The Yangwang U7 will be first model to use new Blade Battery tech
Company says Blade 2.0 can deliver more than 625 miles on a single charge
BYD is working on high-performance EVs that also boast massive range
Not content with being a global leader in EV sales, Chinese car-making giant BYD is set to reveal all about the next generation of its battery and charging systems at a “Disruptive Technology” even due to be held in China this week.
Tidbits are already being released by the company on social media, including the fact that the Yangwang U7 will be the first high-performance EV from the BYD stable to receive the second generation of its advanced Blade Battery technology.
The company says the quad-motor, high-powered EV will be capable of returning a maximum range of 1,006 km (625 miles) on a single charge, according China’s CTLC testing standard (via Car News China).
When adjusted for the more stringent WLTP cycle in Europe and North America’s EPA rating, those numbers still hover around 559 miles and 450 miles respectively — easily making it the longest range EV on sale.
In addition to the Yangwang U7, BYD plans to introduce the Blade Battery 2.0 into a number of Denza models, as well as the BYD Seal 07, the Sealion 06 and a recently-announced Great Tang seven-seat SUV (see image below), which has the likes of Kia, Hyundai and Volvo clearly in its sights.
(Image credit: BYD)
Even in that enormous luxury crossover, the Chinese automaker claims its upcoming battery technology will be capable of delivering 590 miles on the CTLC testing standard, which is over 200 miles more than the Kia EV9, for example.
Not content with simply producing extremely energy-dense EV batteries, BYD has also been working on its megawatt ‘Flash Charging’ network, which is capable of delivering up to 1,500kW of electricity to compatible EV batteries.
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It released a number of 10-70% charging times for models due to receive its Blade Battery 2.0 technology, with the Yangwang U7 reportedly taking just four minutes and 54 seconds to reach the aforementioned State of Charge.
Finding a charging outlet in Europe and the US that provides just 350kW is tough enough, but BYD says it will roll out 20,000 of its innovative gas station-style Flash Charging stalls in China this year.
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Analysis: It’s all in the chemistry
(Image credit: Autohome/Car News China)
The most pertinent point here is not the fact that BYD, alongside Chinese battery-making giant CATL, have managed to improve the energy density, charging rates and longevity of their EV battery packs. It’s that they’ve done so using a Lithium Iron Phosphate battery chemistry.
Where rivals have been exploring more costly Nickel Manganese Cobalt (NMC) cathodes or awaiting the arrival of mass produced all-solid-state batteries, BYD has been gradually improving its relatively cheap LFP technology to match the statistics of more costly alternatives.
Judging from the progress, there is likely even more room for improvement here, which could open the door to Blade Battery 2.0 technology eventually filtering down into the more affordable, mass market BYD models, both in China and further afield.
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Right now, the BYD Seal can manage up to 345 miles on a single charge in the UK, according to WLTP tests. But the second generation battery could see those figures rise to over 400 miles, if not more.
On top of this, future owners will also be able to make use of ultra-rapid charging, which brings EV charging sessions more in line with fuel stops.
If the infrastructure can be put in place, we will start to see customer attitudes towards electrification shift dramatically.
And of course, you can also follow TechRadar on YouTube and TikTok for news, reviews, unboxings in video form, and get regular updates from us on WhatsApp too.
The CPRight team, from left: Shubham Bansal, Deeya Sharma, Prisha Hemani, and Atharv Dixit with their Holloman Health Innovation Challenge winnings at the University of Washington in Seattle this week. (UW Buerk Center for Entrepreneurship Photo / Matt Hagen)
A team of students from the University of Washington took home the top prize in the Hollomon Health Innovation Challenge on Wednesday as the UW swept the 11th annual competition.
CPRight won the $15,000 Holloman Family grand prize as well as the $2,500 Naturacur Wound Healing Best Idea for a Medical Device prize in the student competition.
CPRight is a real-time CPR feedback device that provides data on compression rate and depth to ensure bystanders perform high-quality, life-saving chest compressions during an emergency.
