Shift is offering to clean homes for free, but there is one important condition. The company will record those chores to build training data for future home robots.

The New York-based startup is currently offering free cleaning services, in which a vetted operator visits a home and wears a camera-equipped device while performing routine household work. The footage can then help AI systems understand how people clean homes outside controlled lab settings.

Your messy home is valuable AI training data

AI companies have already used text, images, and videos from the internet to train software models. But robots need a different kind of data. They need to understand physical spaces, household objects, and the messy logic of everyday chores.

A robot cannot learn home cleaning only from staged lab videos. Real homes have cluttered tables, dishes stacked in awkward ways, stains in corners, and objects placed where they should not be. That kind of chaos is what makes household footage useful.

Shift is not the only company chasing this kind of physical AI data. In India, startups and data vendors are already building businesses around this demand, paying workers to record first-person videos of everyday tasks and supplying that footage to AI companies. For robotics firms, ordinary human labour is becoming valuable training material.

This is where it starts to feel a bit dystopian

Cleaning may only be the start. In the announcement video, Shift says it eventually plans to move into other areas like plumbing, cooking, and building.

For years, the fear around AI has mostly been about office jobs. Writers, coders, designers, and customer support teams have already felt the pressure, and in some cases, that fear has started turning into job losses.

Trades have largely escaped that conversation because physical work is harder to automate. A chatbot can write an email, but it cannot fix a leaking pipe or clean a messy kitchen. Companies like Shift are trying to close that gap by collecting footage of people doing those exact tasks.

AI and robotics may still need time to match the efficiency and precision of a human worker. But watching companies collect this kind of data to train advanced robots feels like the opening scene of the kind of sci-fi movie that does not end well for humans.

A recent hands-on session with a knockoff iPhone Air acquired by Phone Repair Guru offers a clear look at how far these replicas have advanced in matching one of Apple’s most distinctive designs.

The device’s packaging mimics the real item in many respects, but a side-by-side comparison reveals how the fake depends on stickers for some elements on the back rather than printing them directly on. The white is just a little off, and the fake’s bright lettering lacks the high-quality finish you’d expect from Apple. Even with a black light on the box, you can’t find any of the hidden security markings that would reveal the real thing, though the IMEI number from the fake unit somehow manages to pull up information tied to a genuine iPhone Air when checked online, even if the model number isn’t completely correct.

Sale

Anker MagSafe Charger Compatible, MagGo 3-in-1 Charging Station, Nano Charging Stand, Qi2 Certified 15W…

• Ultra-Fast 15W Wireless Charging: Harness full 15W charging power, giving your essential devices the quickest charge, consistent with the original…
• Compact Charging for 3 Devices: Ideal for clutter-free workspaces, this compact charger fits ideally on any desk, powering everything from phones to…
• Certified Fast Charging for Apple Watch: Boasts official certification, enabling you to power your Apple Watch Series 10 from 0 to 100% in just 1 hour…

Actually handling the handset gives a strong impression of its slimness and quality. Measuring with a caliper, the fake is around 6.43 millimeters thick compared to the real one measuring in at 6.35 millimeters, resulting in a gap of only 700/1000 of a millimeter. It also weighs less, which contributes to its light and airy sensation in the palm. The camera protrusion is slightly different in shape, but overall the craftsmanship feels like a premium product that far outperforms many of the previous knockoffs he’s encountered.

When you first turn it on, the display comes to life, and one of the first things you see is a giveaway. The huge bottom bezel appears throughout the setup process, and it sticks out against the more precise borders of the real thing. The interface is running a faux iOS 26, complete with a Liquid Glass look that seems uneven, and to make matters worse, you can see the underlying Android components popping through in spots, making it much easier to notice once you start exploring.

Function testing was mixed, but one item that impressed was how well it connects to cellular service and handles phone conversations; there were no serious issues there. To be fair, performance was relatively smooth for everyday use and even mild gaming, which is more than some of the other fakes have accomplished. Camera operation relies on a single functional module rather than purely decorative ones. Daylight shots may hold up for casual viewing, but low light conditions expose clear weaknesses in detail and noise handling.

