Technology

'Intelligent Eyewear' is the fresh term Samsung is using to perhaps give its new wearable technology a fresh start in a market that's showing signs of smart glasses fatigue. With a focus on style and design, the company has unveiled a series of Warby Parker- and Gentle Monster-designed glasses that put fashion and Gemini at the center of the experience.

Samsung unveiled the long-promised collaboration between it, Google, and these premier eyewear brands alongside its new suite of Galaxy foldables at Samsung Galaxy Unpacked on July 22. Its Intelligent Eyewear is finally challenging chief competitor Meta, whose own Ray-Ban and EssilorLuxottica smartglasses have become the dominant products in this space.

In a preview just before the big launch, I got an up-close look at the new smart frames, though Samsung was insistent that I not try them on or actually use them, which was disappointing.

Samsung's Intelligent Eyewear consists of designs ranging from classic square and round-style frames to cat-eye-style silhouettes, and in colors ranging from amber to green and black. Lenses are available in clear and transition. There's no pricing, and the ship date is described as "this Fall".

Lance Ulanoff / FutureLance Ulanoff / FutureLance Ulanoff / FutureLance Ulanoff / FutureLance Ulanoff / Future

As I picked up multiple frames (but never donned them, mind you), I quickly noticed that the frames, which are filled with, among other things, Qualcomm Snapdragon wearable silicon, are quite lightweight. Also, aside from somewhat larger stems than you'd find on standard glasses, they're pleasingly thin, so that someone looking at you head-on might not initially realize you're wearing smart...er...intelligent eyewear.

There are, however, tells.

On the front of the frames are a pair of what look like cameras, but only the one on the right is a shooter of indeterminate megapixels (more info Samsung chose not to share), and the one on the left is the critical LED to let people know you're taking photos or videos.

Lance Ulanoff / FutureLance Ulanoff / FutureLance Ulanoff / Future

When I flipped the lenses around and looked at the left stem very near the frames, I noticed a large meta switch. Yes, this Intelligent Eyewear appears to feature a large power button, something I have not seen on previous smart frames.

I then flipped the frames over to look at the bottom of the stems where I spotted the stereo speakers (one for each stem) and what appear to be a pair of far-field microphone holes.

There's a single button on the top of one stem that you can use to trigger a photo or video capture or to summon one of the personal assistants. Though I asked multiple times, I was told that there's no gesture recognition for the frames that you could use, say, to lower or raise the audio volume.

Lance Ulanoff / FutureLance Ulanoff / Future

As with other intelligent wearables Samsung has produced with partner Google (see the much more powerful, reality-mixing Samsung Galaxy XR headset), the new Warby Parker and Gentle Monster Intelligent Eyewear put AI access at the center. The notion is that you will use your voice to summon Gemini and have it assist you in a variety of ways. Think having it identify what you're looking at, translate signs and menus in a foreign language, answer general prompts, help you ideate while on the go, give you email summaries, guide you through a recipe, and maybe access your email.

Nestled alongside Gemini is Samsung's Bixby assistant. It has the less-exciting job of, say, accessing phone apps and controlling eyewear features like volume.

I also got a chance to look at both the Warby Parker and Gentle Monster charge cases, nice white containers that were a bit lighter than the Meta Glasses case I didn't bring with me to the UK because (with the glasses inside) I thought it was too heavy.

Samsung on design choices, limitations, and looming privacy concerns

(Image credit: Lance Ulanoff / Future)

I can't tell you much about how these frames work, but we did get some useful insight about Samsung's strategy from James Choi, Samsung's Head of XR R&D Team EVP.

One thing Choi made clear is that, for now, these glasses are in no way a replacement for the phone. Part of the issue is the demands of AI processing, which for now are too high to place solely on the Intelligent Eyewear, but, he noted, "We want to extend heavy use of AI on phone to here."

He was also fairly transparent about things they have yet to solve with the frames, like adjustable nose bridge and stems. On the latter, Choi admitted that with regular glasses the stems are highly adjustable, but that's not the case with Samsung Intelligent Eyewear because there's technology and sensors in there.

In fact, when I examined some of the new frames, I noticed I could see through the housing to view some of that stem-based technology. What Choi seemed unaware of, though, is that with the just-released Meta Glasses from Essilor Luxottica, both the stems and nose bridge are adjustable.

Choi also discussed at some length the growing privacy concerns being raised with the entire smart glasses category.

He explained that some of the negative response to the technology is rooted in particular societies and cultures, noting that, in South Korea, with all the public transportation, people are closer and the concerns can be greater.

"Regarding public acceptance, it takes time," he added.

It's by no means a settled issue for Samsung. Choi explained that the company continues to work on what is an important topic for them and indicated that some future innovations in the shape or form factor could impact acceptance.

These concerns, though, are not a reason to end development or stop trying.

"We cannot stay here without innovating this. Intentional bad uses need to be covered and protected. If, because of that, we stop innovation, we don’t go anywhere."

What's coming in the Display Intelligent Eyewear space

(Image credit: Lance Ulanoff / Future)

Samsung has not forgotten about display lenses, and Choi assured us that they have "something with very good technology better than what’s in the market."

He also acknowledged the challenges and, without mentioning Snap and its recent release of the chunky Specs, the technical challenges of combining displays in a form factor meant to be worn discreetly on the face.

Samsung wants its display glasses to be, as he waved around a pair of the Warby Parker Intelligent Eyewear, “almost near to this form factor.”

It's not just the design that's a challenge. Battery life is a considerable issue (one of the reasons why display lenses still tend to be so thick). "If we publish display glass, we want to promise a certain level of daily use… really tough. We’re working on it."

Every year I espouse my admiration for flip phones, and in particular Samsung's foldable devices, but I've yet to make the leap away from the brick form factor.

While there's nothing more satisfying than snapping shut your phone to end a call, and I'm a real sucker for the more whimsical design and customizable software features on cover screens, the simple fact is that flip phones just aren't as powerful as the flagship devices I'm used to.

This year, though, Samsung has come tantalizingly close to converting me with the new Samsung Galaxy Z Flip 8, despite not making very many changes in the hardware department over last year's model.

The Galaxy Z Flip 8 launches at $1,199.99 / £1,149 / AU$TBC, which is a $100 / £100 increase over the Z Flip 7, a price hike that owes much to the ongoing RAM crisis. It's the thinnest and lightest Galaxy Z Flip yet, its improved hinge makes it noticeably easier to open and close, and some neat upgrades to the cover screen iterate on the Z Flip 7's similarly light-touch improvements.

But what I'm most excited about is two new video features that will help me capture the moment.

(Image credit: Future)

Earlier this year, Samsung introduced an impressive new feature with the new Galaxy S26 series: Horizontal Lock, which impressed us in our testing. It works by utilizing the phone's built-in gyroscope and accelerometer to measure your movement and rotation while filming, and the camera sensor then crops and shifts the frame to compensate.

The result is that even if you rotate your phone by 360 degrees, the footage will remain level. It's no miracle worker, and you'll lose some image quality if you push it too far, but if you use it as intended to stabilize footage while you or your subject are moving, it can save you an editing headache, and let you focus on the moment while you're recording a live event.

Another neat feature that makes the Z Flip 8 feel even more primed for capturing the moment is Fan Cam mode. If you're a K-Pop lover, you'll know exactly what this one's for: using subject tracking, the software crops in and reproduces videos at your chosen aspect ratio with just your selected subject in the frame.

I go to a fair few live performances, and this one is a game changer for making sure I can enjoy the moment through my own eyes without making sure my camera is constantly perfectly framed through energetic dance numbers and crowds. It's also great for sporting events, whether that's at an international scale or when you're capturing the moment your little one scores their first goal in a soccer game.

The elephant in the flip

However, there's one thing holding the Z Flip 8 back from true video greatness: the cameras themselves. Offering the same 50MP wide lens, 12MP ultra-wide lens, and 10MP selfie camera as both the Galaxy Z Flip 7 and Z Flip 6, the Z Flip 8 does little to impress. In stark contrast, I've been spoiled by the iPhone 17 Pro's fantastic camera array of late; a recent holiday was made all the more special for the fact I could capture incredible shots without a hulking great big camera in hand.

Lower-spec cameras aren't a shortcoming that's exclusive to Samsung's Z Flip phones; squeezing in powerful rear cameras alongside the windowed display while also keeping the device slim and affordable continues to pose a challenge for designers of flip phones. Even so, compared to the Motorola Razr Ultra 2026 (aka the Razr 70 Ultra in some regions) with its triple 50MP front and rear cameras and a mere £50 price premium in the UK (the pricing gap is wider at $300 in the US), Samsung is lagging a little here.

Everything about the flip-phone form factor lends itself to content capture. The folded camcorder and tabletop mode are intuitive and versatile, and these new features are a huge boon — they're just not enough to tear me away from a flagship phone's stellar array.

Slow-going, but still showyFutureFutureFutureFutureFutureFutureFutureFutureFutureFuture

It's another safe year for the Galaxy Z Flip line, and that might be a sensible move for now. Shaving 0.4mm from the previous phone's thickness and thinning the cover-screen bezels to just 1.2mm seems about as far as Samsung can push the form factor for now, and the new hinge and advanced armor aluminum frame feel, at least based on my brief one-hour testing period, robust. Plus, I just adore the pink and cream colorways, even if they are an unsure bet for its target audience of younger women.

The Flex Window also finally feels complete, with new software features that make it genuinely useful, rather than a customization-first screen; Samsung Galaxy AI is running on all cylinders here, displaying AI automations as well as new Now Brief and Now Nudge features.