The company was co-developed alongside ReviveHer, the 2025 Best Idea for Patient Safety prize winner.
The team consists of Shubham Bansal, a neuroscience undergraduate student; Deeya Sharma, a graduate student in the UW School of Medicine; Prisha Hemani, a computer science and engineering undergrad; and Atharv Dixit, an engineering undergrad.
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The Hollomon Health Innovation Challenge, hosted by the UW’s Buerk Center for Entrepreneurship in the Foster School of Business, gives students the opportunity to create meaningful solutions to big health-related problems. The competition is open to undergrads and grad students at accredited colleges and universities across the Cascadia Corridor — Washington, Oregon, Idaho, and British Columbia, as well as Alaska.
Other prize winners:
$10,000 WRF Capital Second Place Prize:
TheraT, a drinkable, non-invasive therapy that removes toxins in the gut before they reach the bloodstream, allowing chronic kidney disease patients to lower their reliance on dialysis.
$5,000 Scale LLP Third Place Prize
LegUp Prosthetics, a low-cost system that uses smartphone-based 3D scanning to enable accurate fitting from home, reducing costs and expanding access to prosthetic care for underserved and rural patients. Developed by a UW team of molecular engineering, bioengineering, biochemistry, and mechanical engineering students. They also won the $2,500 Population Health Initiative Best Idea for Addressing Health Access and Disparities prize for their focus on expanding care to underserved and rural patients through a point-of-care healthcare service.
$2,500 Mindful Therapy Group Best Idea in Digital Health Prize
ShiftSpark, a workflow-embedded support platform that helps nurses process stress in real time during a shift. Developed by a team of UW public health students who became the first-ever to win the digital health prize in the challenge after also winning the pitch contest as part of the Buerk’s Digital Health Workshop series.
SoundBio Lab Ignite Prize
TPT-Finder, a handheld, AI-powered surgical tool that helps surgeons instantly distinguish parathyroid tissue during thyroid surgery to prevent costly and life-altering complications. Developed by a UW team of computer science and electrical and computer engineering students. The prize is a six-month membership to the SoundBio Lab biomakerspace in the U-District.
$1,000 Connie Bourassa-Shaw Spark Award
ColoGuide, an AI-powered colonoscopy navigation system building its proprietary data set to automate scope insertion with real-time visual guidance. Developed by UW Medicine students.
This year’s competition attracted 67 participants, two shy of the record set in 2025. Students represented seven schools in the opening round: UW, UW-Bothell, Edmonds College, UW Global Innovation Exchange, University of Idaho, Portland State University, and Seattle University.
There have been 509 participating teams and more than 1,725 students over the 11 years of the challenge and $424,000 awarded.
A €345,000 employment grant from Údarás na Gaeltachta will support the recruitment.
Minister for Rural and Community Development and the Gaeltacht Dara Calleary, TD has approved €12m in funding from his department and its agencies for a range of projects. Calleary also revealed plans for 23 new jobs at Net Feasa, a technology company based in Daingean Uí Chúis, Kerry.
The 23 new full-time positions will double the company’s workforce over the course of the next three years and will be in software development and engineering, artificial intelligence engineering, wireless network operations and customer support. A €345,000 employment grant from Údarás na Gaeltachta will support the recruitment.
Net Feasa, which comes from the Irish language for “network of knowledge”, is a digital transformation company dedicated to “revolutionising” the global supply chain landscape.
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“Our mission is to enhance safety, security and visibility, ensuring that every link in the chain is connected and performing seamlessly,” read a statement on the company’s website.
Commenting on the jobs announcement Calleary said: “I am delighted to be here to celebrate this success story. The jobs at Net Feasa are high-quality well-paid roles in an exciting technology company. Net Feasa was founded in a rural Gaeltacht town, but it has a global reach with offices in Singapore, Hong Kong, Taiwan and the United States.
“With the wealth of talent available in rural areas and the support of my department, and agencies like Údarás na Gaeltachta, we are working hard to create more opportunities like this.”
