the CDEH process is eating something like 5% to 10% of their CPU – still pretty bad – but others are claiming 15% to 20% slowdowns, or even 25% in one case.
For the CPU to be losing that level of resources to a misfiring process running in the background of Windows 11 is a pretty dire situation, frankly.
Microsoft’s Jen Gentleman, who’s on the Windows testing team, has confirmed that there is an issue here, and that work is underway to resolve it.
Gentleman replied on the Feedback Hub: “Appreciate your patience, we’ve identified the cause and are working on a fix.”
(Image credit: Microsoft)
Analysis: bad timing
So, the good news is that a fix is inbound – and remember, you won’t be affected by this bug yet, not unless you’re a tester. The CDEH functionality is still in preview (in the unreleased 24H2 update) and not rolled out to all Windows 11 users yet, but it will be later this year, of course.
We’re also not 100% sure if the CPU draining glitch might be present with Copilot+ PCs, but it won’t be as far as we’re aware. Those AI PCs launch today, June 18, with a 24H2 build on board – but not the finished one. There are still a good deal of features missing from the version of 24H2 that debuts with Copilot+ PCs, and the full suite of features won’t debut until later this year when the 24H2 update rolls out to all Windows 11 devices – and this is when CDEH comes into play, we assume.
At any rate, the only concern for Windows 11 users broadly is that Microsoft gets a fix in place, which it surely will by the time the 24H2 update is rumored to land (around September 2024). Our worry would be if the fix isn’t implemented properly, and there are still some issues left around this CDEH slowdown – but hopefully that won’t happen. If it did, it wouldn’t be the first time a bug fix applied by Microsoft didn’t fully work, mind – and this would be a particularly bad one to slip through the net.
On an overall level, the timing of this revelation isn’t great. As mentioned, the launch of Copilot+ PCs – Microsoft’s new era of AI-supercharged computing – is happening right now, and Microsoft has just pulled its kingpin AI feature – Recall – from that launch following a whirlwind of controversy, and now we have a bug in Windows 11 which is causing some CPUs to run like treacle (well, not quite, but markedly sluggishly in some cases).
The future of computing suddenly looks a bit chaotic, going by the past week – and Microsoft will need to get its act together sharpish.
If you’re on Android and starting to feel a bit jealous of all the Apple Intelligence hype then you should know that Google Gemini is making its way to more Android phones via the Google Messages app.
Using a compatible device you’ll be able to talk with Gemini, and use it just like you would any other chatbot like ChatGPT. You can draft messages, brainstorm plans, and ask questions about anything and everything – all from within your messages app.
Previously, Google Gemini’s Messages assistance was limited to a select few smartphones. Namely Google Pixel 6, Pixel 7, and Pixel 8 phones, or Samsung Galaxy S22 and later devices – including Samsung Galaxy Z Flip and Z Fold models.
These restrictions have now been scaled back to include any Android device running the latest version of Google Messages provided the phone has at least 6GB of RAM, and RCS messages are turned on.
A few more hoops to jump through
(Image credit: Shutterstock)
You’ll also need to meet a few extra criteria that go beyond regular phone specs. You have to log into Messages using a personal account that isn’t managed by Family Link or a Google Workspace account; you need to be 18 or older, and be living in a country where the feature is available. Last but not least, your phone’s language must be set to English – though in Canada French will also work.
With all those hoops jumped through you’ll be able to enjoy Gemini’s assistance from within Messages.
To talk to Gemini simply press the Start Chat button and you should then see the option to talk to the bot at the top of the screen. If you’ve already started a Messages conversation with Gemini you pick things up where you left off from that message chain.
Just note that, as the app warns you your RCS chats with Gemini are not encrypted, and – as is the case for all AI – you may be sent back inaccurate information.
When Apple introduced macOS Sequoia and its new iPhone Mirroring capability, I didn't get it. Now, though, after seeing it in action and considering some non-obvious use cases, I may be ready to reconsider.
Apple unveiled the latest AI-infused version of macOS during its WWDC 2024 keynote, which also saw major updates to iOS, iPadOS, visionOS, tvOS, and watchOS. It also served as the launch platform for Apple Intelligence, an Apple-built and branded version of artificial intelligence. I get that Apple's been building AI PCs for a while (ever since the M1 chip, they've included an on-board neural engine), and there are many features, including a better Siri, powerful photo editing features, and smart writing help, to look forward to but I found myself fixating elsewhere.