For example, hay fever sufferers can have personalized Now Brief cards with a quick glance of the day's pollen forecast, and Now Nudge can show contextual suggestions, like the details of your dinner reservation when the restaurant is calling you.

As mentioned, the Samsung Galaxy Z Flip 8 costs $100 / £100 more than its predecessor at launch. It's a shame, then, that in return for that price hike we're only getting another iterative upgrade, but until some grand breakthrough allows flip phones to pack in better cameras without compromising on form and functionality, we're unlikely to see any radical upgrades — look instead to the Samsung Galaxy Z Fold 8 Ultra for such bold strokes. I'll be testing the Galaxy Z Flip 8 thoroughly in the coming weeks, so stay tuned for my full verdict!

Samsung Galaxy Watch Ultra 2: One minute review

The Samsung Galaxy Watch Ultra 2 might look much the same as last year’s Galaxy Watch Ultra, but it feels very different to wear thanks to Samsung’s efficiency savings. A 12% slimmer titanium body and a lighter band (that remains the same size) mean the watch weighs less as an overall package and has better lockdown onto your wrist, so it doesn’t move around as much during strenuous exercise.

It’s got a new chipset under the hood: the AI-capable Qualcomm Snapdragon Wear Elite, which, Samsung says, offers 32% faster CPU and 19% faster GPU performance compared to last year’s model. It’s launching with three new bands, new wellness features like Vital and Heart Health, and all the usual smartwatch goodies like notifications, call accept/reject, digital wallet and third-party app support. The Ultra comes with LTE capabilities as standard to add the watch to your phone’s data plan, and new fitness tools tailor-made for adventurers, including trail running features with GPX routes, a Daily Cardio Load metric, mid-activity hydration alerts, professional-level diving certifications and — soon — a dedicated diving app.

Fortunately for them (but perhaps unfortunately for Samsung) adventurers find themselves spoiled for choice these days between the Apple Watch Ultra 3, the best Garmin watches, and challengers from brands such as Coros, Polar and Amazfit. The Galaxy Watch Ultra 2 may be good in a vacuum, with excellent health and fitness features, but it’s fighting for space amid a crowd of exceptional wearables. Ultimately, it’s the best Galaxy Watch ever from a specs perspective, and does everything you expect a smartwatch to do (and several things you might not expect); but it’s also expensive, big and bulky. I do wonder how many Samsung users will opt for this over either the much cheaper Galaxy Watch9 or, at the other end of the scale, a chunky specialist tool such as the Garmin Fenix 8 if they’re really interested in wilderness exploration.

It’s fast, it’s accurate (albeit with some niggles — see the Performance section below for more details), it’s got the brightest screen of any smartwatch, on-device Gemini capabilities, and is packed with enough features to make any smartwatch aficionado happy. It’s a terrific gadget, and if you’re a Samsung user who wants the best native watch for your phone’s ecosystem, this is it. But if you’re buying it for trails and routes, Garmin does this better, and with far better battery endurance, albeit with a less robust AI-powered interface for all your communication features.

Samsung Galaxy Watch Ultra 2: Specifications

(Image credit: Future)

Component

Samsung Galaxy Watch Ultra 2

Price

$699.99 / $649

Dimensions

47mm: 47.4 x 47.1 x 10.7mm

Weight

61g

Caze/bezel

Titanium

Display

498 x 498 Super AMOLED

Operating System

One UI Watch 9 (Wear OS 7)

Processor

Qualcomm Snapdragon Wear Elite

Memory

2GB of RAM

Storage

64GB storage

GPS

(L1+L5 Dual Frequency GPS)

Battery life

Up to 60 hours with always-on display

Connection

Bluetooth, Wi-Fi, LTE

Water resistance

WR100 (diveproof)

Samsung Galaxy Watch Ultra 2: Price and availability

• $699.99 in the US
• £649 in the UK
• AU TBC

The Samsung Galaxy Watch Ultra 2 is priced at $699.99 / £649, with AU pricing TBC. This is actually a small increase of $50 / £50 in the UK over the launch price of the original Watch Ultra, likely due to the escalating price of electronics components.

While it’s still relatively competitively priced compared to the Apple Watch Ultra 3 and premium Garmins such as the Garmin Forerunner 970, it’s certainly on the higher end of the smartwatch price scale; but then again, this is a higher-end smartwatch.

• Value score: 4/5

Samsung Galaxy Watch Ultra 2: Design

(Image credit: Future)

• 12% slimmer, but still quite bulky
• Titanium squircle cushion
• Strap is 25% lighter

The Samsung Galaxy Watch Ultra 2 iterates on the titanium squircle case design we first saw on the original Ultra, which Samsung calls a ‘cushion’, and which has since become a staple of the entire Galaxy Watch range. Housed within this body is the circular display, which is, according to Samsung…

The cushion incorporates new innards, including a larger 800mAh battery and a new Snapdragon Wear Elite processor. Despite the upgrades, the chassis is actually 12% slimmer than the original Watch Ultra’s, which is really a blessing, as that watch was a real beast. The cushion shape looks bulbous, but while it’s still a big watch that’s unsuitable for small wrists, it’s now better suited to a slightly wider variety of wrists than 2024’s enormous cuboid.

Couple this with the bands being 25% lighter this year, and the Galaxy Watch Ultra 2 has had a serious size and weight reduction, which makes it much better for staying locked on your wrist during strenuous exercise, where the previous model was prone to moving around.

The Ultra 2 has the Samsung Galaxy Watch series’ standard pair of side buttons, plus the programmable ‘Quick Button’ that only the premium watches get. This is set to opening ‘my exercises’ as standard, while a long press can activate the watch’s emergency siren, but you can assign a different function to this button to suit your needs. If you’ve used a Samsung watch before, the UI (One Watch UI, to be exact, based on Google’s Wear OS) is virtually unchanged, and for beginners it’s easy and intuitive to use.

The redesigned, AI-forward Samsung Health app is simple to use too, and even though much was made of its big makeover, it’s a far cry from Google Health’s chatbot-focused premium tier.

• Design score: 4.5/5

Samsung Galaxy Watch Ultra 2: Features

(Image credit: Future)

• All the smartwatch features you’d expect
• Parcel of new health metrics: Vitals, Vascular Load & more
• Diving and trail-running features

The Ultra 2 offers all the usual smartwatch features you’d expect from an LTE-enabled watch, so I won’t list them all here, but suffice to say you can use virtual wallets, accept calls, message, control or store music, use the screen as a viewfinder for a Samsung phone’s camera, and even use Google Gemini via the new, easier Raise-to-Talk feature. Gemini works across devices, so you can make a quick voice note in the moment, and have it transcribed and saved to Samsung Notes or Google Keep, to be viewed later on your phone, tablet or laptop.

Samsung watches have always had strong health credentials, and the Ultra 2 is no different. It retains more esoteric features like blood-pressure monitoring (which requires an inflatable cuff for regular calibration, then uses your biometrics to predict fluctuations) and body composition (which uses electrical signals to estimate your fat and muscle mass) alongside the usual heart rate monitoring, sleep tracking, ECG scan functionality (which is medically certified, according to Samsung) and more. Running Coach, introduced last year, also makes a welcome return, along with its advanced analytics for runners.

New health features include Vitals, which looks at readings of five different heart-related metrics while you sleep and lets you know of any baseline deviations, a Daily Cardio Load score that estimates how much stress your exercise routine is putting your heart under, and Vascular Load, which measures stress and arterial stiffness.

Finally, new features have been added in the shape of two adventure-themed activity profiles. The watch is now a working dive computer — or will be when its companion app is released later this year in partnership with diving company Mares. The Apple Watch Ultra has a similar app, so I’m sure Samsung has been working overtime to catch up.

The Trail Running profile now includes the ability to save GPX routes into the workout activity itself, so you can follow turn-by-turn directions and see maps on your watch with a swipe of your finger. You can download routes yourself, or you have the option to save previous outdoor runs as a route to test yourself against later on, if you want to try to beat your own personal best. What you can’t do is create your own routes in-app, as you can in Garmin Connect for example.

• Features score: 4.5/5

Samsung Galaxy Watch Ultra 2: Performance

(Image credit: Future)

• Heart rate had some drift compared to Apple Watch Ultra 3 and Polar H10, but tightened up after 10-15 minutes of wear
• Watch is more comfortable to wear than its predecessor
• Accurate sleep tracking

I wore the Samsung Galaxy Watch Ultra 2 for five days and four nights before writing this review, and I'll update it when I’ve logged enough nights sleep for features like Vitals to calibrate with seven-day averages. I was dreading wearing the Ultra 2 to bed given its bulkiness and size, but the slimmer, lighter Watch Ultra 2 was surprisingly comfortable for all-day wear — although I’m a man of fairly average build, and those with slimmer wrists may still find it uncomfortable.

Battery life was as described, with the Ultra 2 lasting the as-described 60 hours with always-on display enabled before needing a charge. Sleep was estimated accurately, with the watch and app correctly identifying my wake-up times during the night, and generating numbers corresponding with my energy levels.

To test GPS and heart rate accuracy, I went on a 30-minute run with the Watch Ultra 2 on one wrist, the Apple Watch Ultra 3 on the other, and a Polar H10 electrical heart-rate monitor (the gold standard for wearable heart-rate accuracy) strapped to my chest.

I was initially quite surprised at the difference in heart-rate readings the Watch Ultra 2 recorded at the start of the workout compared to the other two devices, with the Samsung watch sometimes reading 20 beats per minute lower than the Apple and Polar devices. However, after 15 minutes of exercise, I found that the Ultra 2’s readings were closely matching those of the other devices, as you can see from the corresponding graphs and readings below / above.