Calleary today (5 March) began a two-day visit to Kerry where he is opening and visiting projects that have been approved for funding.
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Among other engagements, he will also visit the site of the new housing project in Baile an Fheirtéaraigh that seeks to address the accommodation shortage for Irish language summer colleges in the area and attend the official opening of GTEIC, a working hub which has had investment of more €2.5m.
The Cathaoirleach of Kerry County Council, Cllr Michael Foley said: “I warmly welcome Minister Dara Calleary to Kerry for a series of important engagements. The Department of Rural and Community Development and the Gaeltacht has supported many projects and initiatives in Kerry in recent years, and I am pleased that the Minister will have the opportunity to see first-hand the very positive work being done across the county.”
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The end table was built from scratch, with [Peter] going through all the woodworking steps required to assemble the piece. The three-legged wooden table is topped with a tiny N-scale model railway layout, and you get to see it put together including the rocks, the grass, and a beautiful epoxy river complete with a bridge. The railway runs a Kato Pocket Line trolley, but the really neat thing is how it’s powered.
[Peter] shows us how a small gearmotor generator was paired with a bridge rectifier and a buck converter to fill up a super capacitor that runs the train and lights up the tree on the table. Just 25 seconds of cranking will run the train anywhere from 4 to 10 minutes depending on if the tree is lit as well. To top it all off, there’s even a perfect coaster spot for [Peter]’s beverage of choice.
People are losing their minds over Apple’s decision to put an iPhone chip in the MacBook Neo. All it shows is that they really don’t understand the engineering of Apple Silicon.
Apple’s A18 Pro is more than an iPhone chip
After years of rumors, the budget MacBook was revived on March 4, 2026. The MacBook Neo is its name, and people are already losing their minds over one key cost-cutting decision. The MacBook Neo has the A18 Pro at its heart, the same chip that powered the iPhone 16 Pro. It’s something that had been rumored, yet still seems to have blindsided some of those looking to create a fuss on social media. Continue Reading on AppleInsider | Discuss on our Forums
SunBriteTV has launched the Veranda 4, a full-shade outdoor 4K smart TV series that takes direct aim at the covered patio market where Samsung’s Terrace line has established the dominant commercial presence over the past several years.
The outdoor TV category has expanded steadily as homeowners invest in permanent alfresco entertainment setups, with weatherproofed screens becoming a standard fixture in residential outdoor living spaces alongside dedicated outdoor audio systems and covered kitchen installations.
The Veranda 4 enters that market with 600-nit brightness driven by a direct LED backlight, a figure SunBriteTV claims sits 58% higher than its previous generation, giving the panel the output needed to hold picture quality in partially shaded environments without washing out in ambient daylight.
An IP55-rated aluminium exterior handles rain, heat, and humidity, while internal components carry additional protective coatings, and SunBriteTV’s Eco Bright Outdoor Technology prevents backlight failure at operating temperatures up to 50 degrees Celsius, covering the range of conditions a permanently mounted outdoor screen would face across summer months in most North American climates.
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LG’s WebOS powers the smart platform, supporting access to a wide variety of third-party streaming apps such as Netflix and Disney+. There’s also a redesigned media bay tucked discreetly within the chassis, giving users flexibility to run their own streaming devices without visible cable clutter behind the screen.
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Connectivity covers built-in Wi-Fi, Bluetooth 5.0, and voice control, with two integrated 8-watt loudspeakers handling audio for everyday viewing without requiring a separate outdoor sound system for basic use cases.
The Samsung Terrace, which similarly targets covered outdoor environments and carries comparable weatherproofing credentials, starts at a higher price point than the Veranda 4, giving SunBriteTV a potential cost advantage in the residential installation market where budget often determines product selection alongside brand recognition.
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The Veranda 4 is available now in 65-inch and 75-inch sizes, priced at $3,198.95 and $4,648.95 respectively, with additional screen sizes launching later in 2026.