If you take the phone apart, you’ll notice that the internal arrangement is much more clean and well-thought-out than you’d expect from a knockoff, as there is just one working camera system inside, and the battery is actually larger than the one in the genuine iPhone Air.

I am sitting in the sweltering Nevada heat watching a man struggle to lift a bar over his head. If the man manages to do it, he will win $250,000.

The man is Boady Santavy — a two-time Olympic weight-lifting contestant from Canada — and he has muscles that look culled from the Marvel Cinematic Universe: massive, cartoonish arms that might as well belong to a superhero rather than a real human.

Santavy is attempting to beat the world record for the men’s snatch — a lift of 183 kilograms, or approximately 403 pounds. After a tortured few seconds, Santavy drops the bar — an official “no lift” — and, with a look of animated dismay on his face, hobbles away, visibly cursing.

Santavy is one of a small horde of 42 athletic contestants — weight lifters, swimmers, and track runners — that have gathered in Las Vegas over Memorial Day weekend to compete in the Enhanced Games, a unique (and, by now, quite notorious) athletic competition in which almost all of the participating athletes are on performance enhancing drugs.

Broadly derided by critics as the “steroid Olympics,” the games have taken the deeply unprecedented step of juicing many of their athletes to the gills — anabolics, testosterone, peptides, human growth hormones, and more are all in circulation. All of that chemical enhancement has taken place under the watchful eye of a team of medical professionals. Indeed, the competitors — a hodgepodge of athletes from different ages, skill levels, and backgrounds — spent 12 weeks in the United Arab Emirates at an elite compound, where they trained for the weekend’s event while working closely with doctors who tailored their “protocols” — or drug cocktails — to their individual needs.

The athletes are also being paid “appearance fees” just to participate in the contest and, like Santavy, any competitor who happens to break a world record or place first during their competitive feats will be gifted extra cash — up to $1 million in the case of the 100 meter sprint and 50 meter freestyle.

In other words: Enhanced has taken the rulebook for professional athletic competition and aggressively spiraled it out the window.

Why am I, a technology journalist, covering this event?

Odd as it might seem for a place associated with weak-limbed nerds, Silicon Valley is largely to blame for Enhanced. Indeed, the bizarre spectacle is the work of a former startup that was founded by veterans of crypto, AI, and biotech firms, and that has been backed by the likes of mega-investor Peter Thiel and former Coinbase executive Balaji Srinivasan. The event is also at the forefront of a growing industry that Silicon Valley has embraced with open arms — that of human enhancement, in which injectable drugs and ingestible supplements serve as a source of both physical empowerment and good business.

Traditional athletic health organizations, of course, hate it. The World Anti-Doping Agency — the regulatory body for the Olympics — has called the Enhanced Games “dangerous,” and Travis Tygart, the CEO of the U.S. Anti-Doping Agency, describes it as a “clown show that puts profit over people.”

Steroids have long been viewed warily by the international health community, and even federally approved consumer drugs have stirred some concern among health professionals.

However, Enhanced’s organizers argue that they are actually the good guys — that they are trying to fix a persistent bug in organized sports that has existed since forever. That bug is that a whole lot of athletes are already doping — they’re just doing it secretly. The secrecy increases risk, as there may be limited medical oversight of how the athletes are using them. Conversely, in the Enhanced version of sport, athletes self-admittedly do the drugs under the careful supervision of a team of medical professionals.

If Enhanced were merely trying to improve sports safety, that would be one thing. But the truth is that it isn’t just an athletic competition — it’s also a business. The games are the work of Enhanced Group, Inc., a newly public company that enjoyed an IPO earlier this month at a $1.2 billion valuation. Enhanced sells personalized health treatments, including peptides, GLP-1s for weight loss, testosterone injections, and other physically “enhancing” drugs. The company also recently partnered with an AI company, Rezolve Ai, to launch a digital telehealth platform.