Initial heart rate ‘drift’ is a known problem with many optical heart-rate sensors (used by all smartwatches) in comparison to electrical ones, although Apple seems to have ironed out much of the problem with its Ultra 3. Still, even if the Samsung Ultra 2 does show some deviation at the beginning of a workout, if you’re exercising for any length of time your results are likely to be broadly accurate. I repeated this test during an indoor HIIT workout, and the results were the same: accurate after a brief warm-up period.

I also tested Body Composition, which uses the same method as the best smart scales — an electrical pulse moving through fat, muscle and water at a variety of speeds. I tested this against an industrial scale at my local gym after my run, and the ticket the scale produced showed that I was at 19% body fat. The smartwatch estimated 9%, a huge difference. It wasn’t until I did the test again later that day, after hydrating and adjusting my technique by raising my arms, that the watch showed 16% — a much closer result, and within the range of deviation I’d expect from two different devices.

I also tested the Ultra 2’s water lock feature by dunking it in a glass of water — after all, I’ve been burned before by so-say dive-ready watches — and it worked just fine afterwards.

(Image credit: Future)

• Performance score: 4/5

Samsung Galaxy Watch Ultra 2: Scorecard

Category

Comment

Score

Value

On a par with similar devices in its category.

4/5

Design

Bulky, but much improved over its predecessor, with an intuitive UI.

4.5/5

Features

Absolutely stacked.

4.5/5

Performance

Some health feature are fiddly to use, but generally very accurate.

4/5

Samsung Galaxy Watch Ultra 2: Should I buy?

(Image credit: Future)Buy it if…

You’re a runner

The Samsung Galaxy Watch Ultra 2 is awash with terrific running features, and now trail runners are well catered for too.

You’re a Samsung phone user

Unsurprisingly, the Watch Ultra 2 works perfectly within the wider Samsung ecosystem.

You’re a Gemini user

Use AI for everything? Samsung’s Raise-to-Talk functionality and true on-watch Gemini makes using the smart assistant a doddle.

Don’t buy it if…

You need ultimate battery life

If you prioritize battery life and fitness features over connectivity, consider a Garmin or Coros watch.

You’re a casual exerciser and gym-goer

The Samsung Galaxy Watch9 is a much better-value fitness tracker for those who won’t use all the extra adventuring, diving, and safety features.

You’re an Apple user

The Watch Ultra 2 doesn’t work with Apple phones.

Also Consider…

Garmin Forerunner 970

A similarly-priced, adventure-ready Garmin watch with lots of running features.

Read our full Garmin Forerunner 970 review

Google Pixel Watch 4

Not as rugged, but a solid alternative for Wear OS users.

Read our full Google Pixel watch 4 review

How I tested

I wore the Samsung Galaxy Watch Ultra 2 for the better part of a week, running the battery down and using it as my daily driver to accept and reject calls, check notifications and messages, use Gemini and control music. I tested it against devices such as the Apple Watch Ultra 3, the Polar H10 electrical heart rate monitor, and an industrial smart scale, and I dropped it into a glass of water to test its water lock feature.

First reviewed: July 2026

I’ve tested plenty of the best foldable phones in my time at TechRadar, but I’ve never opted to use one of these devices as my main handset long-term.

I use my phone for consuming content — scrolling, reading, watching — more than I do for productivity tasks, and so the appeal of having a heavier phone with a giant, square-sized foldable screen isn’t, for me, all that strong. Why would I watch a YouTube video with big black letterboxing above and below it, when I could simply use my regular phone in landscape for a better video-watching experience?

The Samsung Galaxy Z Fold 8 is a different proposition entirely. It’s still a book-style foldable — it’s got one smaller screen on the outside, and one larger screen on the inside that you open with both hands — but it’s shorter, wider, and dare I say cuter than the Galaxy Z Fold 7 before it. It’s the Galaxy Z Fold 7.5 in all but name (or maybe the Galaxy Z Fold Fat?).

The Samsung Galaxy Z Fold 8 Ultra (left) and Galaxy Z Fold 8 (right)FutureThe Samsung Galaxy Z Fold 8 Ultra (left) and Galaxy Z Fold 8 (right)Future

This passport-shaped foldable has a 5.5-inch cover display and a 7.6-inch main display, with aspect ratios that make it, when closed, easier to use one-handed and better suited to video-watching when open. Specifically, when closed, the Galaxy Z Fold 8 has a 3:4 ratio in portrait — meaning your thumbs can easily reach the top of the screen — and a 4:3 aspect ratio in landscape. When open, it’s a 10:16 ratio that’s optimized for widescreen content.

For comparison, the Galaxy Z Fold 7 — and indeed the new Galaxy Z Fold 8 Ultra, which retains the former’s tall and narrow form factor — has a 21:9 cover display and an almost square 1.11:1 inner display, which is great for spreadsheets and multitasking, but less brilliant for watching World Cup highlights on the train home.

Here’s how the video-watching experience on the Galaxy Z Fold 8 and Galaxy Z Fold 8 Ultra — which you can read about in our hands-on Samsung Galaxy Z Fold 8 Ultra preview — compares, in both orientations:

The Samsung Galaxy Z Fold 8 Ultra (left) and Galaxy Z Fold 8 (right)FutureThe Samsung Galaxy Z Fold 8 Ultra (left) and Galaxy Z Fold 8 (right)Future

Yes, I know — the black bars are still very much visible when the Galaxy Z Fold 8 is unfolded. But still, they're significantly smaller than those on the Ultra, and as for the outer display, the difference is night and day.

This is the key selling point of Samsung’s new shorter, wider foldable. Its displays have the same 120Hz refresh rate and 3,000-nit peak brightness as the pricier Galaxy Z Fold 8 Ultra, but they don’t waste as much screen real estate as those on that square-sized premium model. If, like me, you use your phone primarily for watching videos and scrolling through social media, this is a big deal.

“We realize that there's enough of a segment where consumers are very heavy on media, and basically you consume social media, you consume videos, you play games, and you read books in a mostly similar form factor,” Samsung told us for our deep-dive into why it built the Galaxy Fold 8.

The company also describes the phone’s unfolded screen size as “the new standard for viewing content,” which makes sense when you consider that Apple is also rumored to be releasing a similarly sized foldable iPhone later this year.

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The entire Samsung Galaxy Z 8 lineup (Image credit: Future)

An important note: in the case of the Galaxy Z Fold 8, smaller does not mean less powerful. It’s got the Snapdragon 8 Elite Gen 5 chipset under the hood — i.e., the same chipset as the Galaxy Z Fold 8 Ultra and the entire Galaxy S26 line — plus 12GB of RAM in every storage configuration except 1TB, in which you’ll get 16GB of RAM.

Naturally, I didn’t have enough time to really test the mettle of this chipset, but let’s be honest: we already know it’s a beast. It powers plenty of the best Android phones, and I don’t expect the Galaxy Z Fold 8 to feel any different to those Snapdragon 8 Elite Gen 5-equipped devices from a performance perspective.

The first real differences between the Galaxy Z Fold 8 and its larger sibling come in the camera department. This wider foldable packs a respectable 50MP wide lens and a 50MP ultra-wide lens, but the Galaxy Z Fold 8 Ultra gets a superior 200MP wide lens and a 10MP telephoto lens for zoom shots.

The Samsung Galaxy Z Fold 8 Ultra (left), Galaxy Z Fold 8 (center), and Galaxy Z Flip 8 (right)FutureThe Samsung Galaxy Z Fold 8 Ultra (left), Galaxy Z Flip 8 (center), and Galaxy Z Fold 8 (right)Future

The Galaxy Z Fold 8 Ultra also has a slightly larger battery (5,000mAh) than the Galaxy Z Fold 8 (4,800mAh), but both phones finally — finally! — use silicon-carbon battery technology, so you should still get plenty of life from the latter’s smaller cell.

Silicon-carbon batteries can store up to 50% more energy in the same physical space as conventional smartphone batteries, so I’m expecting the Galaxy Z Fold 8 to deliver longer battery life than the 4,400mAh-equipped Galaxy Z Fold 7, which lasted for around 12 hours (standard use) in our testing.

For reference, Chinese foldable manufacturers like Oppo, Honor, and Vivo have been using silicon-carbon batteries for some years now, so Samsung’s adoption of this technology is a significant (if long overdue) step forward in markets like the US, where it hasn't been readily available.

As for charging, you’ll get 45W wired charging and 20W wireless charging, regardless of which model you choose, so the choice here is really between content and cameras. Would you prefer the wider Galaxy Z Fold 8 for scrolling and watching videos, or the taller Galaxy Z Fold 8 Ultra for productivity and taking photos?

Personally, I think the former’s shorter, wider form factor will be better suited to my needs, though I'm intrigued to see how much weaker the Galaxy Z Fold 8's main camera is compared to the Galaxy Z Fold 8 Ultra's. At $2,099.99 / £1,899, the latter phone is more expensive than the Galaxy Z Fold 8 — which costs $1,899.99 / £1,699 — so it's safe to expect a noticeable gulf in photo quality.

I look forward to testing both devices properly after Unpacked.

I’ve been using, and loving, my Samsung Galaxy Z Fold 7 for the past year — for me it's simply the best phone money can buy.

The foldable form factor is perfect for watching videos — either on the massive inner screen, or using the design to prop the phone up and watch on its outer display — and also for gaming, productivity, or capturing selfies with the 200MP main sensor rather than the lower-res selfie cam.

Its thin design is comfortable to hold and easily slips into any pocket, and the design has been durable enough to survive without me using a case; I did have a case for a few months but I hated it, so I’ve reverted back to my screen-protector only strategy.

