MRI machines come with a variety of safety warnings. Perhaps most importantly, you have to be very careful not to take ferrous metal objects anywhere near them, since strong magnetic fields can send them flying, causing damage and injuries. To that end, you might find yourself in need of magnetically-safe tools when working on such machines. [Sam Schmitz] recently whipped up a nifty example of an MRI-safe torque wrench himself.The torque wrench mechanism, which operates in one direction only.
It’s a 3D printed design which can be produced on a Formlabs Fuse 1+ as a single piece in nylon using a selective laser sintering process. The torque wrench works in a deceptively simple manner. As the handle is rotated, a flap mates with the flat side of a fin on the shaft. This allows the shaft to turn. However, apply more than 0.6 Nm of torque, and the fin will eventually give in, snapping over the lip and stopping any further rotation that would over-tighten the fastener. [Sam] suggests these printed torque wrenches largely come out to the correct torque spec when printed, and can survive a thousand cycles or more while remaining in a usable spec.
The wrench does have one drawback though—it is apparently painfully loud to use. When the handle snaps past the detent, the “click” is quite piercing. [Sam] has measured the sound at up to 125 dB. Not exactly the best when it comes to ear safety!
If you work on MRI machines regularly, you already have the tooling to do your job. However, it’s neat to see that such a specialized tool can be easily and reliably 3D printed… with the slight drawback that you need a $60,000 SLS printer to do it. SLS isn’t readily available at the DIY level just yet, but it is slowly getting there. We’re waiting with bated breath.
Projectors usually fall into one of two buckets: cheap models that look underwhelming the second you turn them on, or premium ones that feel great until you see the price. This deal lands in a very appealing middle ground. The XGIMI HORIZON Ultra is down to $998.98 for a limited time, which is a big drop from $1,699.99. That’s a 41% discount on a projector that’s clearly aimed at people who want a real living-room upgrade, not a toy for occasional use.
What you’re getting
The HORIZON Ultra is a 4K projector with Dolby Vision, 2300 ISO lumens, and dual light technology that combines LED and laser light sources. XGIMI also lists 3840 x 2160 resolution, built-in Bluetooth, and a set of smart image features like auto focus, auto obstacle avoidance, and auto screen alignment.
This isn’t a barebones projector where you’re expected to do all the work yourself. XGIMI says it uses its Intelligent Screen Adaption 3.0 system to adjust screen correction, handle wall color, and make setup smoother. That matters because the difference between “I use this all the time” and “this was a fun idea” often comes down to how annoying setup is.
It also includes 2 x 12W Harman Kardon speakers, plus Wi-Fi and Bluetooth, which makes it easier to use as an all-in-one entertainment device instead of immediately needing to add more stuff to your cart just to make things happen.
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Why it’s worth it
This deal works because the HORIZON Ultra checks the boxes people actually care about. It’s bright enough to be practical, it supports premium HDR-friendly viewing with Dolby Vision, and it has the kind of built-in intelligence that makes everyday use feel easier instead of fiddly. That is exactly what you want if this projector is going in a living room, media room, or shared space where people want to press play, not troubleshoot.
The 2300 ISO lumens spec is the part that helps this feel more serious than the flood of bargain projectors online. It gives you more flexibility for rooms that aren’t perfectly dark, which is important in the real world, where not everyone is building a blacked-out theater cave. And the 200-inch image potential is the kind of thing that reminds you why projectors are fun in the first place: this can create a much bigger-feeling setup than most TVs, especially for movies and sports.
The bottom line
At $998.98, the XGIMI HORIZON Ultra feels like the sweet spot version of a premium projector buy. You’re getting 4K, Dolby Vision, strong brightness, smart setup features, and built-in speakers in a package that now costs hundreds less than usual. If you’ve been waiting for a home theater upgrade that feels substantial without going fully overboard, this is a very easy deal to like
Alongside a global launch for Xiaomi’s 17 Ultra (read about that right here), the company announced a further deepening of its relationship with Leica. The CEO of Leica, Mattias Harsch, took to the stage to announce a new Leitzphone, which appears to be an even deeper collaboration than 17 Ultra by Leica, which is a different phone. Confused? That’s fair.
