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• Upcoming iPad Pro rumored to have slimmest bezels to date
• Change could come from adoption of LG chip-on-film OLED panel
• Timeline for the redesign remains unclear

Apple’s iPad Pro could be set for an even slicker design. A new rumor suggests the next-generation OLED iPad Pro will have the slimmest bezels of any Apple tablet to date – bringing it closer than ever to a true edge-to-edge display experience.

According to a post on Chinese social media platform Weibo, upcoming models of the iPad Pro will have bezels similar in width to the Samsung Galaxy Tab S10 Ultra. The information was shared by Instant Digital, an established leaker with more than 1.4 million followers.

The post also suggests that Apple has figured out how to reduce the width of the borders around the iPad display without introducing a notch, like the one found on the Galaxy Tab S10 Ultra. That tablet already has a screen-to-body ratio of more than 90%. Without a notch, the redesigned iPad Pro line would be firmly in all-screen territory.

Exciting as this latest iPad display rumor is, it also raises a lot of questions – and leaves many of them unanswered.

A borderless future?

The Samsung Galaxy Tab S10 Ultra doesn't have much in the way of bezels (Image credit: Philip Berne / Future)

We’ve heard rumors about ultra-slim iPad Pro bezels before, some of which came from the very same source. While Instant Digital has accurately leaked some Apple specs ahead of time, the account has also had its share of misses. That gives cause to take the suggestions with a pinch of skepticism.

Still, developing a tablet with ultra-sim bezels certainly seems like something within the Apple wheelhouse. And if there’s one device Apple loves to show off its design chops with, it’s the iPad Pro. From mini-LED panels to Apple Pencil hover support, the Pro line has long been a playground for premium features.

The move would require a reconfiguration of the internal hardware, particularly in relation to the display. Recent reports suggest part of the answer could come from chip-on-film technology, which LG will reportedly use to make integrated OLED panels for future iPad Pro models.

With slim bezels and no notch, Apple will still need somewhere to hide the front-facing camera and TrueDepth sensor system required for Face ID. When it removed the notch from the iPhone 14 Pro, Apple introduced the Dynamic Island. One option could be to bring this feature over to the iPad Pro lineup.

An alternative solution would be under-display sensors. We’ve seen these on other devices. The Samsung Galaxy Z Fold range, including the latest Z Fold 6, has long been equipped with under-display cameras. We’ve also written about a recent Apple patent for an under-display Face ID system. This suggests that Apple is working on a way to eradicate notches from its iPhone range – and the technology could certainly be extended to its tablets.

Perhaps the most pressing question is when all of this will actually come about. The Weibo post makes clear that arrival point of the redesign is ‘not necessarily the next generation’.

The current iPad Pro (2024) launched in May 2024. The next-generation iPad Pro is expected to land late in 2025 with an M5 processor. As much as we’d like to see an all-screen iPad this year, it seems more realistic to hedge our bets and wait for slimmer bezels on the following generation – likely due in the first half of 2027.

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Here's when you can catch up with #MomTok.

Here are hints and the answers for the NYT Connections: Sports Edition puzzle, No. 279, for June 29.

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WWDC 2025 is in the rear-view mirror, and it’d be fair to say there was plenty to get excited about, even with Apple (wisely) sidestepping its wider Apple Intelligence upgrades.

iPad getting true window management was a great addition, while the new design language across all platforms is sure to be a big focus come September. But relatively tucked away, almost as a footnote, was the promise of more features to come to Reminders - and seeing those features arrive might actually get me to move away from Things 3.

Let me explain.

Here’s the Thing

Cultured Code’s 'Things' app is, as anyone who uses it will tell you, the holy grail of UI design. It’s a task manager that looks so good, even Apple itself couldn’t have done a better job, and it’s been my go-to organizational tool for the best part of a decade. It's a powerful tool for anyone using one of the best MacBooks and Macs - or any Apple device, for that matter.

I use the app on my Mac, my iPad, my iPhone, and my Apple Watch, even jotting down tasks with an Action Button shortcut on my phone. And yet, I find myself straying from the path. It’s not that Things 3 is any less magical than it was when I started using it; it’s just that so many rivals have closed the gap.

Things 3 remains an easy place to dump tasks, file them away into sections, and enjoy that serotonin hit when you tick them off. There’s nothing wrong with that, but it’s missing some key features that its rivals now offer.

There’s no shared reminder list, so my wife can add things for me to do, and there’s no web version, either. It’s also lacking in ‘true’ Siri integration, meaning I essentially have to file my tasks in Reminders and have them sync across to Things 3 if I want them to be dictated.

So - what if I didn’t sync them across? What if I just, you know, used Apple Reminders to run my life?