(Image credit: Peter Hoffmann)

As great as the Z Fold 7 is, though, it isn't flawless. The cameras could be better (a fact highlighted by the excellent cameras Samsung put in the Galaxy S26 Ultra that I also carry with me), the battery life isn’t as good as I need at times, and the crease can be quite noticeable in certain lighting thanks to annoying reflections on the inner display.

Thankfully, Samsung looks to have addressed a lot of my issues with the new Galaxy Z Fold 8 Ultra — the true successor to last year's Fold 7 (the new non-Ultra Z Fold 8 adopts a squatter design this year), and the frontrunner to be my favorite phone of 2026, after spending just an hour or so with the new device.

Ultra by name, Ultra by nature

The Samsung Galaxy Z 8 phone lineup (Image credit: Lance Ulanoff / Future)

At first glance, the Samsung Galaxy Z Fold 8 Ultra looks almost identical to the Galaxy Z Fold 7.

Unlike the Z Fold 8, the Z Fold 8 Ultra offers the exact same screen dimensions as the Z Fold 7, with an 8-inch inner display and 6.5-inch cover display.

It’s supremely thin and light, so that even when folded it doesn’t feel like a brick, and it offers a similar camera array to the Z Fold 7 (more on that in a moment).

The only design change you’ll notice is the redesigned hinge. It makes it easier to open the Z Fold 8 Ultra, and allows the phone to sit more flat when open — which in combination with the inner screen’s new matte coating makes the crease less noticeable.

Instead of reinventing the wheel in areas where the Z Fold 7 already shines, such as its superb form factor, Samsung has introduced upgrades with the Z Fold 8 Ultra that make this phone even more capable.

(Image credit: Future)

My favorite improvement is new silicon carbide battery tech that allows for a much larger 5,000mAh battery than the Z Fold 7’s 4,400mAh cell, despite the Z Fold 8 Ultra being (very slightly) slimmer.

The battery life of the Z Fold 7 isn’t ideal. I frequently find that my typical usage — which admittedly involves streaming a lot of video, gaming, and multitasking to watch and work at the same time while on the go — leaves my battery running low by late afternoon.

The larger capacity of the Z Fold 8 Ultra probably won’t save me from needing to carry a charger with me ‘just in case’, but I’m hoping it’ll mean that I rarely, if ever, run out of juice completely — which can happen with my Z Fold 7, even when I adapt my usage to be more conservative.

(Image credit: Future)

The Z Fold 8 Ultra's cameras are a solid upgrade too. Alongside the Z Fold 7 I also use the Samsung Galaxy S26 Ultra, because its cameras are so impressive — in particular, I’m in love with its 5x 50MP telephoto lens.

The Z Fold 8 Ultra doesn't, unfortunately, improve on the Z Fold 7’s 12MP 3x telephoto camera, but the existing 200MP main sensor has been enhanced with new HDR abilities to match Samsung’s S26 lineup, and the 12MP ultra-wide has been upgraded to 50MP, making the new phone's array feel more 'Ultra'.

It also gets the impressive Horizontal Lock video stabilization tech which I've loved on the S26 Ultra.

Having tried out the new cameras, the Z Fold 8 Ultra is certainly a major upgrade, and I’m keen to test them out further. Sure, the Z Fold 8 Ultra won’t win any prizes for best camera phone of 2026, but the versatility offered by the new camera array should help to make this foldable feel like a supremely capable all-round device, and not a phone with so many compromises that you can’t appreciate its incredible design wins.

@techradar

♬ original sound - TechRadar A sort of silver lining

(Image credit: Future)

There's also a new chipset — the same Snapdragon 8 Elite Gen 5 for Galaxy the S26 series is outfitted with — that powers a suite of new AI tools, and a brighter 3,000-nit display, which should help to make colors more vivid on the Z Fold 8.

As you might expect from a phone that's packed with upgrades and sporting a new Ultra moniker, and which is launching in the middle of the ongoing RAM crisis, the Samsung Galaxy Z Fold 8 Ultra will cost more than the Galaxy Z Fold 7.

The silver lining is that the price hike isn't as big as I and many others feared — the Galaxy Z Fold 8 Ultra starts at $2,099.99 / £1,899 / AU$TBC, where the Z Fold 7's launch price started at $1,999 / £1,799 / AU$2,899.

No price increase is ever ideal, but considering how much worse I was expecting it to be, I’ll happily take the $100 / £100 increase on the chin.

I can't wait to spend more time with the Samsung Galaxy Z Fold 8 Ultra. I love my Z Fold 7, but after spending just a short time with its successor, I already know that it’s time for an upgrade.

When it comes to battery life, foldables have it harder than regular phones. These devices need to power not one, but two screens (one of which is twice as large as the other), and so it's important to pick a model with decent endurance if you don't want to lug around a portable battery at all times.

Yet in the throes of a seemingly unquenchable thirst for thinness, Samsung has somewhat neglected the battery tech in its foldable phones. That is, until now, because the brand has finally introduced silicon-carbon batteries in its latest devices, the Galaxy Z Fold 8 Ultra and Galaxy Z Fold 8. The former, specifically, packs a 5,000mAh cell that, based on Samsung's own testing, offers 27 hours of video playback.

Now, as uninteresting as this may sound, it's actually pretty big news, especially given that the phone is thinner than ever and the same weight as last year's Galaxy Z Fold 7. We were invited to an exclusive, early-access hands-on session alongside SuperSaf to try out the new phones, and we discussed this change (and others) in our latest podcast episode, which you can watch just below.

It's not just us professional tech nerds moved to excitement by the news; in a poll we shared in the weeks running up to the latest Samsung Galaxy Unpacked show, our readers overwhelmingly agreed that a larger battery life would be their biggest wish for the latest and greatest Samsung foldable, and those prayers have been answered. Feels good, right?

The sad news is, the second-most desired change remains unmet — that being the re-introduction of the S Pen and the digitizing layer under the display that makes the technology compatible. In fact, as reported by 9to5 Google, Samsung recently quietly removed product listings for all previous-generation S Pens, which perhaps doesn't bode well for the longevity of the styluses overall.

It's a real shame, and one I highlighted in the podcast as being particularly at odds with the phone's productivity-first marketing messaging; if the idea is that the best way to use this phone is like a tablet, which, for me, includes doodling, taking notes and not having to constantly wipe off grubby fingerprints, then hand me the S Pen and be done with it, even at the cost of a few more millimeters thickness.

That being said, at least in the case of the S26 Ultra phones, a Samsung exec shared with TechRadar just last year that the S Pen is a crucial part of the phone's DNA, so I hope that gives at least a little more runway for these handy accessories.

You can watch the full episode of the TechRadar podcast above or head directly to YouTube to hear all of our expert opinions on the latest slate of Samsung foldables and smartwatches.

• US data center electricity usage is expected to quadruple by 2035
• There has been a surge in signups for Trump's Ratepayer Protection Act
• Residential electricity rates have risen by 25% over the past four years

US data centers are expected to use four times more electricity by 2035 than they currently use, bringing the total consumption to one fifth of the country's electricity production.

In an attempt to quell the national dissatisfaction with AI and the data centers needed to support capacity, over 200 entities have joined President Trump’s pledge to not pass on rising electricity costs to consumers.

But Trump’s pledge is entirely voluntary, and has little control over electricity pricing which is decided by state regulators and electricity buyers and sellers - and in some states with huge data center buildouts electricity pricing has already risen significantly.

Electricity consumption set to quadruple

A new report by BloombergNEF seen by TechCrunch predicts that global AI compute will rise to as much as 200 gigawatts over the next decade, with most of it concentrated in the US. Additionally, many already strained power grids across the US will struggle to handle new data center connections without huge infrastructure buildouts. Current infrastructure buildouts have seen the US government seize private property from landowners using eminent domain.

The PJM Interconnection across Virginia and Illinois is expected to see 34% of its electricity go to data centers over the next decade. In the same timespan, Texas’ ERCOT will have to divert 22% of its electricity to data centers.

There is one caveat, however. The BloombergNEF report is likely a conservative estimate. Compared to a report released in December, BloombergNEF’s new electricity usage estimates are 83% higher than the previous prediction.

The strain caused by the buildout of AI data centers is even causing a rift between utility companies and grid operators. American Electric Power threatened to pull out of the PJM interconnection due to the supply-demand imbalance causing prices to rise by as much as 76% in the last year.

Trump pledges to stop electricity price rises caused by big tech

According to exclusive WSJ reporting, there has been a huge surge in signups to Trump’s Ratepayer Protection Pledge, which is a voluntary commitment to not pass on the rise in electricity prices caused by AI data center buildouts to consumers. The pledge encourages private companies to “build, bring, or buy” new electricity sources.

Amazon, Google, Meta, Microsoft, OpenAI, Oracle, and xAI were among the first to sign up back in March 2026, but since then the nation’s biggest utilities and data centers developers have also joined the pledge, including NextEra Energy, Duke Energy, Equinix and Digital Realty.

New commitments for the Ratepayer Protection Pledge are expected to be announced by Trump at an event by the Environmental Protection Agency, but Trump’s track record on environmental protection has been less than stellar. New fossil fuel energy production facilities can now expedite their application process, and Trump’s “drill, baby, drill” policy has significantly reduced funding and support for clean and renewable energy sources, which are far cheaper than their fossil fuel counterparts.

Despite the pledge not to pass on the rising costs of electricity to consumers, there have already been significant consumer electricity price increases across the US.

According to ElectricChoice statistics, average US residential electricity rates are up 7.4% year-over-year, with Ohio alone seeing a 19.4% increase in the same period. 13 US states have seen double digit increases in year-over-year electricity pricing, while only 5 states have seen pricing stay the same or decrease.