Design-wise, Leica has shifted back to a single tone body color, which looks more “Leica” to this camera dilettante’s eyes. And if you’re thinking you’ve heard of the Leitzphone before, you probably have: it was a series of phones made by Sharp that launched in Japan in 2021. They all had a 1-inch camera sensor and yes, as does Xiaomi’s first Leitzphone. It also gets a customizable ring to control camera settings.
The camera interface is also designed by Leica. with the aim of being as intuitive as possible, with a new Essential mode within the camera app for stripping away all those modes and labels, showcasing whatever you’re looking to shoot.
Image by Mat Smith for Engadget
The regular Xiaomi 17 Ultra and Leica edition have a Snapdragon 8 Elite Gen 5 chip and a 6.9-inch 120Hz display that can reach up to 3,500 nits of peak brightness. While cameras are the focus, it’s a flagship device by pretty much any metric — and the Leitzphone seems to have a very similar specsheet. We’ll be taking a closer look at what’s different when we get to test it out very soon.
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After years of collaboration (and cute little badges), this may be the first pure “Leica phone” manufactured by Xiaomi but sold directly by both companies. It’s priced at €1,999 (roughly $2,362), but it’s not known yet whether this phone will launch in the US.
China’s biggest phone makers continue to relentlessly forge ahead with high-spec phones that you may never see in the US. With the Xiaomi 17 Ultra this year, the company has continued its pattern from previous iterations by focusing on powerful camera sensors, huge batteries and… being selective about global availability.
Xiaomi’s 17 series is launching across multiple European territories months after its Asia debut, but at the time of writing, no word yet on US availability. Another logistical point of interest? When we last checked out Xiaomi’s devices, it was the 15 series, and the company has decided to skip 16 and leap straight to 17, conveniently matching Apple’s latest number.
Storied camera brand Leica has been involved with Xiaomi’s phones for a few years and its newest flagship doesn’t disappoint in that regard, because this is another Xiaomi device dedicated to photography.
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Image by Mat Smith for Engadget
The 17 Ultra has a huge 1-inch 50-megapixel main camera sensor with a f/1.67 lens, and a telephoto setup with a 200MP 1/1.4-inch sensor and going up to 4.3x optical zoom. Xiaomi claims it’s capable of up to 17x “optical-level zoom,” but quality doesn’t measure up to, say, the Oppo Find X9, with its dedicated telescopic lens add-on. There’s also a 50MP ultrawide camera to round things out.
The main camera is very impressive, delivering plenty of detail and performing incredibly well in low light, seemingly before any computational photography kicks in. A new Light Fusion 1050L sensor features LOFIC HDR technology, delivering stronger control over highlights and more detail in darker areas of your shots. I've been impressed by the balanced color tone and contrast, without having to edit or add one of the (many) Leica camera filters.
If anything, the slightly heavy-handed algorithms can sometimes ruin parts of a shot. For instance, by scrambling lettering or capturing blurry, AI-mutated faces where computational photography takes a swing (and a miss) at people in the distance.
Mat Smith for Engadget
The telephoto camera alone is also technically interesting in a few ways. It offers continual optical zoom across the 75-100mm range without in-sensor cropping. This means the lenses physically move to deliver lossless zoom across a range of distances, without jarring leaps between camera sensors and crops. This doesn’t run across the full gamut, but it does roughly cover the 3-4x optical zoom range, which is often used in portrait photography.
The APO (apochromatic) lens design on the telephoto is more immediately useful and effective. An APO lens significantly reduces chromatic aberration by focusing three wavelengths of light (red, green and blue) onto the same focal plane. This lens design means it can correct color fringing and improve image sharpness.
At full optical zoom, this light fitting at Soho Theatre Walthamstow doesn't bloom or fringe to the extent that most smartphone zooms suffer from.
Mat Smith for Engadget
At higher zoom levels, fringing and lighting bloom often hamper telephoto photos on smartphones, and Xiaomi’s solution has some appeal. I noticed less fringing than on other zoom-capable Android phones from Samsung, Oppo and Google. It also supports macro photography, but is hindered this time by a minimum focal distance of 30cm (11.8 inches). Most smartphone cameras’ macro modes let you get much closer.