Rejigging the system

I use Notion as a database to run my working life from, but Things is where my day-to-day stuff gets done. Every night, I load it up with tasks for the morning, and every morning, I start checking them off.

But what if my wife needs me to grab something from the shop? What if I want to ask Siri via CarPlay to add something to my daily list? These are the kinds of things where Reminders would work great, but that’s nothing new. In fact, Apple has been putting a ton of work into Reminders over the last few years, so what’s got me thinking of switching now?

As a writer, I’m wary of AI. Models trained on content I’ve worked hard for are always worth keeping a wary eye on, but I acknowledge that machine learning has plenty to offer (and no, I don’t mean those awful notification summaries).

This year, with iOS 26 and macOS Tahoe (and the assorted other Apple OS releases), Apple Intelligence will be integrated into Reminders, so that it can automatically assess what the next action item should be. Receive confirmation that one of my freelance articles has been published? It would be great to have a task pop up to invoice it. Make a note from a meeting? Having the place to send the details afterwards would be super helpful.

The app will even be able to intelligently work out which list your tasks should go into, meaning less time is spent funnelling them into the correct places.

I might be getting ahead of myself (and I’m not even sure if any AI functionality is in the current beta to test at present), but even if it’s not Reminders I move to (I still don’t love that UI), I feel like Things 3 (or surely a fourth version) could do with more forward thinking on the update front.

What could Things 4 add?

Okay then: Cultured Code, are you listening? There are a handful of things a longtime user like myself would love to see in a potential 'Things 4'.

For one, I’d love to have Morning/Afternoon/Evening as different timeslots (at present it’s just day and evening), which could then allow for more granularity with ordering tasks.

A web app is also a must (some of us use Windows, y’know?) while a collaborative list option could make Things 3 even better for small business owners like myself. And hey, a Kanban view would mean I don’t have to take tasks from Notion and throw them into Things, too.

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• Enterprise readiness for Windows 11 is improving but still uneven, says new report
• Healthcare and finance sectors lag in upgrading outdated hardware
• Migration is slowest in Americas despite most devices being upgrade-ready

Millions of enterprise devices are still running Windows 10, even as Microsoft’s deadline to end support for the OS approaches.

According to ControlUp’s latest Windows 11 Readiness report, half of all business-managed Windows devices have not yet made the switch.

That number reflects progress from last year, when over 80% of enterprise machines were still on Windows 10, but with support ending on October 14, 2025, time is running out for organizations still lagging behind.

Wide variation across industries

“While the 50% completion mark is a major milestone, it's not time to relax,” said Marcel Calef, Americas Field CTO at ControlUp. “Many enterprises still face hardware and planning challenges.”

The report analyzed over one million devices and found wide variation across industries.

Education and tech lead the way, with over 70% of systems upgraded. Healthcare and finance trail far behind, with fewer than half of their devices running Windows 11. Some healthcare devices are simply too old, with 19% needing replacement before an upgrade is possible.

Regional trends show the Americas are the slowest to move forward. Just 43% of enterprise devices there have upgraded, compared to 70% in Europe.

Notably, most of the un-upgraded machines in the Americas are technically capable of running Windows 11, but the switch hasn’t been made.

Larger organizations are also behind. Those managing more than 10,000 Windows devices have completed just 42% of migrations. Complex environments and aging infrastructure are slowing progress.

If your business still uses Windows 10, it’s time to take action. Start by checking which devices meet Windows 11’s requirements, like TPM 2.0 and Secure Boot. Replace what can’t be upgraded, and plan phased updates for the rest. Prioritize high-risk devices, back up data, and keep systems patched during the transition.

If upgrading isn’t possible, reduce risk by limiting access to sensitive systems, enabling built-in protections, and isolating outdated devices. Make sure all updates are current and that you're running the best antivirus software and best malware protection.

Microsoft is fully aware that the deadline is bad news for a lot of companies and is offering paid support through its Extended Security Updates (ESU) program, open to individuals and organizations. It isn't cheap of course.

Third-party provider 0patch also plans to deliver security fixes for at least five years after Microsoft ends support.

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• Mr. Hamza claimed over half the strikes in a coordinated wave of digital retaliation
• Hacktivists redirected fury from Israel to America in a stunning 48-hour escalation
• U.S. military-linked manufacturers became primary targets in a pointed cyber warning shot

An abrupt and massive rise in Distributed Denial of Service (DDoS) attacks against U.S. businesses has coincided with Washington’s involvement in the Israel-Iran conflict.

According to Radware’s Director of Threat Intelligence, Pascal Geenens, between June 21 and 22, 2025, hacktivist-led DDoS claims surged by 800%.

This dramatic increase was paralleled by a 900% drop in attacks against Israel, suggesting a deliberate redirection of focus away from Israel and toward its most prominent ally.