Apple was putting the iPhone on your Mac, or, rather, an iPhone screen floating in the middle of the lovely macOS Sequoia desktop. In a way, this is the most significant redesign of the new platform. It puts an entirely different OS – a mobile one, no less – on top of a laptop or desktop.
Wow. And also, why?
I admit that I had a hard time conceiving what utility you could gain from having a second, live interface on an already busy desktop. Apple has said in the past that they build features, in some cases, based on user requests. Who had ever asked for this?
After the keynote, I had the chance to take a deeper dive, which helped me better understand this seemingly unholy marriage and why, in some cases, it might make perfect sense.
Making it so
(Image credit: Future / Lance Ulanoff)
Apple built a new app to connect your iOS 18-running iPhone to your macOS Sequoia Mac. In a demo I saw, it took one click to make it happen. Behind the scenes, the two systems are building a secure Bluetooth and WiFi connection. On the iPhone, there is a message that mirroring is live. On the Mac, well, there's the iPhone screen, complete with the dynamic Island cutout (a strange choice if you ask me – why virtualize dead space?).
I was honestly shocked at the level of iPhone functionality Apple could bring to the Mac desktop.
You can use the Mac trackpad to swipe through iPhone apps.
You can click to launch apps and run them inside the iPhone screen on your Mac desktop.
Pinch and zoom on the Mac trackpad works as expected with the iPhone apps.
There's even full drag-and-drop capability between the two interfaces. So you could take a video from the Go Pro app on your mirrored iPhone screen and drag and drop it into another app, like Final Cut Pro on the Mac.
Essentially, you are reaching through one big screen to get to another smaller one – on a different platform – that is sitting locked beside your desktop. It's stange and cool, but is it necessary?
(Image credit: Future / Lance Ulanoff)
Not everything makes sense. You can search through your mirrored phone screen, but why not just search on your desktop?
You can use the mirrored iPhone screen in landscape mode and play games. However, there's no obvious way to tell someone trying to play a game that uses the iPhone gyroscope that this is a bad idea.
I like that there's enough awareness that while the iPhone screen can look exactly like the screen on the phone, you can click to access a slightly larger frame that allows you to control the mirrored screen.
It's not the kind of mirroring that locks you in. To end it, you just pick up and unlock the phone to end the connection.
Even seeing all this, though, I wondered how people might use iPhone Mirroring.
Even seeing all this, though, I wondered how people might use iPhone Mirroring. There's the opportunity to play some games that aren't available on Mac. Multi-player word game fans might like that if they get a notification, they can open the mirrored phone screen, make a move, and then return to work.
When macOS Sequoia ships later this fall, you'll even be able to resize the mirrored iPhone window, which I guess could be useful for landscape games.
Notifications from your phone sounds redundant, especially for those of us in the iCloud ecosystem where all our Apple products get the same iMessages. But the system is smart enough to know it shouldn't repeat notifications on both screens, and you'll have the option to decide which iPhone notifications appear on your Mac.
Some notifications only appear on your iPhone, and others appear in both places, but you can't always act on them on the Mac. This new feature might bridge that gap. A fellow journalist mentioned that iPhone mirroring would finally give him a way to jump from a notification he saw on his Mac for his baby cam app, where this is no cam app, to the live feed on the iPhone. This finally struck me as truly useful.
Is that enough of a reason to have your iPhone screen pasted on your Mac desktop? I don't know. It might take up too much real estate on my MacBook Air 13-inch, but it would be kind of cool on a 27-inch iMac, if I had one.
We now know a lot more about how Microsoft’s Automatic Super Resolution (Auto SR) feature for speeding up gaming frame rates in Windows 11 will work, and what games it will initially support.
VideoCardz noticed a new entry in Microsoft’s support database on the topic of Auto SR, which underlines the requirements, as well as detailing what games will come as fully verified for the tech.
For those who missed it, Auto SR is an upscaling feature, meaning it runs a game at a lower resolution, upscaling to a higher one, so that you get a close-to-native-resolution image quality with a faster frame rate – using AI to pull off this trickery.
The notable catches are that you need a Copilot+ PC and indeed a Snapdragon X processor, one of the ARM-based chips that’ll power laptops launching next month. (You’ll also need Windows 11 24H2, which launches with those AI PCs).