(Image credit: Electric Choice)

In the past four years, residential electricity rates have risen by 25%, with grid modernization investments and record data center construction cited as two of the main reasons for the rapid growth in pricing.

According to Cleanview, the US currently has 1,214 operating data centers with a further 1,714 planned or in construction.

(Image credit: Cleanview)

A bill that seeks to actually hold tech companies responsible for their contributions to the increase in consumer electricity prices has been introduced to congress, called the Ratepayer Protection Act. The bipatisan bill looks to introduce a “large load standard” requiring tech companies to bear the cost of the energy they use, alongside upgrades to the local grids they connect to.

If you're looking for a cheap portable monitor for travel, then I definitely recommend the AOC 16T35 for $60 (was $90) at Best Buy. This is a very limited-time deal though, which runs out soon.

We tested the AOC 16T3EA, which is identical in size, weight, and screen, awarding it 4.5 stars and a Highly Recommended badge in our review.

Now, the AOC 16T35 is a significant upgrade that's actually cheaper to buy. Notably, it boasts two USB-C ports rather than one, an additional mini HDMI port and, addressing one of our issues with the stripped back version, it has built-in speakers. They're not ultra loud, but I always find it's better to have them if you're just jumping on a quick video call.

Should you buy it?

✅ Buy the AOC 16T35 if...

You're looking for a budget portable monitor that delivers a good display for office tasks. In our tests, we found it made viewing and editing business documents "absolutely superb."

❌ Skip the AOC 16T35 if...

You're a creator. While the FHD display makes it a great business companion, we found the limited color accuracy holds it back from being a recommended pick for creative professionals.

A 15.6in display with a slim and lightweight design. This 3.3lb portable monitor has a built-in kickstand for portrait and landscape viewing, features a 1920x1080 resolution, two 1W speakers, two USB-C ports, a single 3.5mm audio jack, and one mini HDMI port. View Deal

Why we recommend it

In our review, we called AOC's portable screen "a solid, lightweight option for working on the move." And that was for the pared back AOC 16T3EA.

This is a much better offer at a much better price. The AOC 16T35 increases USB-C ports from one to two, adds a mini HDMI, and includes built-in speakers. If you were choosing between the two, I wholeheartedly recommend the 16T35 model.

The portable monitor performed well in our tests particularly for business-oriented tasks like viewing PDFs, browsing, checking emails, and running office software.

We found it very easy to set up, and we appreciated the amount of control you have over the display in the OSD.

It's not suitable for professional creative tasks, given the color accuracy - although, if you're just using it to expand screen real estate while editing photos for your social media page, it's more than suitable for that. Just don't go using it for editing features or print-ready marketing materials.

In fact, in our testing, we specifically highlighted that: "Overall, the monitor performed well, with a clear display and a beautiful matte finish that made it ideal for office work and browsing the internet. In creative use, it was also a good option for palettes, as well as email, documents, and anything else that didn't require absolute colour accuracy."

Price Context & Historical Value

At $60, this sits firmly at the budget end of the best portable monitors we've tested. Considering what you get here - a second screen with three actually useful ports, a clever kickstand, and built-in speakers, this is an easy recommendation. A lot of cheap portable displays that hover around the $50-60 mark - particularly the non-branded ones - lack all of these features.

The Catch: What to know before you buy

Obviously I've mentioned the color accuracy issue already. But if that forms any part of your workflow, avoid this monitor. And look for one with a higher resolution, too - 2K should do nicely.

The other issue is the speakers. While I always appreciate them, it's fair to say the ones equipped to the AOC 16T35 aren't especially powerful. They're fine for video calls or checking videos, but I'd recommend investing in a proper external speaker if you're relying on audio in your job.

• Shop all portable monitors at Best Buy
• See all Black Friday in July deals at Best Buy

Android 17 QPR2 Beta 1 fixes Gemini-related reboots, Bluetooth failures, and missing notifications while ending beta support for the Pixel 6 series.

The post Android 17 QPR2 Beta 1 Arrives for Pixel Phones With Gemini, Bluetooth Fixes appeared first on TechRepublic.

• An amateur astronomer has discovered a meteorite crater on Google Maps
• The crater is thought to be 390 million years old
• The finding was verified when a scientists visited the site and found telltale rock formations

Sometimes, I find myself idly browsing Google Maps, marveling at the wondrous locations I can spy from a satellite’s vantage point. Sadly, though, I’ve never discovered a 390-million-year-old meteorite crater while enjoying my nerdy pastime — but one clever Canadian has just managed to do exactly that.

Speaking to The Canadian Press, amateur astronomer Joël Lapointe said he was plotting a summer hiking trip in Québec when he spied a strange ring-shaped indentation in the ground spanning some 15.5 miles across.

The circular pit fired up Lapointe’s Spidey-Senses, but he kept telling himself that it was unlikely to be an actual meteorite crater: “I told myself, ‘You haven’t discovered anything, Joël, it’s not possible, they must already know about this.’” Yet, when the formation did not appear in any of the crater databases Lapointe searched, he decided to submit his finding to the experts.

Although Lapointe spotted the geological anomaly back in 2023, his hunch wasn’t confirmed to be correct until October 2025. That’s when planetary geologist Gordon Osinski of Canada’s Western University conducted a field survey at the location, and discovered impact melt-rock and shatter cones, both rock formations caused by a meteorite impact. The findings — which dated the crater as around 390 million years old — are due to be presented at the 88th Annual Meteoritical Society Meeting in Germany in August this year.

How to find this ancient impact site

The meteorite impact crater can be seen from Google Maps. (Image credit: Google / Future)

If you want to view the impact crater for yourself, it can be found at the following coordinates: 51°13'57.3"N, 64°39'53.0"W. Zoom out a little and the circular nature of the crater is clearly visible, with Lake Marsal located at its center.

Lapointe was delighted with his discovery, telling Radio Canada that: “It’s not every day that an ordinary citizen finds a 390-million-year-old crater. I encourage everyone to not ignore intuition or an observation, even if it isn’t part of your field of expertise.”

He’s not the first person to notice something strange depicted within Google Maps’ extensive imagery. Past explorers have found shipwrecks in shallow waters, and discerned commercial aircraft mid-flight, and even what appeared to be a B-2 Spirit stealth bomber, although neither of those aircraft can be viewed today, as Google has updated its satellite imagery.

Still, Lapointe’s story shows that sometimes, idly scrolling around Google Maps can lead to impressive discoveries. As Osinski — who often gets erroneous reports of possible craters — put it, “It just goes to show, while 9 out of 10 or 99 out of 100 might not be [impact craters], there could always still be that one that will surprise you.”

• RAM pricing in Germany has suddenly gotten a lot steeper
• The price of DDR5 memory is now 448% more costly than a year ago
• On top of that, TSMC is reportedly set to increase its chip production prices by up to 10% next year, which will mean more expensive CPUs

The RAM crisis appears to be getting considerably worse right now, based on memory pricing in one country anyway — and we've also had some bad news from a big chip maker.

First off, RAM pricing in Germany is what's been under the microscope courtesy of 3D Center (via Wccftech), which regularly takes the temperature of the market in the country, finding that July has seen a notable price hike.

This is for DDR5 RAM at retailers in Germany, and prices are now at an incredible 448% more costly than a year ago (before the memory crisis kicked off). Pricing had been at 440% at the start of 2026, but then dropped to 408% in March, and stayed at that level in April, before climbing back to 419% in June.

However, this latest move to 448% represents a bigger leap, and an all-time high for the German market.

As for the bleak news from the chip maker, that's TSMC which is going to raise the cost of its chip production by up to 10% next year, according to a report by Nikkei Asia (as flagged by PC Gamer).

The reason for TSMC having to hike prices is said to be the rising cost of materials and the equipment for manufacturing chips, as well as the need to fund expansion plans for more fabrication facilities (or fabs, as they're known).

Bigger premiums will be lumped onto those ordering high-end chips (high-performance computing or HPC silicon) from TSMC off the cuff (on top of existing orders), and in these cases there could be up to a 15% hike.

Analysis: hiking misery

(Image credit: Shutterstock)

The good news here, such as it is, is that TSMC is reportedly waiting until 2027 before implementing these price hikes. They could have come in sooner given the climate we're currently facing, although we should remember, this isn't official, and it's just based on what Nikkei Asia has heard from its sources. But it's all too believable, and indeed arguably inevitable that further chip price hikes are coming.

What this means is that the likes of processors – or anything with a CPU in it – are likely to get pricier next year, because manufacturers who are getting their chips from TSMC will, naturally enough, pass any cost increase (or most of it) on to the consumer. And TSMC supplies a lot of the tech industry's needs, Apple and Nvidia included (as well as AMD and Qualcomm).

Regarding the RAM situation in Germany, this is just one country, of course, but it's generally reflective of what a lot of chatter is saying – that the second half of 2026 is going to bring further price rises, and that next year is likely to be even worse. That's the broad theory floated by analysts and chip makers themselves in many cases, and the German market is simply backing this notion up.

Of course, there's not much that can be done about this, except perhaps to consider buying now rather than next year. Or at this point, you may want to look at Black Friday as a good upcoming opportunity to pounce on a hardware purchase like a PC or laptop, and that's the other thing to bear in mind here: how you proceed depends on what hardware you're looking at purchasing. I've discussed this recently in some depth, after Nvidia's CEO commented on the RAM crisis and how it's not going to be over until perhaps 2030.

• Intel's data center business has seen tremendous growth thanks to ongoing AI demands
• Layoffs would likely target operational efficiency over division reduction
• Share prices and quarterly earnings are back to being in a good place

Intel has reportedly warned workers in its Data Center Group that another round of layoffs could be coming soon, adding to the major layoffs that already came in 2024 and 2025.

