Nvidia reveals hardware for use in orbital data centers
Space-1 Vera Rubin Module will offer huge increases in power and efficiency, with RTX PRO 6000 Blackwell Server Edition GPU back on Erath to process the data
Six space companies have alreadt signed up to work with Nvidia
Nvidia has laid out its plans to help launch the next generation of “space innovation” – namely through boosting data centers in space with the latest AI capabilities.
At Nvidia GTC 2026, the company revealed how its hardware is helping partners and “space operators” become more effective and powerful, particularly for operations such as disaster response, climate and weather predictions and more.
This includes Space-1 Vera Rubin Module, Nvidia’s latest tool for orbital data centers (ODCs) running LLMs and advanced foundation models, which includes a Rubin GPU delivering up to 25 times more AI compute than its H100, and high-bandwidth interconnect to process massive data streams from space-based instruments in real time
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Looking ahead
Nvidia notes such power increases will allow for space-based inferencing, with its IGX Thor and Jetson Orin platforms offering energy-efficient, high-performance AI inference, image sensing and accelerated data processing to enable true edge computing on orbit in a compact module.
It will also help AI applications operate seamlessly, “from ground to space, and space to space,” while supporting increasingly complex missions and ODCs become more widespread.
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Elsewhere, Nvidia’s data center platforms back on planet Earth, including the RTX PRO 6000 Blackwell Server Edition GPU, will provide high-throughput, on-demand processing for geospatial intelligence, delivering up to 100 times faster performance versus legacy CPU-based batch systems when analyzing massive imagery archives such as weather data.
The platform will also help AI applications operate seamlessly, “from ground to space, and space to space,” while supporting increasingly complex missions and ODCs become more widespread.
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All of this should help unlock processes such as on-orbit analytics, autonomous scientific discovery and rapid insight generation, pushing space technology even further, with six commercial space companies are understood to have already deployed Space-1 Vera Rubin Module.
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“Space computing, the final frontier, has arrived. As we deploy satellite constellations and explore deeper into space, intelligence must live wherever data is generated,” said Jensen Huang, founder and CEO of Nvidia.
“AI processing acrss space and ground systems enables real-time sensing, decision-making and autonomy, transforming orbital data centers into instruments of discovery and spacecraft into self-navigating systems. With our partners, we’re extending Nvidia beyond our planet — boldly taking intelligence where it’s never gone before.”
Horizon Worlds, Meta’s first pass at a metaverse, will be inaccessible via virtual reality headset after June 15, 2026. The company shared plans to separate Horizon Worlds from Quest VR platform and focus exclusively on the smartphone version of the app in February, and now in a new post on its community forums, Meta detailed when the VR version of Horizon Worlds will be deprecated.
By March 31, Meta says individual Horizon Worlds and Events will no longer be listed in the Quest’s Store and headset owners will be unable to visit worlds like “Horizon Central, Events Arena, Kaiju and Bobber Bay.” Then, after June 15, the app will be removed from Quest headsets and worlds will be completely unavailable to visit in VR. From that point on, the easiest place to visit Horizon Worlds will be in the Meta Horizon app for iOS and Android.
Additionally, Hyperscape Capture, a recently added beta feature that allows Quest headset owners to capture, share and visit each other in detailed 3D scans of real-life locations, is also being removed from Horizon Worlds. Meta says users will still be able to capture and view Hyperscapes, “but sharing, inviting, and co-experiencing Hyperscapes with others will no longer be supported.”
While Meta’s original blog detailing its 2026 VR strategy left open the possibility that a committed Quest owner might still be able to access some part of Meta’s original VR metaverse, that apparently was never the company’s plan. Meta saw enough “positive momentum” focusing on supporting the mobile version of Horizon Worlds in 2025 that it made sense to completely abandon the VR one in 2026. While that seems to run contrary to Meta’s positioning as a “metaverse company,” it does reflect where the company is spending the most money and seeing the most (relative) success: AI and smart glasses.
An anonymous reader quotes a report from 404 Media, written by Jason Koebler: Over the last few months, various academics and AI companies have attempted to predict how artificial intelligence is going to impact the labor market. These studies, including a high-profile paper published by Anthropic earlier this month, largely try to take the things AI is good at, or could be good at, and match them to existing job categories and job tasks. But the papers ignore some of the most impactful and most common uses of AI today: AI porn and AI slop.
Anthropic’s paper, called “Labor market impacts of AI: A new measure and early evidence,” essentially attempts to find 1:1 correlations between tasks that people do today at their jobs and things people are using Claude for. The researchers also try to predict if a job’s tasks “are theoretically possible with AI,” which resulted in this chart, which has gone somewhat viral and was included in a newsletter by MSNOW’s Phillip Bump and threaded about by tech journalist Christopher Mims. (Because everything is terrible, the research is now also feeding into a gambling website where you can see the apparent odds of having your job replaced by AI.) In his thread, Mims makes the case that the “theoretical capability” of AI to do different jobs in different sectors is totally made up, and that this chart basically means nothing. Mims makes a good and fair observation: The nature of the many, many studies that attempt to predict which people are going to lose their jobs to AI are all flawed because the inputs must be guessed, to some degree.