As for the games which are verified and tested by Microsoft for Auto SR, the initial collection is as follows:
7 Days to Die
BeamNG Drive
Borderlands 3
Control
Dark Souls III
God of War
Kingdom Come: Deliverance
Resident Evil 2
Resident Evil 3
Sekiro: Shadows Die Twice
Sniper Ghost Warrior Contracts 2
The Witcher 3: Wild Hunt
Analysis: Useful clarifications – and caveats
It’s interesting to see the fully verified games, and even if it’s only a small selection of a dozen right now, there are some big-name titles. However, the really interesting bit is the clarification that Automatic Super Resolution is a sweeping upscaling feature that can be applied to any game (DX11 or DX12).
We always assumed it would be a system-wide feature – after all, that was the whole point, compared to more targeted upscaling solutions that require support from the game dev such as Nvidia DLSS – and indeed this is the case. It’s just Microsoft worried us with its mention of Auto SR just applying to a “curated set of games” last week when it launched the feature, but these are just the verified games guaranteed to work well.
The majority of games should be fine with Auto SR in theory, but some may be wonky, or some may not work at all, and to that end, Microsoft is collaborating with the Worksonwoa.com website that lists games that can use the feature successfully – and also those that can’t use Auto SR for whatever reason. (This is the same website that also tells you whether your favorite PC game will run on Windows on ARM).
There are some nuances to note here, and the first is that verified games are set to work ‘out of the box’ with Auto SR, meaning the feature will be on by default. That could cause some confusion or conflict if a gamer is using another type of upscaling potentially – though you are told that by Windows that Auto SR is being enabled when the game is launched.
We guess Microsoft feels that less tech-savvy folks will benefit from having the feature automatically applied where it makes sense, in games that are fully tested to work well with Auto SR.
The Snapdragon X requirement is the other important point to note here, although we assume this will be widened to include future AMD and Intel laptop CPUs – those with a powerful enough NPU to qualify as the engine of a Copilot+ PC (as Auto SR will be for these PCs only).
However, we also noticed that Microsoft says Auto SR is only supported for games running on ARM64 natively or emulated x64 games (with the latter using Prism, the translation layer for running Windows games on ARM chips). Presumably that’s a reflection that currently (well, as of next month) only the new Snapdragon X can drive a Copilot+ PC, and that when AMD Strix Point or Intel Lunar Lake CPUs arrive for these AI-powered laptops, there’ll surely be fine with Auto SR.
Windows 11 is getting a trick to help the best PC games run more smoothly, although this previously rumored feature comes with a catch – namely that it will only be available to those who have a Copilot+ PC with a Snapdragon X Elite processor.
The feature in question, which was leaked in preview builds of Windows 11 earlier this year, is called Auto Super Resolution (or Auto SR), and the idea is that it automatically upscales the resolution of a game (or indeed app) in real-time.
An upscaling feature like this effectively means the game – and it seems gaming is very much the focus (we’ll come back to that) – is run at a certain (lower) resolution, with the image upscaled to a higher resolution.
This means that something running at, say, 720p, can be upscaled to 1080p or Full HD resolution, and look nearly as good as native 1080p – but it can be rendered faster (because it’s really still 720p). If this sounds familiar, it’s because there are similar solutions already out there, such as Nvidia DLSS, AMD FSR, and Intel XeSS to name a few.
As outlined by Microsoft in its fresh details about Copilot+ PCs (highlighted by VideoCardz), the catch is that Auto SR is exclusive to these laptops. In fact, you need to be running the Qualcomm Snapdragon X Elite, so the lesser Plus version of this CPU is ruled out (for now anyway).
The other caveat to bear in mind here is that to begin with this is just for a “curated set of games,” so it’ll have a rather limited scope initially.
Analysis: The start of a long upscaling journey
When it was just a leak, there was some debate about whether Auto SR might be a feature for upscaling anything – games or apps – but Microsoft specifically talks about PC games here, and so that’s the intended use in the main. We also expected it to be some kind of all-encompassing tech in terms of game support, and that clearly isn’t the case.
Eventually, though, we’d think Auto SR will have a much broader rollout, and maybe that’ll happen before too long. After all, AI is being pushed heavily as helping gamers too – as a kind of gaming Copilot – so this is another string to that bow, and an important one we can imagine Microsoft working hard on.