The company has not disclosed the number of jobs being eliminated, when they would leave, or any other finer details, but Oregon Live reports that the restructuring would reduce organizational complexity and allow the division to operate more quickly.

However, the changes still come as a surprise, with the Data Center Group currently one of Intel's stronger-performing businesses.

Intel set to lay off data center business workers

More broadly, warnings of sector layoffs come as more of a shock with data center hardware in hot demand and supply chains under immense pressure.

"As part of our broader strategy to become a more focused and efficient company, (the data center group) is aligning its organization to ensure it has the right roles and skills in place to position the business for long-term success," the company told Oregon Live.

New CEO Lip-Bu Tan had already warned of major workforce restructuring in a drive for organizational efficiency.

This comes against a healthy backdrop for Intel, with first-quarter revenue for the data center division up 22% year-over-year. In fact, Intel's company share price has recovered dramatically in recent months following support from the US government. From lows of under $20 throughout parts of 2025, company shares have since grown around 5x to $105.45 at the time of writing.

That growth is set to continue, with Intel set to announce its second-quarter results on July 23 2026, targeting revenue of $13.8 billion to $14.8 billion, up from $13.6 billion in its first quarter.

iOS 27 beta code references an iPhone with two batteries, adding another software clue to Apple’s rumored foldable iPhone and repair plans.

The post iOS 27 Code Points to Rumored iPhone Ultra With Dual Batteries appeared first on TechRepublic.

• The Jura E10 is a new premium espresso machine from the Swiss brand
• It offers hot and cold brewing, syrup-infused foam, and Light Brew mode
• It's available now for £1,425 (about $1,910 / AU$2,720)

Jura, known for its luxury espresso machines, has just launched a new coffee maker that packs a staggering array of advanced brewing features into a surprisingly compact package. The new Jura E10 offers hot and cold brewing, syrup-infusion for flavored drinks, and a new timer that means the machine can start brewing when you wake so your favorite coffee is ready and waiting the moment you wake up.

The feature set sounds very similar to that of the Jura J10 I tested last year, which is still one of the most advanced coffee makers I've ever used. It poured a perfectly-extracted espresso, and its cold-brewed espresso was mellow and flavorful.

Its milk system was excellent as well, whether using hot or cold milk, but what impressed me most was the Sweetfoam system that mixes the syrup of your choice into the milk as it's dispensed.

Flavored coffees are usually made by pumping syrup into the cup before adding coffee and milk, which means the flavor is concentrated at the bottom. With Sweetfoam, the syrup is evenly distributed throughout the whole drink, which means you get the full flavor with every sip, and only need to use a very small quantity. You can use regular or sugar-free syrup, and during my tests I found it had the added benefit of stabilizing the milk foam so it lasts and lasts.

Perfect for small kitchens

Like the J10, the new E10 offers a huge menu of hot and cold drinks, but now they're organized into a color-coded menu that makes it easier to find the one you want.

These options now include Light Brew — a new feature not available in the J10 — which uses a smaller dose of coffee and a lower brewing temperature to prepare a drink with a less intense flavor that's ready to enjoy straight away.

The coffee-timing feature means the machine will start brewing your coffee automatically exactly when you want it to — a feature you'd normally only see on drip coffee machines. However, it's worth noting that this is only available if you also pick up the Jura Wi-Fi Connect V2 module, which adds wireless connectivity to your coffee machine and costs an additional £49.95 (about $70 / AU$100).

All of these brewing functions are packed into a surprisingly slim package that will slot more easily into small kitchens:

Dimension

Jura J10

Jura E10

Width

12.5 inches / 31.8 cm

10.6 inches / 27 cm

Height

13.7 inches / 34.8 cm

13.7 inches / 34.8 cm

Depth

17.6 inches / 44.6 cm

17.6 inches / 44.6 cm

The Jura E10 is available now direct from Jura and a handful of third-party stores for £1,425 (about $1,910 / AU$2,720). It's currently only sold in Europe, but the rest of the E range is available in the US, so I'm expecting it to launch there in the coming months.

Quantum computing has fascinated the tech world for several decades. That’s because, while classical computing is binary, quantum bits (qubits), made from atoms, electrons and superconductors, can be in both “0” and “1” at the same time, providing computational power that is inaccessible to classical computers.

The implications of this computational power will be far-reaching, such as accelerating drug discovery, optimizing global supply chains, and revolutionizing material science for clean energy. If that’s not interesting enough, the new frontier of hybridizing quantum and classical computing generates yet another source of excitement for the field.

Humanity has embedded computing into the fundamental fabric of daily life. It underpins our progress in an enormous number of fields, as well as impacts our day-to-day lives more than almost anything else.

While quantum computers are fascinating on their own, it is becoming increasingly clear that their integration into data centers - treating them as a crucial piece of the broader computing puzzle - represents one of the most interesting frontiers in science and technology today.

Hybrid computing: already a reality and key in the future

The idea that quantum and classical computing will work together is not a future vision. Quantum computers already rely on tight integration with classical computing, which plays a critical role in enabling their operation.

For example, extensive classical computing is used for generating the control signals that operate the quantum hardware and to calibrate quantum hardware and control systems. In this scenario, classical computers are finding thousands of different system parameters and retuning them constantly as they drift over time.

Very compute-intensive classical algorithms are also used for decoding errors during quantum error correction, which is critical for enabling stable quantum computation and the scaling of quantum systems. Another key use case is that hybrid quantum-classical algorithms rely on interleaving quantum and classical computation to solve complex problems.

In the future, this hybridization will have a growing impact on computing applications. QPUs will act as specialized accelerators within classical HPC and AI workflows, complementing CPUs and GPUs rather than replacing them. Quantum systems will sit alongside CPUs and GPUs in data centers and be deployed for exactly the type of problems they are best suited to solve.

In fact, this is already starting to happen - some of the most important recent quantum demonstrations have relied on quantum and classical systems operating in close coordination. For example, RIKEN and IBM scientists recently achieved one of the largest quantum simulations of iron-sulfur clusters through closed-loop data exchange between a co-located IBM Quantum Heron processor and RIKEN's Fugaku supercomputer.

This kind of hybrid exchange between quantum and classical systems, rather than quantum computing operating as an isolated, standalone resource, is the model we expect to become standard as the technology matures.

The final, and perhaps most intriguing frontier in quantum-classical hybridization is its relationship to Artificial Intelligence. Compute infrastructure is being used to train AI models, while hardware capabilities limit what models can do in various ways. Integrating quantum hardware into this compute fabric may allow new data to be generated for AI models as well as new engines for AI inference.

Moreover, AI tools may help us break some of the abstraction layers we have created, which can remove further limitations on how we use quantum hardware to solve problems.

Quantum computers don't run themselves

Given the above, as quantum computing moves from laboratory demonstrations toward practical applications, success will depend not only on better quantum processors but on how effectively quantum and classical computing work together.

The latency and bandwidth of the quantum-classical links will play a critical role in how performant this integration is and will determine how deeply connected the quantum and classical processing can become. This matters because qubits hold their state only briefly - the faster the classical system can read, process and respond, the more complex a calculation it can support before that state is lost.

Another critical aspect is software. Building infrastructure, tools, compilers and applications that orchestrate hybrid quantum-classical workflows efficiently, with high performance as well as developer experience in mind, will be critical for the industry to succeed in its mission to deliver real-world value in a timely manner.

This requires investment in the orchestration layers that allow developers to calibrate and control quantum resources as easily as they would HPC today, abstracting away much of the underlying hardware complexity.

The next phase of quantum computing will depend on bringing together advances in physics, engineering and computer science to cross the barrier from lab prototypes to useful computers.

There are many challenges ahead, from scaling the hardware and performing error correction at scale to finding the right applications to push for. The clear message is that hybrid quantum-classical systems are not a temporary stage in this journey. They are the foundation on which practical quantum computing will be built.

Enterprises and IT leaders exploring quantum shouldn’t focus on the number of qubits, but on how systems integrate with classical infrastructure. When it comes to scaling useful quantum computing and implementing hybrid computing, the control systems, error correction and software orchestration will determine whether a system can deliver reliable performance and repeatable results.

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Trump administration AI testing chief Chris Fall resigned after just 90 days, leaving CAISI under interim leadership during a critical period for AI safety standards.

The post Trump’s AI Safety Chief Is Out — After Just 90 Days on the Job appeared first on TechRepublic.

• TikTok is releasing a new tool to help users identify AI spam
• It says that AI spam “crowds out original creators”
• Industry insider suspects that ad revenue may be the real motivator

If you're getting tired of AI slop on social media, you're not alone. Even TikTok, which has spent the last couple of years rolling out AI creation tools, is now testing new ways to detect AI-generated spam and teaching users how to recognize AI content.

TikTok says it is testing improved detection systems to target accounts dedicated to posting AI-generated spam that “crowds out original creators”, and it is also creating a new guide that helps its users use AI tools responsibly. TikTok is launching a new in-app hub within the next few weeks where you can learn practical skills for spotting AI-generated content when you search for AI-related terms.

(Image credit: Future)Is it really a moral stance?

We spoke to Donatas Smailys — CEO of Billo, the largest UGC creator marketing platform in the US — about the new tool. His take is that TikTok is fighting AI content because it doesn't perform, and that hurts TikTok's ad business too.

"It would be naïve to read this as TikTok taking a moral stance. The platforms can see in their own data what audiences respond to, and they're quietly rebuilding their rules around real people.”

It strikes me as slightly ironic that TikTok, which has spent the last couple of years pushing AI creation tools, is now simultaneously educating people to recognize AI content and testing systems to suppress AI spam.