But I believe most of these studies are flawed in a deeper way: They do not take into account how people are actually actually using AI, though Anthropic claims that that is exactly what it is doing. “We introduce a new measure of AI displacement risk, observed exposure, that combines theoretical LLM capability and real-world usage data, weighting automated (rather than augmentative) and work-related uses more heavily,” the researchers write. This is based in part on the “Anthropic Economic Index,” which was introduced in an extremely long paper published in January that tries to catalog all the high-minded uses of AI in specific work-related contexts. These uses include “Complete humanities and social science academic assignments across multiple disciplines,” “Draft and revise professional workplace correspondence and business communications,” and “Build, debug, and customize web applications and websites.” Not included in any of Anthropic’s research are extremely popular uses of AI such as “create AI porn” and “create AI slop and spam.” These uses are destroying discoverability on the internet, cause cascading societal and economic harms. “Anthropic’s research continues a time-honored tradition by AI companies who want to highlight the ‘good’ uses of AI that show up in their marketing materials while ignoring the world-destroying applications that people actually use it for,” argues Koebler. “Meanwhile, as we have repeatedly shown, huge parts of social media websites and Google search results have been overtaken by AI slop. Chatbots themselves have killed traffic to lots of websites that were once able to rely on ad revenue to employ people, so on and so forth…”
“This is all to say that these studies about the economic impacts of AI are ignoring a hugely important piece of context: AI is eating and breaking the internet and social media,” writes Koebler, in closing. “We are moving from a many-to-many publishing environment that created untold millions of jobs and businesses towards a system where AI tools can easily overwhelm human-created websites, businesses, art, writing, videos, and human activity on the internet. What’s happening may be too chaotic, messy, and unpleasant for AI companies to want to reckon with, but to ignore it entirely is malpractice.”
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MSI Prestige 14 AI+: Two-minute review
The MSI Prestige 14 AI+ is a sleek business-focused laptop with a premium design that manages an interesting and useful mix of the features and performance you need, but skips a lot of the bloat.
As the name suggests, it’s a 14-inch laptop, and it’s aimed at users on the go who need a thin and light machine that still offers decent performance and battery life. The Prestige 14 measures in at 31.6 x 22.2 x 1.2 – 1.4cm (12.4 x 8.7 x 0.47 – 0.55 inches) and weighs 1.32kg (2.91 lbs) — an excellent size for portability without being too small. Compared to the non-Windows competition, it’s chunkier than a MacBook Air, but is slimmer and lighter than a MacBook Pro.
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The Prestige 14 AI+ D3M configuration I tested uses the Intel Core Ultra 7 355 CPU with 32GB of onboard LPDDR5x memory and a 1TB NVMe PCIe 4.0 SSD — a popular spec in laptops launched in 2026. You can also get the Prestige 14 AI+ in the same spec but with a 512GB SSD, or with a more powerful Intel Core Ultra X7 358H CPU.
While the Prestige 14 AI+ is a classic clamshell laptop, there’s also a similar 2-in-1 model. If that’s more your style, check out our MSI Prestige 14 Flip AI+ review.
On the left side, the Prestige 14 AI+ has two USB-C / Thunderbolt 4 ports (both supporting DisplayPort and 100W charging), plus an HDMI 2.1 output. The right side features dual USB-A ports and a 3.5mm headset jack.
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The pair of Thunderbolt 4 ports makes it easy to connect the laptop up to a dock or monitor, and if also using HDMI, you can drive 3 external displays. I generally like having one USB-C port on each side, but the dual left ports plus HDMI setup does make it neat on a desk.
The 14-inch OLED display has a resolution of 1920 x 1200 (a pleasing 16:10 aspect ratio) with excellent 100% DCI-P3 color. MSI doesn’t quote a specific NIT figure on the local spec sheet, but in use the glossy OLED panel is bright enough to overcome reflections in slightly glary office environments but struggles a little outdoors.
The Prestige 14 AI+ screen can fold back through 180 degrees (Image credit: Future)
Handily, the screen folds back through a full 180 degrees, which is great for sharing content across a table or using the laptop in a vertical stand. The 1920 x 1200 resolution is perfectly fine at this size but not quite as sharp as I prefer and you will need to look at the larger 16-inch Prestige 16 AI+ if you want a higher res screen, like 2880×1800.
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The IR FHD webcam gives decent quality video when well-lit and is still acceptable in tougher lower-light conditions. It supports facial recognition unlocks, plus has a physical shutter for privacy. Speaker quality is better than expected, though as is normal in a thin laptop, the sound gets a little muddy at higher volumes.