At MWC 2026 this week, TCL expanded its personal audio lineup with the new CrystalClip open-ear wireless earbuds, including a premium CrystalClip with Crystals by Swarovski edition. While TCL is best known globally for its televisions, the company has steadily built a presence in the true wireless category with models such as the MOVEAUDIO S600, Neo, and S180.
The new CrystalClip series signals a deeper push into the fast-growing open-ear clip-on earbud segment, combining air conduction audio technology, AI-driven features, and extended battery life with a design focused on all-day comfort.
Air Conduction vs. Bone Conduction: What’s the Difference?
Open-ear clip-on earbuds rely on air conduction to deliver sound into your ears, directing audio toward the ear canal without sealing it off. This approach has gained traction because it tends to provide a more natural fit, greater long-term comfort, and fuller sound layering with more balanced bass, mids, and treble compared with most bone-conduction designs. At the same time, the open design keeps your ears unobstructed, allowing you to remain aware of your surroundings—an important advantage for commuting, exercising outdoors, or everyday listening where safety and environmental awareness still matter.
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TCL CrystalClip Wireless Earbuds with Charging Case
Clip-on Design Prioritizes Awareness and All Day Comfort
The clip-on form factor of the TCL CrystalClip is designed to keep listeners aware of their surroundings while enjoying music, podcasts, or calls. Because the earbuds rest outside the ear canal, users can still hear approaching traffic, public announcements, or nearby conversations without removing the earbuds. This open design supports everyday situational awareness while maintaining continuous playback.
To balance comfort with stability, TCL integrates an ergonomic clip structure engineered for consistent contact without excessive pressure. The CrystalClip applies approximately 43 grams of clamping force to help maintain a secure fit across different ear shapes. A titanium arch bridge reinforces the clip mechanism, contributing to durability and shape retention over extended use.
Each earbud weighs just 5.5 grams, minimizing fatigue during long listening sessions. With an IPX4 water resistance rating, the CrystalClip is built to withstand sweat and light splashes, making it suitable for office use, workouts, commuting, and daily mobility.
TCL CrystalClip with Crystals by Swarovski
Blending Technology & Style
Beyond comfort and stability, the TCL CrystalClip combines practical audio engineering with a design intended to complement everyday style. The earbuds feature a streamlined clip-on silhouette that sits close to the ear, allowing them to function not only as a listening device but also as a subtle accessory. The compact shape and balanced proportions help maintain a clean, understated appearance suitable for commuting, office environments, or casual use.
For users who prefer a more fashion-forward option, TCL also offers a CrystalClip with Crystals by Swarovski edition. This version incorporates decorative crystal elements that add a subtle visual accent while maintaining full functionality, including charging and wireless connectivity. The result is a design that blends personal audio technology with a touch of jewelry-inspired styling.
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Immersive Audio Experience
Inside the TCL CrystalClip, a 10.8 mm dual-magnetic dynamic driver forms the foundation of its audio performance. The driver is paired with 3D spatial audio processing, designed to create a wider and more layered listening presentation for music, podcasts, and video content while maintaining clarity across highs, mids, and bass.
TCL also incorporates enhanced bass tuning to add greater depth and presence to everyday listening. While the open-ear design prioritizes comfort and environmental awareness, the tuning aims to maintain a balanced and engaging sound profile suitable for a wide range of content.
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For connectivity, Bluetooth enables wireless playback from smartphones, tablets, and other compatible devices. During calls, dual microphones with ENC (Environmental Noise Cancellation) help reduce background noise so voices remain clearer in busy environments such as cafés, public transit, or crowded streets.
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TCL CrystalClip Clip-on Wireless Earbuds with Crystals by Swarovski
Smart Interaction Powered by AI
Beyond audio playback, the TCL CrystalClip is designed to support communication and everyday productivity through a range of smart features. Touch controls on the earbuds allow users to manage playback, answer calls, and activate additional functions directly from the earbud surface. When paired with compatible TCL smartphones and supported apps, users can also access simultaneous interpretation features, enabling real-time multilingual communication for travel, meetings, or everyday interactions.