Key groups behind the DDoS escalation

The spike in cyber hostility has been attributed largely to the actions of a few specific threat groups.

Mr. Hamza, a hacktivist group known for its cyberattacks, was responsible for more than half of the claimed attacks in the U.S., while Mysterious Team Bangladesh and Keynous+ each claimed responsibility for over 17%.

The presence of other smaller groups, such as Team Fearless (PS), further indicates a broad, if loosely organized, coalition acting on a shared political motivation.

Radware’s data suggests this alignment stems more from anti-U.S. sentiment over its stance in the Middle Eastern conflict than from any centralized coordination.

Crucially, the sectors targeted during the June 22 escalation included manufacturing, finance, and government.

Manufacturing stood out not only in terms of volume but also in its specificity, with many of the victims tied to military and aerospace production.

This pattern points to more than random disruption, it reflects a calculated effort to destabilize core defense and economic infrastructures.

“Notably, many of the manufacturing-related targets were linked to military and defense production, particularly companies involved in air defense and aerospace systems,” Geenens emphasized.

The nature of DDoS attacks makes it difficult to determine long-term strategic intentions, but their use as a disruptive tool is clear.

Hacktivist-driven campaigns have historically served as early warnings of more sustained or damaging attacks.

These assaults are therefore more than digital noise, they may well foreshadow deeper incursions.

Companies that rely on online operations, from government contractors to sellers using ecommerce platforms, must strengthen their cyber resilience.

For those building new online storefronts using ecommerce website builders, security protocols now require as much attention as usability or design.

As a result, choosing providers that offer the best DDoS protection is no longer a matter of precaution but a necessity.

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Enjoy upgraded visuals, built-in apps and superior sound with these Samsung smart monitors -- now for less.

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Let's get one thing straight: for the record, the Nintendo Switch 2 (and other devices like the original Nintendo Switch) do a great job at appealing to a wide range of gamers, and notably, being a fantastic family-friendly device. From Mario games to fighting games like Super Smash Bros Ultimate, and now, Mario Kart World, there's no doubt that Nintendo consoles, specifically the Switch 2, have a lot to offer.

However, I don't believe the new device does enough to warrant its price tag (including the $80 price for games), especially in comparison to other handheld gaming PCs on the market. I've mentioned this several times in previous articles, highlighting the significant performance gaps between the Switch 2 and the likes of an MSI Claw 8 AI+ or Asus ROG Ally – but that's not the highlight here.

Adding to Switch 2's downsides is its LCD, which has been berated as one of the worst displays available, so much so that it's seen as worse than a standard gaming monitor. This is because its response time, as assessed by Monitors Unboxed, is an average of 33ms at a 60Hz refresh rate.

Essentially, this means you'll experience plenty of ghosting and smearing (especially in fast-paced games), which you'll more than likely notice after testing multiple games. It gets worse when you realize that multiple tests online reveal that the Switch 2 isn't using HDR properly – or at all, as it's not reaching 400 nits of brightness (the minimum for an entry-level HDR).

I've used a fair share of gaming monitors over the years, and I can tell you that 33ms at 60Hz isn't good for gaming. So, while there may be some who won't notice this while gaming, or frankly, won't care about this major disadvantage, it's objectively not a good look for Nintendo.

It's never too late to buy an Asus ROG Ally...

(Image credit: Asus)

While I've been vocal about an eventual upgrade from my Asus ROG Ally, with my preference being a bigger 8-inch handheld, the ROG Ally's display is quite incredible. It has a response time of 7ms and a 120Hz refresh rate, significantly outperforming the Switch 2's display. It starts at $649.99 on Best Buy, but there are often numerous sales pushing this down significantly (if you're in the UK, it's on sale at £449.99 on Amazon).

Yes, you'll miss out on Nintendo titles, but you get access to a bigger library of games across multiple launchers; if you manage to legally dump your purchased Switch games, you can also play these via emulators (despite Nintendo banning some even though it's not illegal).

Taking it a step further, you could opt for a Lenovo Legion Go, which uses similar detachable controllers like the Joy-Cons. Both it and the ROG Ally use the same AMD Ryzen Z1 Extreme processor, providing better gaming performance than the Switch 2. I could go on and on about the advantages, but I'll leave you with this: you're not going to have your handheld gaming PC online accessibility stripped away from you, like you would with a Switch 2.

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Microsoft is officially phasing out saved passwords in its Authenticator app. From August 2025, the app will no longer support autofill or password storage. Instead, users will need replace saved passwords with passkeys – a new, safer login method that’s tied to your device and biometric ID.

It’s the latest move in Microsoft’s ongoing push to leave passwords behind. Last year, the tech giant reportedly detected 7,000 password attacks per second. With cyberattacks on the rise and user credentials at risk, Microsoft sees passkeys as central to a more secure future.