The backlit keyboard has deep key travel, very little bounce and no distracting light bleed from under the keys. The large touchpad is nice and accurate and supports gestures, though its non-haptic click mechanism has unusually deep travel, especially on right click, and can feel a little awkward at times.
The new Intel Series 3 Core Ultra 7 355 CPU is a good fit for this kind of thin-and-light machine. In daily use the Prestige 14 AI+ feels very responsive for typical office work, photo editing and even heavier multitasking. This is thanks in part to the snappy CPU, but also due to the 32GB of RAM and fast SSD. The integrated graphics are a step down from Intel Arc iGPUs but performance is plenty for accelerating lighter creative work and even some casual gaming.
The battery has an 81Wh capacity — decently large for this class of machine — and the laptop lasted an excellent 14 hours and 42 minutes unplugged when doing office tasks. Video playback is even better at 16 hours and 21 minutes in testing, meaning the Prestige will happily make it through a day unplugged.
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All in all, the combination of snappy everyday performance and excellent battery life in a stylish portable laptop makes the MSI Prestige 14 AI+ easy to recommend.
(Image credit: Future)
MSI Prestige 14 AI+: Price & availability
How much does it cost? $1,699 / £1,449 / AU$2,599
When is it available? Available now
Where is it available? Available in the US, UK and Australia
The MSI Prestige 14 AI+ is very new, so at the time of writing availability is not yet widespread and in the US, only the Ultra X7 385H variant is for sale.
The Intel Core Ultra 7 355 variant tested costs around £1,449 in the UK and AU$2,599 in Australia, though some retailers already have it a little cheaper. You can also save a little by opting for the 512GB SSD spec.
The pricing places the MSI Prestige 14 AI+ firmly in premium ultrabook territory rather than the more budget-friendly business-laptop space, but the spec and features do help justify the higher asking price — especially as the latest generation of laptops has experienced noticeable price rises compared to 2025 models. Still, I hope to see the price come down over time to help keep it competitive.
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The Intel Ultra X7 358H variant is also sold in Australia and the UK with up to a 2TB SSD and is only slightly more expensive — so it’s well worth checking out if you need more storage or higher performance.
The Prestige 14 AI+ has a sleek and premium design (Image credit: Future)
MSI Prestige 14 AI+: Specs
The Prestige 14 AI+ family includes several variants, but the configuration tested here is straightforward: an Intel Core Ultra 7 355, 32GB of onboard LPDDR5x memory, a 1TB SSD and a 14-inch 1920 x 1200 OLED display.
The other common option is a model with a more powerful Intel Core Ultra X7 358H CPU and up to a 2TB SSD.
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Header Cell – Column 0
MSI Prestige 14 AI+ (as tested)
MSI Prestige 14 AI+ (top spec)
Price
£1,449 / AU$2,599
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£1,549 / AU$2,799
CPU
Intel Core Ultra 7 355, 8 cores (4 P-cores + 4 Low Power E-cores), 8 threads, up to 4.7GHz, 12MB cache, up to 49 NPU TOPS
Intel Core Ultra X7 358H, 16 cores (4 P-cores + 8 E-cores + 4 Low Power E-cores), 16 threads, up to 4.8GHz, 18MB cache, up to 50 NPU TOPS
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GPU
Intel Graphics
Intel Arc B390 GPU
Screen
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14-inch, 16:10, 1920 x 1200, OLED, glossy, non-touch
14-inch, 16:10, 1920 x 1200, OLED, glossy, non-touch
RAM
32GB / 64GB LPDDR5x
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32GB / 64GB LPDDR5x
Storage
512GB – 2TB NVMe SSD
Up to 2TB NVMe SSD
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Ports
Left side: 2x Thunderbolt 4 USB-C with DisplayPort and 100W charging, HDMI 2.1 Right side: 2x USB-A 3.2 Gen2, 3.5mm headset jack
Left side: 2x Thunderbolt 4 USB-C with DisplayPort and 100W charging, HDMI 2.1 Right side: 2x USB-A 3.2 Gen2, 3.5mm headset jack
Wireless
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Intel Killer Wi-Fi 7 BE1775, Bluetooth 6
Intel Killer Wi-Fi 7 BE1775, Bluetooth 6
Camera
IR FHD (1080p) webcam with HDR, 3DNR+, 3-mic array
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IR FHD (1080p) webcam with HDR, 3DNR+, 3-mic array
Weight
1.32 kg (2.91 lbs)
1.32 kg (2.91 lbs)
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Dimensions
31.6 x 22.2 x 1.2–1.4cm (12.4 x 8.7 x 0.47–0.55 inches)
31.6 x 22.2 x 1.2–1.4cm (12.4 x 8.7 x 0.47–0.55 inches)
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On the left — dual USB-C Thunderbolt 4 and HDMI 2.1(Image credit: Future)
On the right — dual USB-A and a 3.5mm headset jack(Image credit: Future)
MSI Prestige 14 AI+: Design
180-degree fold-flat screen
Dual Thunderbolt 4
16:10 OLED display
The Prestige 14 AI+ looks and feels like a proper premium laptop compared to MSI’s more budget-friendly office machines, and it has a sleek, understated design that easily rivals the best from other brands.