CrystalClip also provides quick access to popular voice assistants, including Siri, Google Assistant, and Google Gemini. This allows users to check information, manage schedules, control smart devices, or send messages using voice commands, keeping interactions hands-free while on the move.
All-Day Listening
TCL’s CrystalClip provides up to 36 hours of total battery life and fast charging that delivers hours of playback in just minutes. Bluetooth 5.4 connectivity and dual-device seamless switching further enhance convenience, enabling seamless transitions between smartphones, tablets, and other connected devices.
Black White Smoke Sunset Iridescent Carbon Blue Chilled Lilac Sandstone Lunar Blue Midnight Violet Driftwood Sand Moonlight Grey Diamond 60th Edition
TCL CrystalClip with Crystals by Swarovski
The Bottom Line
TCL has made significant progress in the television market over the past year, highlighted by flagship displays such as the TCL X11L SQD Mini LED TV and expanded manufacturing partnerships that have strengthened its global presence. With the introduction of the CrystalClip line at Mobile World Congress 2026, the company is clearly looking to extend that momentum into the highly competitive wireless earbud category. Although TCL has previously released models such as the MOVEAUDIO S600, Neo, and S180, its presence in personal audio has remained relatively low profile until now.
The CrystalClip series stands out by combining open ear clip-on design, air conduction audio, spatial sound processing, and AI-driven features at a price that undercuts many established competitors. In addition with CrystalClip with Crystals by Swarovski edition, TCL is leaning into the growing overlap between personal audio and wearable style. On the feature side, the earbuds compete with products such as the Sony LinkBuds Clip and Bose Ultra Open Earbuds, both of which offer similar open-ear concepts but at significantly higher prices.
What ultimately makes the CrystalClip unique is the combination of affordable pricing, fashion-forward styling, spatial audio support, and open-ear situational awareness in a lightweight clip-on design. The addition of a low-latency gaming mode broadens the appeal even further for mobile gamers who want wireless convenience without added delay.
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For listeners curious about open-ear earbuds but unwilling to spend premium prices, the CrystalClip may offer an accessible entry point. Commuters, casual listeners, and style-conscious buyers looking for something different from traditional in-ear buds will likely find the concept appealing. Whether TCL can carve out meaningful market share in an already crowded wireless earbud space remains to be seen, but the CrystalClip lineup suggests the company intends to compete on features, design, and aggressive pricing rather than brand legacy alone.
Price & Availability
Availability is expected across Asia-Pacific, Europe, and North America beginning March 2026.
Looking for the most recent Strands answer? Click here for our daily Strands hints, as well as our daily answers and hints for The New York Times Mini Crossword, Wordle, Connections and Connections: Sports Edition puzzles.
Today’s NYT Strands puzzle has an unusual topic. Some of the answers are difficult to unscramble, so if you need hints and answers, read on.
If that doesn’t help you, here’s a clue: I’m cheering you on.
Clue words to unlock in-game hints
Your goal is to find hidden words that fit the puzzle’s theme. If you’re stuck, find any words you can. Every time you find three words of four letters or more, Strands will reveal one of the theme words. These are the words I used to get those hints but any words of four or more letters that you find will work:
These are the answers that tie into the theme. The goal of the puzzle is to find them all, including the spangram, a theme word that reaches from one side of the puzzle to the other. When you have all of them (I originally thought there were always eight but learned that the number can vary), every letter on the board will be used. Here are the nonspangram answers:
STAN, LOVER, DEVOTEE, FOLLOWER, ENTHUSIAST
Today’s Strands spangram
The completed NYT Strands puzzle for March 6, 2026.
NYT/Screenshot by CNET
Today’s Strands spangram is YOURBIGGESTFAN. To find it, start with the Y that’s three letters down on the far-left vertical row, and wind down, up and over.
It’s one thing to create your own relay-based computer; that’s already impressive enough, but what really makes [DiPDoT]’s design special– at least after this latest video— is swapping the SRAM he had been using for historically-plausible capacitor-based memory.