The 17 Ultra can capture up to 8K video (at 30 fps), 4K Dolby Vision up to 120 fps, and 4K 120 fps Log video, ensuring you can make the most of that huge 1-inch sensor in video, too. That said, it seems to struggle with stabilization at times, while its low-light performance doesn’t match its prowess in still photography, lagging behind flagship phones from Apple, Google and Samsung.
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There's also a special Leica edition of the 17 Ultra, which is largely the same, specification-wise, but with a manual zoom ring around the camera unit. It's a cool gimmick, but felt oddly loose on a few devices I've handled.
While cameras may be the highlight, this is a flagship device by any specification metric. With a 6.9-inch display, this expansive OLED display has variable refresh rates (1-120Hz) and peaks at 3,500 nits of brightness.
At that size, the Xiaomi 17 Ultra is in the territory of devices like the iPhone 17 Pro Max and S26 Ultra. A phone this size isn’t for everyone, but it is the thinnest Ultra phone from Xiaomi to date, with a profile measuring 8.29mm. Xiaomi has also reduced the camera unit’s diameter and raised it on the device, making it easier to use and helping keep fingers out of your shots.
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Image by Mat Smith for Engadget
Also, I’d be remiss if I didn’t mention the huge 6,000mAh silicon-carbon battery, with support for Xiaomi’s 90W HyperCharge (if you have the right charger) and 50W wireless HyperCharge (which also requires Xiaomi’s own dock) speeds. Other phone makers: Please put a battery this huge in your flagship.
At MWC 2026, the company announced the global launch and rollout of the device across Europe, including the UK where the Ultra will start priced at £1,299 (roughly $1,750). We're still waiting to confirm US availability and pricing.
While the specs are powerful, “launching” a flagship device that’s already been in the wild for a few months — even if elsewhere in the world — reduces the spectacle.
This article originally appeared on Engadget at https://www.engadget.com/mobile/smartphones/xiaomi-17-ultra-global-launch-hands-on-leica-camera-143006810.html?src=rss
Having an AI assistant is all the rage these days, but AI assistants usually don’t know about your automation setups and may have difficulty dealing with tasks asynchronously. Enter zclaw. It gives you the option to have a personal assistant on an ESP32 backed by Anthropic, OpenAI, or OpenRouter. The whole thing fits in 888KB, and while it doesn’t host the LLM, it does add key capabilities to monitor and control devices connected to the ESP32.
You communicate with the assistant via telegram. You can say things like “Remember the garage sensor is on GPIO 4.” Then later you might say: “In 20 minutes, check the garage sensor and if it is high, set GPIO 5 low.” It has an RTOS for scheduling tasks and is aware of the timezone and common periods. Memory persists across reboots, and you can pick different personas.
Some of the use cases mentioned in the manual show how having something that can precisely schedule, control, or monitor devices might pay off. Ideas like bringing up a lab setup, scheduling plant watering, and more would be difficult to do with just a stock chatbot.
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The AI can also introspect. For example, you could create a few tasks on a schedule and then ask the device to “show me my schedules.” You can also create up to 8 tools with a name, description, and action. This lets you describe something like “power_down_bench” and then tell zclaw to execute it on demand or even on a schedule. Overall, an interesting and well-documented setup.
After Nvidia launched the February 2026 Game Ready and Studio Driver, which includes optimizations for Resident Evil Requiem and the Marathon server slam, users complained that some fans on RTX GPUs would not turn on, raising the risk of overheating. Some noted that their cards began ignoring custom fan protocols… Read Entire Article Source link
A big screen, powerful camera system, and top-notch performance can eat right into your battery life, but Xiaomi has managed to pack a 6,000-mAh battery into the 17 Ultra (up from 5,410 mAh last year). The jump gives it serious stamina, and this phone can go a couple of days between charges.
I wish Xiaomi had found a way to include Qi2, as magnetic wireless charging is the one thing I missed in switching from the Pixel 10 Pro XL (though you can sort of add it with the photography kit case). The 17 Ultra does support wireless charging at an impressively fast 50-watt rate, but the camera module makes it awkward to use with some wireless chargers. Wired charging goes up to 90 watts with the right adapter (not included).