The Prestige 14 measures in at 31.6 x 22.2 x 1.2–1.4cm (12.4 x 8.7 x 0.47–0.55 inches), and its 1.32kg (2.91 lbs) weight makes it a very manageable laptop to carry around every day. The curved edges of the aluminum alloy design make it feel pleasantly slim in hand (or when slipping it into a bag) but it’s strong enough to use without any undue flexing.
The port fitout and left/right split is pretty standard on laptops these days and has everything needed for most users. It would be nice to see little extras like an SD card reader, or another USB-C port on the right, but that’s increasingly rare.
MSI says the laptop can be equipped with 64GB of RAM, but for now I have only seen 32GB variants for sale. The RAM is soldered so can’t be upgraded, but the SSD uses a M.2 slot so can be swapped out in the future if you need more space.
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(Image credit: Future)
(Image credit: Future)
(Image credit: Future)
(Image credit: Future)
(Image credit: Future)
(Image credit: Future)
(Image credit: Future)
The keyboard is above average, with comfortable sizing (even for my large hands), deep travel and very little bounce during a vigorous deadline-induced writing session.
The trackpad is large and accurate to use and supports gestures like adjusting volume or brightness, and has a handy shortcut to the calculator and the MSI Center S management software. You do need to turn the gestures on manually and once you get used to them they work pretty well, and they aren’t easy to accidentally trigger. You can also set up your own custom actions for gestures, like activating specific hotkeys or launching apps.
Overall I found the trackpad to be above average and my only complaint during my use was that right-clicking in the lower corner felt oddly deep, despite it working just fine.
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The right click on the touchpad works fine but has very deep travel(Image credit: Future)
The backlit keys have good travel and typing feel(Image credit: Future)
(Image credit: Future)
The 16:10 display gives that little bit of extra screen real estate that you only realize is so helpful if ever going back to a 16:9 laptop. The 1920 x 1200 resolution is lower than I usually like, but considering the 14-inch footprint, it’s quite sharp and usable day to day. That’s helped by the OLED panel with an excellent 100% DCI-P3 color rating, and while there’s no listed brightness, it’s good enough even in bright office environments, but the glossy surface shows a lot of reflections if outdoors at a cafe.
If you want a higher resolution display, then look at the larger Prestige 16 AI+ C3MG lineup. The spec is very similar overall, but you get a 16-inch 2880×1800 OLED display and the price is only slightly higher. Or for touchscreen support, the Prestige 14 Flip machines offer a comparable laptop but with a 2-in-1 design.
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The fold back screen means the Prestige 14 works well in a vertical stand(Image credit: Future)
The fold flat screen makes it easy to share content across a table(Image credit: Future)
(Image credit: Future)
(Image credit: Future)
My favorite feature though is that the screen uses a hinge that allows it to fold back through 180 degrees. That is very useful for using the laptop in a vertical stand next to external monitors — in my testing I had it upright and flat next to dual vertically mounted 4K 27” panels, letting me use the laptop screen as an extra workspace for things like a Slack chat. The fold-back screen also makes it easy to share content across a table, and works well in one-on-one meetings.
The Prestige 14 AI+ includes an IR webcam and fingerprint reader, so secure logins are fast and easy. Many laptops only have one or the other, but having both means you can use whatever method you prefer, or turn off facial logins if needed without resorting to using a pin or password.
(Image credit: Future)
MSI Prestige 14 AI+: Performance
Great everyday performance
Very quiet in normal use
Fast 1TB SSD
MSI Prestige 14 AI+: Benchmarks
Here’s how the MSI Prestige 14 AI+ performed in the TechRadar suite of benchmark tests:
3DMark suite: Time Spy 3,296; Time Spy Extreme 1,511; Steel Nomad 616; Steel Nomad Light 2,496; Night Raid 28,914; Fire Strike 6,502; Fire Strike Ultra 1,597,Solar Bay 12,295; Solar Bay Extreme 1,792; Wild Life 21,587; Wild Life Extreme 5,729
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Battery: Work battery 14 hours 42 minutes; Video battery 16 hours 21 minutes
The MSI Prestige 14 AI+ feels snappy in typical use, with top-notch single-core performance plus fast RAM and storage. The Intel Core Ultra 7 355 is aimed at being an efficient chip for thin and light laptops, so multicore performance is lower than you get with more powerful CPUs.