But what are passkeys and why are they safer than passwords? And how long do you have until Microsoft Authenticator forgets your passwords for good? We’ve broken down everything you need to know right here.

What is Microsoft authenticator?

Microsoft Authenticator is a free mobile app for Android and iOS devices. It helps you to log in to your accounts more securely. Originally designed as a two-factor authentication (2FA) tool for Microsoft accounts, it later expanded to include support for saving and autofilling passwords.

Users could use Authenticator to store logins, sync them across devices and quickly autofill their credentials on websites and apps. Once passwords were saved to Authenticator, you could verify sign-ins using your fingerprint, face recognition or a PIN.

That’s now changing. Microsoft is sunsetting password support in Authenticator, shifting instead to a newer, safer sign-in method: passkeys.

(Image credit: Shutterstock)When will Microsoft Authenticator passwords stop working?

Microsoft has already begun winding down password support in Authenticator. Its timeline for phasing out saved passwords is as follows:

• June 2025: You can no longer add new passwords to the Authenticator app.
• From July 2025: Autofill functionally for saved passwords will be disabled, meaning the app won’t auto-complete login details.
• From August 2025: All saved passwords will be permanently removed from Microsoft Authenticator.

According to a notification in the app, you can export saved passwords “until Autofill ends”. You can do that by heading to the settings menu and selecting ‘Export Passwords’. Exported passwords can then be imported to another autofill provider, including your Google account or iCloud Keychain.

Alternatively, you can enable Edge as your autofill provider. From that same notification, simply tap ‘Turn on Edge’. Because saved passwords are synced with your Microsoft account, Edge will have access to your sign-in credentials, including autofill functionality.

What are passkeys?

Passkeys are an alternative way to log into your account. Instead of relying on a word or phrase that you need to remember or save, passkeys use biometrics or a PIN to verify your identity.

Passkeys are a credential developed by the Fast Identity Online Alliance (FIDO). They use an open authentication protocol that’s designed to replace passwords altogether.

When you create a passkey, your device stores a private key. To log in, you simply unlock your device using face recognition, your fingerprint or a PIN number. That matching public key then verifies your identity online against the private key.

Why are passkeys safer than passwords?

Passwords have long been the weakest link in online security. Since the advent of passwords, people have been using weak, easily guessable phrases to help them remember their own sign-in credentials. Many people also have a habit of reusing the same passwords or similar variants across different accounts.

That tactic leaves users particularly vulnerable if a data breach exposes their password. Passwords also expose people to the risk of phishing scams, a growing number of which aim to steal their credentials.

The Microsoft passwordless sign-in experience (Image credit: Microsoft)

Passkeys solve all of these issues. Unlike passwords, they aren’t typed, sent or stored on a server. Passkeys are kept on your own device. That means there’s nothing for cybercriminals to intercept.

What’s more, because they’re tied to both your device and your identity, they’re a much stronger form of authentication than a standard password. They can’t be stolen or cracked like a password, even with brute-force guesswork.

Passkeys also have the added benefit of being easier to use. Microsoft reckons that passkey sign-ins have a 98% success rate, compared to just 32% for passwords.

Because passkeys are linked to devices, some users will be concerned about losing their smartphone. However, many people already own and use multiple passkey-ready devices, including tablets and laptops with biometric support. Even if you lose access to one device, the others can be used as a backup.

Microsoft isn’t alone in pushing for passkey usage. Google, Apple and Amazon, among others, are all adopting passkeys too. The FIDO alliance says that more than 15 billion accounts now support passkey sign-ins. Microsoft has reported that it sees ‘nearly a million’ passkeys registered every day.

How to set up a passkey in Microsoft Authenticator

For existing Authenticator app users, getting started with passkeys is straightforward. Simply open the Authenticator app, choose your account from the settings menu and select ‘Set up a passkey’. You’ll be asked to sign in with your account credentials, before being walked through the rest of the setup process.

If you’re setting up Authenticator for the first time, the app may prompt you to allow Authenticator as a source for passkeys in your device’s password settings menu. Do this, hit continue and you’ll be ready to use passkeys.

(Image credit: Microsoft)

You can also configure passkeys through your Microsoft account online. Sign in to your Microsoft account, then locate ‘Advanced Security Options’. Select ‘Add a new way to sign in or verify’, followed by ‘Face, Fingerprint, PIN, or Security Key’.

According to an article published by Microsoft, it will "automatically detect the best available method on your account and set that as the default". That means even where you have both a password and a passkey set up for your account, it will always prompt you for your passkey first.

New Microsoft accounts will use passkeys by default. The sign-in process has also been redesigned and simplified to prioritize password-free logins.

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