Software used to be the big caveat, but I didn’t find much to complain about with the 17 Ultra. Xiaomi’s HyperOS apes iOS in places, and I still don’t like the unlabeled quick-settings icons, but it’s mostly perfectly fine. The Leica interface, with minimalist app icons and photography widgets, is much nicer than the slightly cartoonish HyperOS, but it’s very easy to customize. I don’t think bloatware has any place on a flagship phone, so I’m always annoyed to see apps like Facebook and TikTok preinstalled.
There’s plenty of AI onboard, if you care, and you can use Google’s Gemini or Xiaomi’s HyperAI for all sorts of photo and video editing, transcription, translation, summarization, and more. It’s not quite as slick and elegant as Google’s Pixel, but you can broadly achieve all the same results.
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For folks who can get their hands on the global model more easily, it’s a near-flawless flagship contender that will satisfy anyone craving a big, powerful, photography-first phone.
North Korean hackers are deploying newly uncovered tools to move data between internet-connected and air-gapped systems, spread via removable drives, and conduct covert surveillance.
The malicious campaign has been named Ruby Jumper and is attributed to the state-backed group APT37, also known as ScarCruft, Ricochet Chollima, and InkySquid.
Air-gapped computers are disconnected from external networks, especially the public internet. Physical isolation is achieved at the hardware level by removing all connectivity (Wi-Fi, Bluetooth, Ethernet), while logical segregation relies on various software-defined controls, like VLANs and firewalls.
In a physical air-gap environment, typical in critical infrastructure, military, and research sectors, data transfer is done through removable storage drives.
Researchers at cloud security company Zscaler analyzed the malware employed in APT37’s Ruby Jumper campaign and identified a toolkit of five malicious tools: RESTLEAF, SNAKEDROPPER, THUMBSBD, VIRUSTASK, and FOOTWINE.
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Bridging the air gap
The infection chain begins when the victim opens a malicious Windows shortcut file (LNK), which deploys a PowerShell script that extracts payloads embedded in the LNK file. To divert attention, the script also launches a decoy document.
Although the researchers did not specify any victims, they note that the document is an Arabic translation of a North Korean newspaper article about the Palestine-Israel conflict.
The PowerShell script loads the first malware component, called RESTLEAF, an implant that communicates with APT37’s command-and-control (C2) infrastructure using Zoho WorkDrive.
RESTLEAF fetches encrypted shellcode from the C2 to download the next-stage payload, a Ruby-based loader named SNAKEDROPPER.
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The attack continues with installing the Ruby 3.3.0 runtime environment – complete with the interpreter, standard libraries, and gem infrastructure – disguised as a legitimate USB-related utility named usbspeed.exe.
“SNAKEDROPPER is primed for execution by replacing the RubyGems default file operating_system.rb with a maliciously modified version that is automatically loaded when the Ruby interpreter starts,” via a scheduled task (rubyupdatecheck) that executes every five minutes, the researchers say.
The THUMBSBD backdoor is downloaded as a Ruby file named ascii.rb, as well as the VIRUSTASK malware as the bundler_index_client.rb file.
The role of THUMBSBD is to collect system information, stage command files, and prepare data for exfiltration. Its most crucial function is to create hidden directories on detected USB drives and copy files to them.
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According to the researchers, the malware turns removable storage devices “into a bidirectional covert C2 relay.” This allows the threat actor to deliver commands to air-gapped systems as well as extract data from them.
ThumbSBD execution flow Source: Zscaler
“By leveraging removable media as an intermediary transport layer, the malware bridges otherwise air-gapped network segments,” Zscaler researchers say.
VIRUSTASK’s role is to spread the infection to new air-gapped machines, weaponizing removable drives by hiding legitimate files and replacing them with malicious shortcuts that execute the embedded Ruby interpreter when opened.
The module will only trigger an infection process if the inserted removable media has at least 2GB of free space.
Overview of the Ruby Jumper attack chain Source: Zscaler
Zscaler reports that THUMBSBD also delivers FOOTWINE, a Windows spyware backdoor disguised as an Android package file (APK) that supports keylogging, screenshot capture, audio and video recording, file manipulation, registry access, and remote shell commands.
Another piece of malware also observed in the APT37’s RubyJumper campaign is BLUELIGHT, a full-fledged backdoor previously associated with the North Korean threat group.