It’s still plenty for most tasks, but for anyone who runs more demanding apps, the Prestige 14 with the more powerful Intel Core Ultra X7 358H is well worth the slightly higher price. For most users though, the Ultra 7 355 is a good mix of performance and efficiency.
MSI has equipped the Prestige 14 with a very fast SSD that can approach the limits of the PCIe 4.0 interface. In my tests the drive managed 6,961 MB/s read and 6,335 MB/s writes in CrystalDiskMark, which helps ensure the laptop feels fast when launching apps and multitasking.
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Of course, decent performance in a thin form factor means some fan noise is expected under heavy load. Like most laptops these days, MSI uses vapor chamber cooling and during normal office work the Prestige 14 AI+ is mostly inaudible, or very quiet when the fans do spool up a little.
It gets that characteristic laptop fan whine under heavy loads, but does ramp down quickly once the CPU isn’t working as hard. The chassis does get noticeably warm if you push the laptop for an extended period, but the keyboard, touchpad and underside never became uncomfortably hot in my testing.
Graphics performance is naturally limited by the integrated GPU, but it is still respectable for a thin business laptop. The Prestige 14 AI+ scored 3,296 in 3DMark Time Spy and 6,502 in Fire Strike, which is a bit less than last gen CPUs like the Intel Ultra 7 258V, but enough for lighter GPU work and some casual play with older or less demanding games.
If you need a laptop that can compete with low-end discrete graphics, then opting for the Prestige 14 with the Intel Core Ultra X7 358H CPU is a good call, as it has a much more powerful Intel Arc B390 iGPU, which offers over 50% higher performance.
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The Intel Core Ultra 7 355 includes an NPU with up to 49 TOPs performance, but we are still in that awkward phase where it’s underutilized most of the time. Still, it’s only going to get more useful, and already offers advantages such as efficiently handling webcam backgrounds and video effects in otherwise notorious resource-hogging apps like Teams.
If your workload consists of typical office tasks — writing, handling spreadsheets, multitasking across apps, image editing and other general productivity, the Prestige 14 AI+ has more than enough performance.
If you need to handle more creator-style workloads, then it’s definitely worth looking at other models, such as the MSI Prestige 16 AI+ C3M.
The included 65W charger is fairly compact (Image credit: Future)
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MSI Prestige 14 AI+: Battery life
14 hours and 42 minutes work when unplugged
16 hours and 21 minutes of video playback
The Prestige 14 AI+ has an 81Wh battery — decently large considering the light weight and thin design meaning battery life is one of its key strengths. Connected to Wi-Fi, I managed 14 hours and 42 minutes of lighter office-style work (like writing reviews) on battery, which is more than enough to get through a long day.
If you add in some more demanding tasks like a lot of image editing, then battery life slips. But even then the CPU is efficient enough that you need to be working it pretty hard before you can’t make it through a day unplugged.
The Prestige 14 AI+ charges over USB-C using its included 65W adapter (though it supports 100W), and you can quickly add back 50% of charge in about 30 minutes, or be fully topped off in about 1.5 hours. The charger is not too bulky and you can change the AC end of the cable if going overseas.
For less demanding tasks such as video playback, the laptop lasts even longer. With Wi-Fi on and the screen at 50% brightness, it lasted 16 hours and 21 minutes.
Overall the Prestige 14 combines the large battery and efficient CPU well and is a solid choice if you need to get work done when on the go.
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Battery life score: 4 / 5
Should you buy the MSI Prestige 14 AI+?
Swipe to scroll horizontally
Attributes
Notes
Rating
Value
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Higher end pricing, but still competitive against alternative options.
4 / 5
Specs
Well-rounded for productivity, plugged in or on the go.
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4 / 5
Design
Sleek and lightweight, but without any problematic compromises.
4 / 5
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Performance
Quite good for a slim laptop, and it has a more powerful CPU option available
4 / 5
Battery
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Excellent endurance overall and happily lasts a day unplugged
4.5 / 5
Overall
A polished productivity focused laptop with the features you need but no extra bloat
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4 / 5
Buy it if…
Don’t buy it if…
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MSI Prestige 14 AI+: Also consider
If my MSI Prestige 14 AI+ review has you considering other options, here are three alternatives to consider…
How I tested the MSI Prestige 14 AI+
I tested the MSI Prestige 14 AI+ for two weeks
I used it both at a desk and when working on the go
I tested it with benchmarking tools, battery testing and everyday workloads
I ran the MSI Prestige 14 AI+ through the usual comprehensive array of TechRadar benchmarks, as well as using it for actual day-to-day work.
I used it for office tasks, media playback, multitasking and general productivity work, while also checking battery life, thermals, noise and charging times.
The Council of the European Union has sanctioned three Chinese and Iranian companies and two individuals for cyberattacks targeting devices and critical infrastructure.
One of the two sanctioned Chinese companies, identified as Integrity Technology Group, provided “technical and material support” between 2022 and 2023 that led to hacking more than 65,000 devices in six EU states.