Enhanced wants to take what it’s done in Vegas and transform it into a global business: a distribution network for consumers looking to bulk up and make themselves more youthful. The drugs that Enhanced sells have been cleared by the FDA, but there is some concern that by normalizing steroid use, the company could have a trickle-down effect on the wider culture, leading some consumers (notably young ones) to seek less regulated, more dangerous compounds that could end up having disastrous results. This concern hangs over Enhanced’s athletic competition, which has largely been read as a big advertisement for its own business — as well as the peptide industry itself.

One nation, under peptides

I am one of some 200 journalists from around the world who touch down in Vegas two days prior to the games. Enhanced, which provides us with a dedicated workspace, regular meals, and press time with athletes and Enhanced executives, is exceedingly nice to us but one can’t escape the nagging suspicion that it’s because we are an integral part of their business plan. As the skeptical oglers of this Barnum & Bailey-esque curiosity, our job is to report back to the masses, who will then know of its existence. In other words, we are free marketing for Enhanced’s business.

That business is part of an industry that is due for a gold-rush-like boom later this year, should a certain deregulatory deliverance occur.

In February, U.S. Health Secretary Robert F. Kennedy Jr. went on The Joe Rogan Experience and said he was a “big fan” of peptides. Kennedy (who, himself, can look enhanced at times) also implied that he planned to encourage the FDA to make some peptides more accessible to the public. Kennedy appears to have made good on that promise because, in July, the FDA will convene a pharmaceutical advisory committee that considers whether restrictions on certain previously banned peptides will be loosened.

Since then, the peptide industry has stood at a bizarre crossroads, in which some startups are reportedly conjuring products based on chemicals that currently reside in a legal “gray” zone, in the hopes of being first-to-market if and when the government eases up on them. Others are sticking to only FDA-approved products. A hot spot of this frenzy has been Silicon Valley, where techies are both using and investing in peptides with mutually aggressive gusto. Companies like Superpower, an AI longevity startup that sells FDA-approved peptides, and Noho Labs, a peptide startup backed by Elad Gil, have risen in prominence, while elite clubs like the AGI House have begun hosting peptide injecting “parties” — as personal use among the valley’s elite booms.

But peptides aren’t just gaining steam in the Bay Area; they’re also seeing a groundswell of use throughout the country, as fitness culture sees an aggressive upswing. Recent reports show that teens and twenty-somethings are turning to peptides to “looksmax” — the trendy new term that denotes any extreme effort to beautify one’s self — while the gym is increasingly seen as one of the key hubs of cultural life for young people. This country-wide push for self-improvement has been fueled by a social media landscape that champions the superficial. The progenitor of “looksmaxxing,” the 20-year-old online influencer “Clavicular,” has been a prominent, not to mention controversial, figure in the popularization of peptides. Yet he is only one in a sea of online voices, including podcasters like Joe Rogan and Andrew Huberman, who have recently promoted or platformed the topic.

This is all about “health,” right?

Peptide producers — including the executives at Enhanced — have sworn that their primary concern is consumer “health.” At the same time, they don’t seem to mind admitting that they’re also interested in money.

Maximilian Martin, the 29-year-old CEO and co-founder of Enhanced, is a calm defender of his company’s unconventional practices. Martin, who previously founded a bitcoin mining company and is always impeccably dressed in a suit and has an affable salesman’s smile, meets with journalists for a press conference on Saturday, where he answers questions with an even-keeled good nature, speaking soberly about how his company plans to monetize the creation of a new generation of chemically-altered mutants.

Appropriately, X-Men comes up.

“People have been using performance enhancements for a long time. If you look at, for example, Hollywood, and you look at Marvel superheroes, they’re all enhanced,” Martin offers. “Like Hugh Jackman doesn’t look like he looks at his age because he has such a clean diet and sleeps eight hours a night, right? So that market is already there. The peptide market in the U.S. today is already 85 million people. Most of that market is served by unsupervised, unregulated substances that people are taking. What we’re doing is we’re entering that market with a pathway for people to get to those benefits that they’re looking for in a safe and medically supervised way.”

Christian Angermayer, Enhanced’s billionaire co-founder and executive chairman, is more succinct. “I’m a capitalist,” he tells journalists bluntly. He doesn’t see a disconnect between profits and health. “There is no reason why something that is good should not also be a business.”