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Zscaler has high confidence attributing the RubyJumper campaign to APT37 based on several indicators, including the use of the BLUELIGHT malware, initial vector relying on LNK files, two-stage shellcode delivery technique, and C2 infrastructure typically observed in attacks from this actor.
The researchers also note that the decoy document indicates that the target of the RubyJumper activity is interested in North Korean media narratives, which aligns with the victim profile of this threat group.
Modern IT infrastructure moves faster than manual workflows can handle.
In this new Tines guide, learn how your team can reduce hidden manual delays, improve reliability through automated response, and build and scale intelligent workflows on top of tools you already use.
Amazon is rolling out a massive, redesigned Fire TV experience, and the star of the show for many users is a transformed Fire TV mobile app.
This isn’t just a minor tweak; the update effectively turns your smartphone into a genuine second screen, making the entire process of discovering, managing, and launching content onto your TV significantly easier and faster.
The refreshed mobile application now sports a look and feel that aligns with the updated Fire TV interface. Gone are the days of clunky navigation; the app offers streamlined browsing for a quicker path to movies, TV shows, live sports, and other content.
This means less time wasted scrolling and more time enjoying your favourite entertainment. Users can now manage their watchlists, initiate playback on their TV, and even save recommendations from friends while they are away from home. Talk about convenience.
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With this new version, your phone evolves from a simple remote into a powerful companion device designed to drastically cut down on searching.
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In a smart move, the app is fully integrated with Alexa+, Amazon’s new generative AI-powered assistant that is available in certain regions. This integration promises personalised recommendations that are actually useful and smarter overall navigation, essentially acting as a personal content curator in your pocket.
The new mobile app marks a strategic move Amazon made to position Fire TV as a truly connected ecosystem. Pairing the revamped Fire TV interface with this significantly more capable mobile app, Amazon is ensuring that the largest screen in your home works in perfect harmony with the one you carry around everywhere.
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This makes finding and watching content less of a chore and more of a fluid experience.
The rollout of this redesigned app has started in the UK, Germany, France, Italy, Spain, Japan, and India. Amazon has confirmed that availability will be expanding to more countries globally in the coming weeks, so users worldwide can look forward to getting their hands on this elevated Fire TV experience soon.
President Donald Trump has ordered all US government agencies to stop using Claude and other Anthropic services, escalating an already volatile feud between the Department of Defense and company over AI safeguards. Taking to Truth Social on Friday afternoon, the president said there would be a six-month phase out period for federal agencies, including the Defense Department, to migrate off of Anthropic’s products.
“The Leftwing nut jobs at Anthropic have made a DISASTROUS MISTAKE trying to STRONG-ARM the Department of War, and force them to obey their Terms of Service instead of our Constitution,” the president wrote. “Anthropic better get their act together, and be helpful during this phase out period, or I will use the Full Power of the Presidency to make them comply, with major civil and criminal consequences to follow.”
Before today, US Defense Secretary Pete Hegseth had threatened to label Anthropic a “supply chain risk” if it did not agree to withdraw safeguards that insist Claude not be used for mass surveillance against Americans or in fully autonomous weapons. In a post on X published after President Trump’s statement, Hegseth said he was “directing the Department of War to designate Anthropic a Supply-Chain Risk to National Security. Effective immediately, no contractor, supplier, or partner that does business with the United States military may conduct any commercial activity with Anthropic.”
Anthropic did not immediately respond to Engadget’s comment request. Earlier in the day, a spokesperson for the company said the contract Anthropic received after CEO Dario Amodei outlined Anthropic’s position made “virtually no progress” on preventing the outlined misuses.
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“New language framed as a compromise was paired with legalese that would allow those safeguards to be disregarded at will. Despite DOW’s recent public statements, these narrow safeguards have been the crux of our negotiations for months,” the spokesperson said. “We remain ready to continue talks and committed to operational continuity for the Department and America’s warfighters.”
Advocacy groups like the Center for Democracy and Technology (CDT) quickly came out against the president’s threats. “This action sets a dangerous precedent. It chills private companies’ ability to engage frankly with the government about appropriate uses of their technology, which is especially important in national security settings that so often have reduced public visibility,” said CDT President and CEO Alexandra Givens, in a statement shared with Engadget. “These threats undermine the integrity of the innovation ecosystem, distort market incentives and normalize an expansive view of executive power that should worry Americans all across the political spectrum.”