The other Chinese company is Anxun Information Technology, which provided hacking services targeting “critical infrastructure and critical functions of member states and third countries.”
The two individuals added to the Council’s sanctions list are the co-founders of Anxun Information Technology, believed to have played a significant role in cyberattacks against EU member states.
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The sanctioned Iranian company is Emennet Pasargad, which has been attributed multiple influence campaigns and the compromise of an SMS service in Sweden.
Emennet Pasargad has been involved in hijacking advertising billboards to spread misinformation during the 2024 Paris Olympics.
According to Microsoft, using the moniker Holy Souls on a hacker forum, the actor also offered in early January 2023 to sell personal information of 230,000 subscribers of the French magazine Charlie Hebdo.
Holy Souls asked for 20 bitcoins, worth around $340,000 at the time, and published a sample of the stolen details, which included Charlie Hebdo subscriber names and addresses.
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Caption
Emennet Pasargad is believed to have provided cybersecurity services for the Iranian government and has a long history of influence campaigns. In November 2021, the U.S. Department of Justice offered a $10 million reward for two Iranian nationals who worked as contractors for the company.
“Those listed today under both regimes are subject to an asset freeze, and EU citizens and companies are forbidden from making funds, financial assets, or economic resources available to them. Natural persons also face a travel ban that prohibits them from entering or transiting through EU territories,” notes the European Council.
Integrity Technology Group was connected by the FBI in 2024 to the ‘Raptor Train’ botnet, believed to be operated by the Chinese state-sponsored threat actor ‘Flax Typhoon.’
In January 2025, the U.S. Treasury Department sanctioned the company for its involvement in these cyberattacks, allowing the Raptor Train to build a massive network of 260,000 infected devices.
In March 2025, the U.S. Justice Department sanctioned Anxun Information Technology (also known as i-Soon) for advertising hacker-for-hire services and carrying out cyberattacks since at least 2011.
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In mid-February 2024, i-Soon suffered a data leak that exposed the company’s internal operations as a China-affiliated hacking contractor and its offensive toolkit.
The U.S. authorities also announced rewards of up to $10 million for valid information leading to the location of 10 Anxun Information Technology executives and technical staff members.
From the outset, Samsung positioned the TriFold as an experimental, tightly controlled product rather than a mass-market flagship. Early batches in Korea were limited to around 3,000 units per release, each selling out within minutes on Samsung’s online store. Read Entire Article Source link
The 2026 AWS Pioneers cohort spans healthcare, climate, and conflict zones, and lands alongside a stark warning that Europe risks losing its best innovators if the regulatory environment doesn’t change.
Amazon Web Services announced today the second annual cohort of its Pioneers Project: twelve European companies using AI and cloud infrastructure to tackle problems that range from the molecular to the geopolitical.
One maps unmapped ocean floor with zero-emission autonomous vessels. Another warns two million civilians in northwest Syria when an airstrike is incoming. A third can diagnose rare leukaemia subtypes in hours rather than the weeks it typically takes.
The announcement is tied to a new AWS-commissioned study, “Unlocking Europe’s AI Potential”, conducted by research firm Strand Partners across 17 European markets and 34,000 respondents.
Its headline figures are bullish, 91% of AI-first startups surveyed say AI has accelerated their innovation, 89% report productivity gains, but the report also surfaces a harder finding: 38% of European startups would consider relocating outside Europe to scale, rising to 51% among the fastest-growing cohort.
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When asked what would persuade them to stay, 65% cited a clearer and more proportionate regulatory environment. The research figures are self-reported from an AWS-commissioned survey and should be read with that context in mind.
The twelve companies named span France, Germany, Ireland, the Netherlands, Portugal, Sweden, and the UK, and were selected, AWS says, for placing measurable global impact at the heart of their work rather than for commercial scale alone.
The most immediately striking entry is MLL Munich Leukaemia Laboratory, a German diagnostics organisation that combines genomics at cloud scale with deep haematological expertise to diagnose rare leukaemia subtypes in hours or days.
The company says it has analysed over 1.4 million cases to date, though that figure comes from AWS’s own press materials and has not been independently verified.
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XOCEAN, the Irish company, operates a global fleet of autonomous surface vessels roughly the size of a car, powered by battery and solar rather than a crew.
The company has been deploying these in offshore wind surveys for clients including SSE Renewables, Ørsted, BP, and Shell, and says its vessels emit a fraction of the carbon of conventional survey ships.
AWS describes XOCEAN as operating across 23 jurisdictions; the company’s own public materials confirm a global footprint spanning Ireland, the UK, Norway, the US, Canada, and Australia, though the 23-jurisdiction figure comes from the press release alone.
Hala Systems, headquartered in Lisbon, began in Syria. Its Sentry platform, an indication and warning system combining acoustic sensors, volunteer observer networks, AI prediction, and remotely activated sirens, has provided advance warning of airstrikes to civilians in northwest Syria and, more recently, has contributed to war crimes documentation efforts in Ukraine.