Of course, the real fly in the ointment is the requirement for a Snapdragon X Elite chip, which rules out most PCs, of course. This is likely due to the demanding nature of the task, and the feature being built around the presence of a beefy NPU (Neural Processing Unit) to accelerate the AI workloads involved. Only Qualcomm’s new Snapdragon X has a peppy enough NPU to deal with this, or that’s what we can assume – but this won’t be the case for long.
Newer laptop chips from Intel, such as Lunar Lake (and Arrow Lake), and AMD’s Strix Point are inbound for later this year, and will deliver the goods in terms of the NPU and qualifying as the engine for a Copilot+ PC – and therefore being able to run Auto SR.
Naturally, we still need to see how well Microsoft implements this feature, and how upscaling games leveraging a powerful NPU works out. But as mentioned, the company has so much riding on AI, and the gaming side of the equation appears to be important enough, that we’d expect Microsoft will be trying its best to impress.
The second Android 15 beta came out not too long ago, on May 15. According to the official Android Developers Blog, the patch continues Google’s efforts at creating a platform that improves productivity, maximizes app performance, and protects user privacy.
However, the post didn’t mention all the different ways Android 15 will upgrade system customization. As people have dug deep into the OS’ files, many of its other features have been unearthed, with several of them providing new ways to customize a smartphone.
Below is a list highlighting the most notable of these possible tools. Android 15 won’t launch for a while, so there's a chance that some will not be in the final release. It’s hard to say, but given their seemingly advanced states, we believe they will be available at launch or soon after.
1. Slideshow screensavers
(Image credit: 9To5Google)
In June 2023, a mysterious Google app called Dreams was discovered on the Play Store. It was for the Pixel Tablet and allowed the device to play a “collection of screen savers” when docked and not in use. Nothing really came of it, though, as Dreams just disappeared from the store.
It appears, though, that the same feature will be making its way to Pixel phones as Android 15 Beta 2 refers to “Dreamliner” within its files. When docked on the second-generation Pixel Stand, users can select photo albums on their device to be a slideshow as a screensaver. Moreover, the Google Photos UI has been updated to accommodate Dreamliner and not the Google Assistant.
2. Widget buttons and previews
(Image credit: 9To5Google)
Adding widgets to your Android phones requires manually dragging and dropping apps from the Home screen. However, evidence suggests that Google plans to introduce an “Add button.” So, instead of having to drag the widget over, you can just push the button and attach them that way. Images in 9To5Google’s report show that there will be a big blue button right where a widget space is available.
3. Pixel Avatar
(Image credit: Androig Authority)
Industry insider Mishaal Rahman discovered an unbundled version of Google Pixel Avatar inside the beta files. This is an app that allows users to select an icon to be their profile picture. Rahman states the software has been a part of Android for a while now, but it adds a new feature: “the ability to use your Google Account picture as your [main] profile picture.”
Prior to this update, Google Account and Android profile images existed as separate entities. Now, the barrier is gone, allowing one photo for both platforms. It’s important to mention that this capability actually came out on the first Android 15 beta, but the syncing process wasn’t very reliable. Things should be much better now.
There is no word if it’ll work with third-party apps, as the current version only connects the Pixel Avatar with SystemUI apps.
4. Cast volume controls
(Image credit: Google)
Audio company Sonos sued Google for an “alleged patent infringement” back in 2020, claiming the tech giant “ripped off its patented speaker technology.” Google eventually disabled the ability to use a Pixel phone’s volume buttons to control speaker groups and other “Chrome and Google cast devices.” Sonos seemingly won the lawsuit, however a California judge overturned the verdict in 2023, paving the way for Google to bring back volume controls and that’s exactly what we’re seeing.
It’s the return of a feature people initially thought would never return. Android Authority was able to cast songs from YouTube Music to Nest Hub devices using Beta 2 of Android 15. Adjusting the speaker group volume worked without a hitch. So, after years of waiting, users may soon finally create (or recreate) their ideal listening environment.