For now, it appears the AI industry is united behind Anthropic. On Friday, hundreds of Google and OpenAI employees signed an open letter urging their companies to stand in “solidarity” with the lab. According to an internal memo seen by Axios, OpenAI CEO Sam Altman said the ChatGPT maker would draw the same red line as Anthropic.
In a blog post published late on Friday, Anthropic vowed to “challenge any supply chain risk designation in court,” and assured its customers that only work related to the Defense Department would be affected. The company’s full statement is available here, an excerpt is below:
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Designating Anthropic as a supply chain risk would be an unprecedented action—one historically reserved for US adversaries, never before publicly applied to an American company. We are deeply saddened by these developments. As the first frontier AI company to deploy models in the US government’s classified networks, Anthropic has supported American warfighters since June 2024 and has every intention of continuing to do so.
We believe this designation would both be legally unsound and set a dangerous precedent for any American company that negotiates with the government.
No amount of intimidation or punishment from the Department of War will change our position on mass domestic surveillance or fully autonomous weapons. We will challenge any supply chain risk designation in court.
Update, February 27, 9PM ET: This story was updated twice after publish. First at 6PM ET to include a link to and quotes from Hegseth about the designation of Anthropic as a supply chain risk. Later, a quote from Anthropic was added, along with a link to the company’s blog post on the subject.
In the early 1990s, handheld gaming was booming, and two absolute titans ruled the roost: Nintendo’s Game Boy and SEGA’s Game Gear. These two were extremely expensive, typically costing more than $100 each ($225 today), so only young gamers with deep pockets could get in on the action. Then the Hartung Game Master appeared unexpectedly from Germany.
Hartung, a company known (or infamous in some places) for producing low-cost LCD gadgets, introduced the Game Master in 1990 to mix things up a bit – undercutting the competition is the word, though that sounds a little too businesslike. So, yes, they went in cheap. In Europe, this was a huge business, with France being completely swamped with, among other brands, Videojet Game Master, Super Game, and Game Tronic. The UK had the Systema 2000 which came out late in 1991, £50 to be exact, which is to say roughly £30 less than the Game Boy. Then there was Spain, which got the Prodis PDJ-10, Italy got a Virella model, and Hong Kong got the Impel Game Master. One anomaly was that France’s Delplay Game Plus essentially copied the Game Boy’s design while abandoning the conventional cartridges concept.
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In terms of size and shape, the standard model, measuring 170 by 97 by 33 millimeters, was essentially a Game Gear clone, with a wide body with the D-pad on the left and the A and B buttons on the right, as well as a confusing layout with the Select and Start buttons stuck awkwardly in the upper-left corner. The buttons felt like you were pressing these small spheres, and the D-pad was a touch weird, making for an uncomfortable grip after a time.
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It’s powered by four AA batteries or a 6 volt DC converter, and the power switch was a nice addition, but only if you had a cartridge in, because the last two pins on each cart bypass the switch totally, bringing the device to life. No, when you take the game out, it immediately shuts off. Anyway, the volume and headphone controls were located on the bottom, along with a contrast dial and the power adapter plug. They also included a small pair of stereo headphones for the price, unlike the competition.
Under the hood, there wasn’t much to be excited about. An NEC D78C11AGF microcontroller clocked at only 8MHz and paired with an absurdly meager 2.25 KB of RAM. As for the PCB, well, let’s just say it appeared to have been quickly made with a lack of soldering abilities, with bridges and globs of solder everywhere.
Up front, however, the 61 by 64 monochrome LCD was the true hero, or perhaps the villain, depending on your perspective. It rendered in stark black and silvery white pixels, and there was no backlight, thus it was only useful in reasonably bright environments. Oh, and there was the issue of vertical smearing, which effectively divided the screen into two parts. Clean the zebra connectors as you might, the problem often lay with the glass itself rather than the connections. Tweaking the contrast helped a little, but you knew it would never be perfect.
The cartridges just slid into its 40-pin slot, which was very similar to the Watara Supervision carts except for the exposed sides, and they had no cross compatibility with the other games. There were only 18 games shipped worldwide, and all of them were unlicensed clones stuffed in plastic pouches with the required folded up manual.
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