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The Smithsonian’s National Air and Space Museum has acquired Sentry hardware for its collection; the system is the subject of the world’s first ICC Article 15 war crimes dossier featuring cryptographically secured evidence, according to the company.
myTomorrows, the Dutch healthtech company, runs an AI-powered platform connecting patients and physicians to clinical trials and expanded access programmes for pre-approval treatments.
AWS’s press release states the company has helped over 17,700 patients in 135 countries; the most recent independently verifiable figures, from a November 2025 press release at the time of the company’s €25 million funding round, put the number at approximately 16,900 patients across 133 countries.
The figures will have grown since then, and the direction is consistent, but editors should confirm the current number directly with myTomorrows before publication.
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Quandela, the French quantum computing company, is building photonic quantum machines that operate at room temperature and use existing fibre networks, a design choice that distinguishes it from most quantum computing approaches, which require cooling to near absolute zero.
The inclusion of a quantum computing startup in a cohort alongside humanitarian and climate companies is a reflection of AWS’s broader argument that deep infrastructure investment and societal benefit are not in tension.
The remaining six companies are Callyope (France), which uses AI to detect early signs of mental health relapse before a crisis.
CareMates (Germany), which has cut hospital patient admission time from five hours to one using AI-powered software.
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ETERNO (Germany), whose AI assistant LENI is designed to help clinicians make better use of brief consultations; Iktos (France), which combines AI with laboratory robotics to accelerate drug molecule design.
Mindflow (France), an enterprise automation platform that bundles AI agents, no-code workflows, and over 4,000 integrations; Paebbl (Sweden and Netherlands), which accelerates natural mineralisation to reduce the carbon footprint of concrete.
And Proximie (UK), a surgical coordination platform aimed at the estimated five billion people who currently lack access to safe surgery.
“These innovators are advancing Europe’s position as a global AI leader, mapping the oceans, revolutionising patient care, accelerating drug discovery, and predicting imminent threats to help save lives,” said Sasha Rubel, who AWS describes as its Head of AI and Generative AI Policy for EMEA.
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The research report accompanying the announcement attempts to quantify what Europe stands to lose if its AI startups leave.
It cites an estimate that cloud-enabled AI could generate €1.5 trillion of global GDP by 2030, and warns that 78% of startups say they are prepared for agentic AI, compared to just 19% of businesses overall. Both figures are from the AWS-commissioned Strand Partners study and carry the usual caveats of self-reported, sponsor-funded research.
AWS also used the announcement to highlight existing commitments: $1 billion in cloud credits for startups developing generative AI solutions, and $100 million over five years to support underserved learners through its Education Equity Initiative.
Whether those commitments are enough to address the relocation pressures the same report identifies is a question the Pioneers cohort itself may eventually answer.
Apple has released its first Background Security Improvements update to fix a WebKit flaw tracked as CVE-2026-20643 on iPhones, iPads, and Macs without requiring a full operating system upgrade.
The CVE-2026-20643 flaw allows malicious web content to bypass the browser’s Same Origin Policy.
Apple says the flaw is a cross-origin issue in the Navigation API that was addressed with improved input validation.
The vulnerability was discovered by security researcher Thomas Espach, with the new update available on iOS 26.3.1, iPadOS 26.3.1, macOS 26.3.1, and macOS 26.3.2.
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This release is the first time Apple has pushed a security fix through its new Background Security Improvements feature, which is used to deliver small out-of-band patches outside the normal security update cycle.
“Background Security Improvements deliver lightweight security releases for components such as the Safari browser, WebKit framework stack, and other system libraries that benefit from smaller, ongoing security patches between software updates,” explains Apple.
“In rare instances of compatibility issues, Background Security Improvements may be temporarily removed and then enhanced in a subsequent software update.”
In the past, Apple security updates required users to install a new OS version and restart their device. However, with Background Security Improvements, Apple can now deliver small updates that are applied to specific components in the background.
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Background Security Improvements feature
Apple added the feature in iOS 26.1, iPadOS 26.1, and macOS 26.1, stating it was to be used to quickly patch security flaws between releases.
Users can access the feature through their device settings under the Privacy & Security menu.
On iPhone and iPad: Go to Settings, then tap Privacy & Security.
On Mac: From the Apple menu, choose System Settings. Then click Privacy & Security.
Apple warns that uninstalling a Background Security Improvements update removes all previously applied background patches, reverting the device to the baseline OS version (such as iOS 26.3.1) without any of the incremental security fixes.
This effectively removes the rapid-response security protections delivered through this feature, leaving devices at the baseline security level until the updates are reapplied or included in a future full update.
Therefore, unless a baseline security improvement causes an issue on your device, it is strongly recommended that they not be uninstalled.