A relay-based computer is really a 1940s type of design. There are various memory types that would have been available in those days, but suitable CRTs for Williams Tues are hard to come by these days, mercury delay lines have the obvious toxicity issue, and core rope memory requires granny-level threading skills. That leaves mechanical or electromechanical memory like [Konrad Zeus] used in the 30s, or capacitors. he chose to make his memory with capacitors.
It’s pretty obvious when you think about it that you can use a capacitor as memory: charged/discharged lets each capacitor store one bit. Charge is 1, discharged is 0. Of course to read the capacitor it must be discharged (if charged) but most early memory has that same read-means-erase pattern. More annoying is that you can’t overwrite a 1 with a 0– a separate ‘clear’ circuit is needed to empty the capacitor. Since his relay computer was using SRAM, it wasn’t set up to do this clear operation.
He demonstrates an auto-clearing memory circuit on breadboard, using 3 relays and a capacitor, so the existing relay computer architecture doesn’t need to change. Addressing is a bit of a cheat, in terms of 1940s tech, as he’s using modern diodes– though of course, tube diodes or point-contact diodes could conceivably pressed into service if one was playing purist. He’s also using LEDs to avoid the voltage draw and power requirements of incandescent indicator lamps. Call it a hack.
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He demonstrates his circuit on breadboard– first with a 4-bit word, and then scaled up to 16-bit, before going all way to a massive 8-bytes hooked into the backplane of his Altair-esque relay computer. If you watch nothing else, jump fifteen minutes in to have the rare pleasure of watching a program being input via front panel with a complete explanation. If you have a few extra seconds, stay for the satisfyingly clicky run of the loop. The bonus 8-byte program [DiPDoT] runs at the end of the video is pure AMSR, too.
Yeah, it’s not going to solve the rampocalypse, any more than the initial build of this computer helped with GPU prices. That’s not the point. The point is clack clack clack clack clack, and if that doesn’t appeal, we don’t know what to tell you.
Homeland Security Secretary Kristi Noem misled Congress on Tuesday about the powers of her controversial top aide Corey Lewandowski, according to records reviewed by ProPublica and four current and former DHS officials.
Lewandowski has an unusual role at DHS, where he is not a paid government employee but is nonetheless acting as a top official, helping Noem run the sprawling agency. For months, members of Congress have asked the agency to detail the scope of his work and authority.
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At a Senate Judiciary Committee hearing on Tuesday, Sen. Richard Blumenthal, D-Conn., asked Noem whether Lewandowski has “a role in approving contracts” at DHS. Noem responded with a flat denial: “No.”
But internal DHS records reviewed by ProPublica contradict Noem’s Senate testimony. The records show Lewandowski personally approved a multimillion-dollar equipment contract at the agency last summer.
That was not a one-off. Lewandowski has approved numerous contracts at DHS and often needs to sign off on large ones before any money goes out the door, the current and former department employees said.
Last year, Noem imposed a new policy that consolidated her and her top aides’ power over all spending at DHS, requiring that she personally review and approve all contracts above $100,000. Before the contracts reach Noem, they must be approved by a series of political appointees, who each sign or initial a checklist sometimes referred to internally as a routing sheet. Typically, the last name on the checklist before Noem’s is Lewandowski’s, the DHS officials said.
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Under federal law, it is a crime to “knowingly and willfully” make a false statement to Congress. But in practice, it is rarely prosecuted.
In a statement, a DHS spokesperson reiterated Noem’s claim. “Mr. Lewandowski does NOT play a role in approving contracts,” the spokesperson said. “Mr. Lewandowski does not receive a salary or any federal government benefits. He volunteers his time to serve the American people.” Lewandowski did not respond to a request for comment.
Several news outlets, including Politico, have previously reported on aspects of Lewandowski’s involvement in contracting at DHS.