If TikTok's own data suggests AI-generated spam is harming engagement or advertising performance, then it may be the saving grace for the rest of us who are tired of AI slop ruining the experience of social media. Frankly, at this point I’ll take anything that reduces the amount of AI videos that get served to me, for whatever reason.

What this means for the future

The wider issue here is that if TikTok is beginning to treat low-quality AI spam as a platform problem, then it should raise some red flags for advertisers who heavily rely on synthetic influencers and AI creators. If low-quality AI spam was improving the platform, TikTok would have little incentive to invest in detecting and suppressing it.

TikTok actually has pretty stringent rules on AI content on its platform already. It’s quite common to see the label “Contains AI-generated content” on TikTok videos.

It seems that regulators are moving in the same direction. “New York now requires disclosure of synthetic performers in ads”, says Smailys “with penalties for those who don't comply. And my guess is that more states will follow. But the loss of trust is an even bigger risk here. Once your audience feels tricked, no disclosure label wins them back."

While the rise of AI slop seems unstoppable at the moment, I wonder whether we'll eventually look back at 2026 as the year platforms realized that flooding people's feeds with AI-generated content wasn't sustainable and that what users really wanted all along was more real people.

Samsung's second big phone launch of the year is almost here — and while the leaks have given us lots of hints, we're here to untangle all of the official news on the its new foldables and smartwatches. And who knows, maybe Samsung will have a surprise in store too.

According to the rumors, it's going to be a particularly big day for foldables. We're expecting to see the Samsung Galaxy Z Fold 8, Galaxy Z Flip 8, , and Galaxy Z Fold 8 Ultra all make their debuts — and the Z Fold 8 could also be a sneak peak of what to expect from the incoming iPhone Ultra.

But if you've been waiting for a sequel to the Samsung Galaxy Watch Ultra or Galaxy Watch 8, it'll worth tuning in for those too. Both are expected to get successors today, when the event kicks off at 9am ET / 6am PT / 2pm BST / 11pm AEST on July 22.

So if you want to see what Samsung has in store today, join us for all of our live reactions and first impressions from inside the London event...

Welcome to Galaxy Unpacked 2026 (the sequel)

Hello, and welcome to our liveblog for Samsung's second big phone launch of the year, Galaxy Unpacked 2026.

We'll be reporting live from the London event, which kicks off at 9am ET / 6am PT / 2pm BST / 11pm AEST. But first, it's time to take you through all of the last-minute rumors on what we're expecting to see — and we certainly haven't been short of leaks...

The Z Fold 8 is winning the hype battle

Hey guys, let's guess what he's holding? pic.twitter.com/H9jwX1OCPtJuly 21, 2026

The Galazy Z Fold 8 is emerging as the potential star of today's Unpacked event — and the foldable has just appeared in a new teaser poster (above).

It's the Z Fold 8's wider, passport-style design, which will likely separate it from the taller Fold 8 Ultra, that makes it the one I'm most interested in from today's launches. Partly because it also probably gives us an early peak of the iPhone Ultra's likely form factor.

We're expecting to see a 5.5-inch cover display and 7.6-inch inner display, both with a 120Hz refresh rate. The teaser poster matches some of the leaked dummy units that we saw earlier this year (below).

First look at dummy units of the Samsung Galaxy Z Fold8, Z Fold8 Wide, and Z Flip8. The Fold8 Wide lines up closely with the expected size of the iPhone Fold. pic.twitter.com/NVP3agwsrMApril 27, 2026

What are you most excited to see?

We've done a full rundown of everything we're expecting to see at Unpacked 2026, so that's worth a read as we get closer to kick-off (in just over two hours).

But the short version is that we're expecting three foldables (a Z Fold 8, Z Fold 8 Ultra and Z Flip 8), plus two Galaxy Watches (the Watch Ultra 2 and Watch 9), and (potentially) also Samsung's first smart glasses.

Which one are you most excited about? Let us know in the poll below...

We've landed at UnpackedFutureFuture

We're very keen here at TechRadar, so we've already arrived at the Galaxy Unpacked event in London, and it's very... quiet.

That's understandable, as we're still two hours away from kick-off and many international attendees will be coming from hotels much closer to the start time.

A London-based Unpacked is a rarity — last year, Samsung did a mix of US-based and virtual events, while this year's earlier Unpacked in February was in San Francisco.

You have to go back to 2012 for the last time London hosted Samsung's main event, which saw the arrival of the Galaxy S III...

FutureFutureWill Samsung finally solve foldable creases?

pic.twitter.com/Ck4rIXaXxAJuly 22, 2026

There's a good chance that we'll see another big step towards crease-free foldables today. We recently visited Samsung Display's secret labs where it talked to us, among many other things, about its new "Flex Titanium Technology".

This includes a special structure at the fold to give added flexibility and help reduce crease visibility. We've recently more leaks on that theme — and while the image above doesn't look like a particularly fair comparison in terms of lighting, I'm hoping this new feature lives up to the hyper when we see it in person later.

If you host an event in London...

(Image credit: Future)

The umbrellas are already out at the Galaxy Unpacked 2026 queue. We've had what feels like months without rain in London, but right on queue the dark clouds are forming.

It's now just over 90 minutes till kick-off time, so hopefully we'll be ushered inside soon...

Brace yourself for price hikes

(Image credit: Future)

Some slightly less positive news from today's Galaxy Unpacked 2026 event is likely to be price hikes for the Z Fold 8 and Z Flip 8.

A recent report from Korea (via Phone Arena) suggested that both foldables could be about $130 pricier than their predecessors. In the grand scheme of RAMageddon, that wouldn't be too bad — and the Fold and Flip series have never been the most affordable phones anyway.

Samsung has also already increased the prices of the Z Fold and Flip 7 series over the past year, so hopefully that will soften today's potential price rises...

A self-healing crease?

Exclusive!Galaxy Z Fold8 series creases are self-healing.July 22, 2026

Samsung's upcoming foldables might not just have smaller creases than their predecessors, they could also have self-healing ones if the latest leak (above) is to be believed.

It's unclear how this would work, but perhaps it would ensure the crease doesn't become more visible over time. It also reminds us of the self-healing finish on the LG G Flex series, which could automatically fill in minor scratches.

It will be interesting to see how Samsung's take on this works, but if this leak is accurate then it could be Samsung's secret weapon against the upcoming foldable iPhone Ultra.

All the specs have already leaked

The Samsung Galaxy Z Fold 7 (Image credit: Lance Ulanoff / Future)

Samsung might not have too many surprises today if you've been following the leaks and rumors, as WinFuture.de recently leaked complete specs lists for the Samsung Galaxy Z Fold 8, Z Fold 8 Ultra, and Z Flip 8.

Highlights if this leak is accurate include a Snapdragon 8 Elite Gen 5 chipset for the two Z Folds and — at least in Europe — an Exynos 2600 for the Galaxy Z Flip 8.

We'll also apparently get a higher-capacity and faster charging 5,000mAh / 45W battery in the Z Fold 8 Ultra, but the real highlight could be the base Z Fold 8, since this is widely expected to have a new shorter, wider form factor, which according to this leak will allow for a 7.6-inch foldable screen and a 5.5-inch cover display.

The Galaxy Watch Ultra 2 might live up to its name

The Samsung Galaxy Watch Ultra (Image credit: Future)

We're also expecting various wearables today, and WinFuture has spilled the beans on the Samsung Galaxy Watch 9 and Samsung Galaxy Watch Ultra 2 in a detailed leak.

The latter could have a slightly larger and much brighter display than its predecessor, coming in at 1.52 inches and 5,000 nits, and joined by a colossal — by smartwatch standards — 800mAh battery, along with a build that's designed with divers in mind.

This is sure to be expensive, but the standard Samsung Galaxy Watch 9 should be a cheaper option for anyone who doesn't need all the bells and whistles offered by the Ultra. Sadly though we're not expecting a new Classic model this year.

Samsung's first smart glasses sound like Ray-Ban Meta rivals

Ray-Ban Meta glasses (Image credit: Future)

Samsung could be about to make smart glasses more mainstream, as its first pair is rumored to be included in today's announcements, and the Samsung Galaxy Glasses as we're calling them for now have been extensively leaked.

A detailed new leak on WinFuture tallies with what we've heard before, including that these apparently won't have a screen, and will instead rely on cameras and access to Gemini, which should be able to see what you can.

They sound a lot like the Ray-Ban Meta glasses, and like those they apparently use a Snapdragon AR1 Gen 1 chipset, which is now three years old. Still, with supposedly 9 hours of battery life, Gemini access, and a big brand name behind them, they could be a hit.

These last-minute leaks are looking quite official

The official promotional materials for the Fold 8 series have been leaked by KT. pic.twitter.com/qzIvOTc6DhJuly 22, 2026

We're now less than 30 minutes away from Samsung Galaxy Unpacked 2026, and the leaks are looking ever more convincing, with what appears to be official marketing imagery having now leaked too, as you can see above.

This shows off all three expected foldables — the Samsung Galaxy Z Fold 8, Galaxy Z Fold 8 Ultra, and Samsung Galaxy Z Flip 8.

The purple Z Fold 8 Ultra looks quite appealing, but hopefully the pink background is a sign that we'll get some brighter colors too.

A subtle hint?

(Image credit: Future)

We're taking our seats at London's Galaxy Unpacked 2026 event and noticed a nice little touch from Samsung.

When you remove the perforated portion of our lanyards, it's remarkably close to the expected shape of the Z Fold 8 that we've seen in leaks.

Still, if you want an even clearer idea of what's coming, check out the leaked marketing materials that have just landed for the Fold 8 series. Or you could just wait 15 minutes to see the real thing...

What about the Galaxy Ring 2?