5. Vibration strength
(Image credit: 9To5Google)
Lastly, Google is adding a new Adaptive Vibration tool to Pixel. According to the text description, the software can automatically adjust the smartphone’s vibration level “based on your environment.” Phone vibration won’t be as powerful on a table, for example, but if it detects it’s on a couch, the Pixel would vibrate more loudly. The device will be able to detect where it’s located by using the “microphone and other sensors… to determine sound levels and context.” Maybe most importantly, no data will be recorded.
It's unknown whether these features will roll out to third-party Android phones. Google may possibily be giving Pixel owners the opportunity to try them out first before expanding their availability.
Google is reportedly working on implementing several customization features to the Live Caption accessibility feature on mobile devices. Evidence of this update was discovered by software deep diver Assemble Debug after digging through the Android System Intelligence app. According to an image given to Android Authority, there will be four options in total. We don't know much, but there is a little bit of explanation to be found.
The first one allows Android phones to display “emoji icons” in a caption transcript; perhaps to better convey what emotions the voices expressing. The other three aren't as clear. The second feature will “emphasize emotional intensity in [the] transcription” while the third is said to include the “word duration [effects]” and the ability to display “emotional tags.”
Feature breakdown
As you can see, the wording is pretty vague, but there’s enough to paint a picture. It seems Live Caption will become better at replicating emotions in voices it transcribes. Say, for example, you’re watching a movie and someone is angrily screaming. Live Caption could perhaps show text in all caps to signify yelling.
The feature could also slant words in a line to indicate whenever someone is being sarcastic or trying to imply something. Word duration effect could refer to the software showing drawn out letters in a set of captions. Maybe someone is singing in and they begin to hold a note. The sound that’s being held could be displayed thanks to this toggle.
Emotional tags is admittedly more difficult to envision. Android Authority mentions the tags will be shown and included in a transcript. This could mean that the tool is going to add clear indicators within transcriptions of what a subject is expressing at the moment. Users might see the word “Angry” pop up whenever a person is feeling angry about something or “Sad” whenever someone is crying.
Greater utility
That’s our best guess. If these rumored features do operate as described, it would give Live Caption even greater utility than what it already has. The tool was introduced back in 2019 as an accessibility tool to help people enjoy content if they’re hard of hearing or can’t turn on the sound for whatever reason.
The current captions are rather plain, but with update, emotions could be added to Google’s tool for a better immersive experience.
Android Authority claims the the features were found in a “variant of the Android System Intelligence app”. We believe this means that they were located inside a special version of the app meant for first-party hardware like the Google Pixel. So the customization tools may be exclusive to the Pixel 8 or a future model. It’s too early to tell at the moment. Hopefully, the upgraded Live Captions sees a much wider release.
Windows 11 Build 26217 is now available to developers and testers in the Canary alpha channel, offering a few small bug fixes alongside a new page in the Settings menu dedicated to “AI component updates”.
Microsoft has been flooding Windows 10 and Windows 11 users with some pretty cool AI-related updates and features recently, most notably the addition of Copilot to the taskbar for easy access. Spotted by WindowsLatest, the new settings page is just for AI updates, but right now we don’t really know what that could entail. We speculate that users will be able to keep track of updates to features like AI Explorer and possibly Copilot as well – or Microsoft could be setting up a new space for entirely new AI-related features.
Microsoft could also be gearing up for the Build Developer conference later this year, where it seems to be encouraging developers to build their own AI features for Windows apps. This would be fascinating news for AI enthusiasts who are already feeling the positive impacts of having a tool like Copilot ready to use and may want to boost some of the apps or programs they already use with an injection of AI functionality.
Finally, some good news!
I’m pretty excited to see what kind of nifty features will make a home in the new settings page if we do see it have a public rollout. We have to keep in mind that many features and changes we see in the Windows Canary channel aren’t guaranteed to make a wide release, so while I might be excited now, I can’t get my full hype on until we get more information from Microsoft.
That being said, it does look like AI is here to stay for Windows users. That could be good or bad news depending on your outlook on large language models, but it feels like Microsoft is all-in when it comes to AI.
Overall, I am glad for some good news when it comes to Windows updates. With the influx of ads becoming the new normal in Windows 11, there’s been a bitter taste in my mouth anytime I hear about a new build or update – so if this new section of the settings does come to our desktops that’ll at least be something positive (and ad-free). Here at TechRadar, we all feel Microsoft owes us some kind of good news given how irritating ads have become – even stooping so low as to disguise themselves as recommendations.
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