Malware is getting smarter. The Red Report 2026 reveals how new threats use math to detect sandboxes and hide in plain sight.
Download our analysis of 1.1 million malicious samples to uncover the top 10 techniques and see if your security stack is blinded.
It’s been a long and winding road to mostly get us right back to where we started in the battle between pop star Katy Perry and Aussie clothing designer Katie Perry. If you’re not familiar with this saga, here is a brief summary. Note that I will be mostly using only Katy and Katie when naming the players here to avoid confusion.
Katie Taylor is the real name of the Aussie designer, but she began selling clothing under the name “Katie Perry” in 2008 and secured a trademark for the name in Australia for clothing. While Katy’s team initially sent a C&D to Katie’s business around that same time, it appears nothing came of that C&D, even as the singer went on a worldwide tour that included Australia in 2014. That’s when Katie sued Katy, arguing that clothing merch sold on her local tour constituted trademark infringement, as the public might be confused between the two entities and who was producing what and for whom. She won her initial lawsuit, but Katy appealed and won, with the court not only clearing her of trademark infringement but also canceling Katie’s trademark entirely. Rather than leaving well enough alone, Katie appealed that ruling to Australia’s High Court.
And that brings us to an unlikely present, in which the High Court partially agreed with Katie’s appeal, reinstating her trademark, but not ruling that Katy Perry infringed upon it. I’m going to stay away from the first part of CNN’s post on the matter, because it does a horrible job of framing all of this, mostly in that in paints Katie Perry as some kind of underdog victim in all of this when she very much is not. But as for the ruling itself:
But on Wednesday, Australia’s High Court overturned the ruling, arguing the cancellation of the trademark was not warranted, and the use of the “Katie Perry” trademark was not likely to deceive or cause confusion.
Taylor said the court battle was a long and difficult process, but she did it to show that trademarks are there to protect small businesses, not just large brands.
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“So many people said to me, like, why don’t you just give up? It’s not worth it. I really believe in standing up for your values. Truth and justice are part of my core and my values.”
And this is where I’m once again frustrated with CNN’s posture in its reporting. Katie sued Katy. That’s how this whole episode really started. Katie talking about how she is glad this all isn’t hanging over her head when she started the lawsuit that led to all of this is insane. This was a self-inflicted wound of epic proportions on a timeline equally crazy.
But the key part to me is that the logic behind ruling that Katie can have her trademark back is that Katie’s and Katy’s trademarks can coexist without any real concern for deception or confusion. That same logic is what I stated at the start of this whole ordeal as the reason this trademark lawsuit battle never should have been started in the first place.
Started by Katie Perry, I’ll remind you. And so we’ve come full circle, with both groups having their trademarks but without any actual infringement having occurred. It’s been a wild, stupid trip, but I guess we got where we were going: right back to where we started.
Subnautica 2 has weathered the storm and has rescheduled its early access release. IGN reported today that the sequel to the underwater survival game will begin early access on PC and Xbox in May, although a more specific date was not provided.
The news comes a day after a judge ruled that former Unknown Worlds Entertainment CEO Ted Gill should be rehired at the game studio. That decision capped off a dramatic year for the team behind Subnautica, which was acquired by Krafton in 2021. The studio and its new owners entered a legal battle because the purchase of Unknown Worlds included a promise of an up to $250 million payout from Krafton if the team met certain performance goals by the end of 2025. In July of that year, however, Krafton fired several studio leaders and then delayed the sequel’s early access launch. The court case has raised questions about which side was trying to either secure or avoid making that multi-million payment.
With yesterday’s ruling, a rep from Krafton said that “we are evaluating our options as we determine our path forward.” It’s unclear if that path, or the other litigation still underway over the project, will create further delays to the planned early access date.
Residents in rural Ohio are pushing a constitutional amendment to ban large data centers over 25 megawatts, citing concerns about energy use, water consumption, and lack of transparency around proposed projects. “My biggest concern is because I love Adams County,” Nikki Gerber told Cleveland.com. “What it feels like they are doing is just taking advantage of the unzoned rural areas of Ohio, where they can go ahead and put in whatever they want.” From the report: Gerber and a handful of residents from Adams and Brown counties gathered about 1,800 signatures in eight days to start the ballot process. They submitted those petitions to the Ohio attorney general’s office on Monday. That’s the first step before supporters can begin collecting signatures statewide.
State law requires at least 1,000 valid voter signatures to begin the process. The petitions must also include the full text of the proposed amendment and a summary explaining what it would do. Attorney General Dave Yost’s office now has 10 days to decide whether the summary fairly and truthfully describes the proposal. If it does, the measure will move to the Ohio Ballot Board. Supporters would then need to gather about 413,000 valid signatures by July to place the amendment before voters this November. The report notes that a 25-megawatt limit “would effectively block most modern data centers from being built in Ohio.”
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