(Image credit: Zachariah Kelly / TechRadar)

What's TechRadar's Senior Fitness & Wearables Editor Matt Evans most excited about at today's Unpacked?

"I'm most looking forward to the wearables — the Watch 8 was outstanding last year, and I’m hoping for more of the same on that front. But the hotly-rumored Watch Ultra 2 is going to be the real star. Plus, who knows? We may event get a hint about a Ring 2…", he says.

Samsung has already confirmed it's working on the Galaxy Ring 2 — and while it isn't expected to get a full launch today, we could well get a teaser at the end of the event (just as Samsung did for the original Ring).

Five minutes to go...FutureFuture

It's now just five minutes till kick off, and TechRadar's Lance Ulanoff has shared some final thoughts on this year's second Unpacked.

"We pretty much all know the shape of things to come, but I'm super curious to see the reaction from the crowd here and online. Is different better or just different? Can more fold shapes expand the market? Or can only Apple do that?" he says.

We won't have to wait long to find out...

Get your popcorn ready

(Image credit: Future)

We're just a minute away from the start of Unpacked, and the expected arrival of its new foldables and smartwatches.

A final thought from TechRadar's Editor at Large, Lance Ulanoff, who's at the event right now. "What may be missing from this event is any kind of surprise. Samsung is very leaky, and most of the excitement tends to be muted by the time they tell us what we already knew or read about somewhere," he says.

"For Samsung, the goal is to generate Apple-level energy for its latest foldables and any other products they pull out of their back pocket. It's especially important to build that kind of momentum before Apple begins its product rollout juggernaut in September," he adds.

And we're off

(Image credit: Samsung)

TechRadar's Phones editor Axel Metz has some final pre-Unpacked thoughts as we go through Samsung's pre-amble.

"I’m curious to see whether Samsung positions the shorter, wider Galaxy Z Fold 8 as its hero product this year — i.e. the foldable it hopes and expects people to buy — or simply as a more affordable alternative to the premium Galaxy Z Fold 8 Ultra," he says.

"In making the Galaxy Z Fold 8, Samsung is acknowledging that the taller, narrower form factor of the Galaxy Z Fold 8 Ultra isn’t very ‘Gen Z’, and with Apple rumored to be releasing a similarly sized iPhone Ultra later this year, I — and probably Samsung — expect this new aspect ratio to become the foldable mainstream. Where does that leave the Ultra in years to come?" he says.

The Samsung Glasses are coming

(Image credit: Future)

That's a surprise, Samsung has just teased that the Galaxy Glasses are coming at today's event. But first, it's going hard on security and privacy...

(Image credit: Samsung)AI and privacy are the hot topics

Samsung's TM Roh is on the stage right now talking about the "the importance of AI infrastructure", as he says Galaxy AI will be coming to 800 million devices by the end of the year. Now we're moving onto its foldables, starting with the Galaxy Z Fold 8 Ultra...

@techradar

♬ original sound - TechRadar First up, the Z Fold 8 Ultra...

(Image credit: Samsung)

Samsung's starting its Z Fold 8 Ultra promo with Flex Titanium, the new hinge design it announced last week that promises to make the crease less visible.

Also, there's battery news — it has largest-ever battery in a Galaxy Z Fold phone (at 5000mAh), and for the first time uses silicon carbon tech that we've seen in its many Chinese rivals — hooray...

Cybersecurity risks in water infrastructure have consequences that reach far beyond systems and networks.

Across the sector, the systems responsible for treatment and distribution are becoming more connected. Pumps, sensors and control environments that once operated in isolation are now linked to wider networks, often in the name of efficiency or modernization.

The problem is that these systems were never built with continuous exposure to cyber threats in mind and connecting them has introduced new attack surfaces that are difficult to maintain visibility of and control.

At the same time, many facilities have crept towards an increasingly blurred line between IT and operational technology (OT). Driven by incremental needs and very practical limits on systemic refresh, these systems have been added to and grown more complex over time rather than being designed securely from the ground up.

As a result, they become more tightly interconnected, with access stretching further across networks and systems than it should. Once an attacker breaches a system, it becomes far easier to move laterally across the network and get closer to critical infrastructure.

Meanwhile, cyber threats continue to encroach on the water sector, with attacks becoming increasingly frequent and their potential impact is hard to ignore. Disruptions to drinking water treatment or control systems can quickly escalate, interrupting supply or affecting water quality and, in turn, the communities that depend on them.

Structural challenges in securing water systems

Securing water infrastructure is made more difficult by the operational realities many providers face. Technology environments have expanded over time, often without dedicated cybersecurity resources growing at the same pace, making it harder to maintain consistent oversight across increasingly ageing and disparate systems.

Many organizations are also balancing modern hyper-connected digital management expectations with the ongoing operation of originally isolated, long-established systems. This places additional pressure on teams responsible for maintaining both resilience and day-to-day continuity.

Another persistent challenge is the divide between IT and operational technology (OT) teams. Because these environments have traditionally evolved separately, with different design approaches, responsibilities, priorities and expertise, they are not always closely aligned, which can slow decision-making and create gaps in visibility during an incident.

In smaller providers, cybersecurity responsibilities may sit with operational staff whose primary expertise lies in running facilities rather than managing cyber risk. Larger organizations may have more specialized cyber teams, but greater separation between functions still introduces coordination challenges and the risk of operational blind spots.

Connectivity without constraint

The growing use of cloud computing platforms and remote access tools has brought clear operational advantages to critical infrastructure like water systems. However, it has also reinforced a default position of keeping systems online at all times, often without a genuine operational imperative for continuous connectivity.

This “always-connected” approach can unnecessarily increase exposure, particularly as more assets become reachable across wider networks. Without clear control over the time windows when systems need to be accessible, organizations may be creating more risk than expected, certainly more than is required.

A stronger, resilient approach starts with recognizing that security grows by making connectivity intentional. Not every system needs to remain online continuously, and limiting unnecessary access significantly improves security outcomes.

This can be achieved by creating stronger separation between critical systems and the wider network, using controls that allow connections to be enabled only when required while maintaining essential operations. In this model, connectivity is actively managed to define resilience on demand.

Containment as a first line of defense

In the event of a vulnerability or compromise, response speed is critical, notably in environments where interconnected systems enable threats to spread rapidly across the network. Without effective connection controls in place, attackers can exploit this unconstrained accessibility to extend their reach before a full response is underway.

The ability to isolate systems in real time helps change this state. Segmenting critical parts of the network helps limit lateral movement, and deeply segmenting down to high criticality digital elements enables organizations to contain threats far more substantially and focus their efforts on speeding up the incident response.

Having this level of control helps limit the spread of disruption and supports a more structured response. It also creates clear, demonstrable evidence of how risk is being managed - something that’s becoming increasingly important as regulatory scrutiny and cyber insurance requirements become more demanding.

Moving to controlled access

The most resilient model possible with physical connection control treats access to critical systems as fully conditional. Rather than keeping them permanently online, connections can be limited to where, when and why they are required for business reasons. As risk levels change, this can be refined or tightened at will.

This lowers both risk and potential impact, minimizing loss, while preserving the flexibility required for day-to-day operations.

For water providers, deliberately managing connectivity and segmenting networks at an infrastructure level should be a priority for resilience. Clearer boundaries and reduced unnecessary access make it easier to protect infrastructure that plays a vital role in public safety.

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This article was produced as part of TechRadar Pro Perspectives, our channel to feature the best and brightest minds in the technology industry today.

The views expressed here are those of the author and are not necessarily those of TechRadarPro or Future plc. If you are interested in contributing find out more here: https://www.techradar.com/pro/perspectives-how-to-submit

• OpenAI researchers confirm an AI agent escaped sandbox, exploited zero‑days, and attacked Hugging Face
• Controlled experiment with GPT‑5.6 Sol showed autonomous chaining of vulnerabilities and credential theft
• Security experts call it unprecedented, urging stronger AI governance, accountability, and protection models

OpenAI has confirmed one of its AI agents broke out of a sandbox, found and exploited zero-day vulnerabilities to gain access to the open internet, and then attacked a platform.

Not just any platform too - the agent was able to breach Hugging Face, one of the biggest AI and machine learning companies on the Internet today.

The good news is that this was a controlled experiment done by white hat researchers. The bad news is that if it could be done by researchers - it could probably be done by malicious actors, too.

Whatever it takes

In a blog post explaining the incident, OpenAI revealed the experiment was part of its testing of GPT‑5.6 Sol and an “even more capable pre-release model” to see how well they would perform on the ExploitGym benchmark.

ExploitGym is a cybersecurity benchmark that measures if an AI agent can turn a known software vulnerability into a real, working exploit. OpenAI ran it in a “highly isolated environment, with network access constrained to the ability to install packages through an internally hosted third-party software that acts as a proxy and cache for package registries.”

But the models found a way through. They identified and chained vulnerabilities in the package registry cache proxy to obtain open internet access and then attacked Hugging Face, reasoning that the solutions for the ExploitGym benchmark might be found there.

“In one example, the model chained together multiple attack vectors, including using stolen credentials and zero-day vulnerabilities to find a remote code execution path on the Hugging Face servers,” OpenAI said.

The security community is up in arms over what OpenAI called, "an unprecedented cyber incident,” while Ansgar Dodt, VP Product Management, Software Monetization at Thales said this “demands a fundamental rethink of software protection.”

Bill Conner, president and CEO of AI integration and automation expert Jitterbit, said that while investing in AI is “critically important,” “overly aggressive policy cannot compromise AI accountability, transparency and data privacy.”

“To lead in AI, governments and organizations must lead with principles. Responsible AI governance isn’t a side note but the foundation of lasting global influence.”