There have been widespread reports of delays caused by the new contract approval process at the agency, which has responsibilities spanning from immigration enforcement to disaster relief to airport security. DHS has asserted that the review process saved taxpayers billions of dollars.
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A similar sign-off process exists for other policy decisions at DHS. One of the checklists, about rolling back protections for Haitians in the U.S., emerged in litigation last year. It featured the signatures of several top DHS advisers. Under them was Lewandowski’s signature, and then Noem’s.
An internal Department of Homeland Security policy document from February 2025 shows agency officials, including top aide Corey Lewandowski and Noem — referred to as “S1,” signing off on a policy change. U.S. District Court for the District of Maryland. Scrim added by ProPublica for clarity.
Lewandowski is what’s known as a “special government employee,” a designation historically used to let experts serve in government for limited periods without having to give up their outside jobs. (At the beginning of the Trump administration, Elon Musk was one, too.) Special government employees have to abide by only some of the same ethics rules as normal officials and are permitted to have sources of outside income.
Lewandowski has declined to disclose whether he is being paid by any outside companies and, if so, who.
Lenovo reframes modular computing through enterprise durability requirements
The ThinkBook concept is more for fleets than consumers
System-level AI integration anchors the broader hardware strategy
At MWC 2026, Lenovo showed off a move toward modular hardware and system-level artificial intelligence, combining adaptive concepts with a broad commercial refresh.
The most conspicuous example of this is the ThinkBook Modular AI PC concept, which borrows a Lego-like philosophy of interchangeable parts and configurable layouts.
The approach revives long-running industry ambitions around modular computing, inviting comparisons with Project Ara, the abandoned modular smartphone initiative developed under Motorola ownership before Google discontinued it.
Modular ambition meets enterprise pragmatism
At the center of this showcase is a 14-inch ultra-thin base system built to accept detachable displays, input modules, and modular I/O elements.
A secondary screen can attach in different orientations or replace the keyboard entirely, expanding the workspace to roughly 19 inches while retaining portability.
“The AI era will not be defined by a single device or application, but by intelligent systems that work seamlessly across everything we use,” said Luca Rossi, President, Intelligent Devices Group, Lenovo.
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“We are demonstrating how Lenovo and Motorola are bringing that vision to life, combining adaptive hardware innovation with a single, unified system-level AI integration that works naturally across PCs, smartphones, tablets, wearables, and beyond.”
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That ecosystem relies heavily on Lenovo Qira, which it describes as Personal Ambient Intelligence embedded at the system level rather than layered on top as an app.
Although the modular ThinkBook may draw attention for its flexibility, the surrounding portfolio signals a clear commercial emphasis, as the updated ThinkPad T Series focuses on serviceability and lifecycle value, with select models earning high iFixit repairability scores.
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Lenovo connects those improvements to reduced downtime and sustainable fleet management, a message that resonates more with procurement teams than casual buyers.
The ThinkPad X13 Detachable extends this approach with field-replaceable components in a lightweight format suited to frontline professionals.
The ThinkTab X11, a rugged Android tablet built for industrial settings, further reinforces that direction.
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These devices prioritize durability, manageability, and integration with corporate security frameworks such as firewall controls and endpoint security policies.
Lenovo’s approach’s does not follow the same trajectory as Motorola Ara, given its clearer business-to-business strategy where versatility sits at the center.
It embeds the system within a broader commercial ecosystem that includes lifecycle services and AI deployment tools.
Even so, the viability of detachable displays and modular I/O components will depend on durability, pricing, and real-world adoption across enterprise fleets.
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The failure of Project Ara stemmed from both the appeal and the practical constraints of modular hardware at scale, and increased complexity, cost pressures, and limited developer support at the time also contributed to its demise.
At present, modular systems appear to face stronger enterprise demand and fewer structural barriers, which explains why brands such as Getac and HP continue to develop devices like the Getac S510AD and HP EliteBook 8 G1 for organizations that require configurable, durable hardware environments.
Lenovo’s modular ThinkBook concept appears to sit closer to that tradition than to consumer experimentation.