Let the games begin

May 24th, the actual day of the games, is a sweltering blur of events — all of which take place inside a miraculous $50 million open-air stadium that has been constructed in a matter of weeks for the express purpose of hosting the games. The complex houses a track, swimming pools, and an expansive pavilion for the weightlifters. Surrounding risers are filled with an audience that cheers enthusiastically despite the hot sun.

Yet while the scene may superficially call to mind the Olympics, the vibe is much less a serious sporting event than it is an uncomfortable cocktail of America’s Got Talent, WWE, and Gladiator. Beautiful influencers fill the stands in youthful, colorful herds, and an announcer narrates the day’s events with a sonorous boom that makes it feel vaguely like we’re all sitting court side at WrestleMania. Later in the evening, The Killers — a staple of Vegas entertainment culture — will play a brief concert to close out the games.

The athletes, meanwhile, stalk the grounds like mythical titans, their bulking, unreal muscles glistening in the sunlight.

Martin is seen throughout the day, walking to and fro in his impeccable suit. This suit becomes progressively more wet throughout the evening, as he keeps rushing down to the pool to hug the swimmers who win their races. Angermayer glides about the event with a breezy energy, a tranquil smile affixed to his face. He drops by the press tent briefly to glad-hand.

Other staples of the tech industry — like Bryan Johnson, the mega-wealthy biohacker who plans to live forever — are also involved. Despite no known professional athletic achievements, Johnson spends the night commentating on the spectacle in a Charles-Barkley-esque, retired athlete kind of way. Later he and his girlfriend (whose vagina Johnson regularly tweets about) are seen walking past the media tent; Johnson is dressed in a bizarre outfit that makes him look a little bit like the Sleepytime Bear from Celestial Seasonings.

The actual competitions are thrilling enough — and, in general, there seem to be a couple categories of athletes that have come to compete.

There are people like James Magnussen, a retired swimmer from Australia who has won Olympic medals in the past and sees the games as an opportunity to get back in on the action. Magnussen, an image of whose massive body spread virally throughout the web earlier this year, has spoken supportively of the peptide industry, and once said that the combination of peptides and testosterone made him feel like he was “18 again.” He will fail to break any records, however, and places last in two races.

Then there are people like Hafthor “Thor” Bjornsson — a massive Nordic body builder and competitive weight-lifter who has self-admittedly done a lot of steroids in the past and sees this competition as an opportunity to do them under closer, safer supervision.

Bjornsson is recognizable to many because he starred in Game of Thrones as Ser Gregor Clegane, the brutal knight who does the dirty work of the Lannister family and whose go-to fight move is to crush his opponents’ skulls with his bare hands. (On press day, a female journalist asks Bjornsson if he will crush her skull, and he politely obliges with a pantomimed head combustion.) During the games, Bjornsson thrillingly attempts a world record deadlift of 1,135.4 pounds, but ultimately fails to muster the strength.

Finally, there are a few competitors like American swimmer Hunter Armstrong, who are abstaining from any supplemental intake altogether. Why is Armstrong even competing? It’s pretty simple: the money, Armstrong tells journalists. That’s the answer that a lot of athletes have given for their participation, in fact. Armstrong has Olympic ambitions and wants to keep himself in the running by not tainting his record. He also has a personal aversion to doping.

“The Olympic movement is something that is very important to me,” Armstrong tells the journalists. “Outside of personal reasons, if I were to go into some kind of protocol I would lose that opportunity.”

Armstrong is one of several competitors who will win their races (in the swimmer’s case, the 50-meter backstroke) despite not being “enhanced.”

The day’s events unfold at a steady pace and, despite organizers’ promise of a titanic extravaganza of unlocked human potential, the event, while entertaining, largely pales in comparison to the Olympics or even, say, a really thrilling football game. The whole thing ends on a weirdly convenient high-point: the competition’s last race of the night — the men’s 50-meter swimming freestyle — culminates with Enhanced’s first and only world-record. Kristian Gkolomeev, a hulking colossus from Greece (he is six feet, eight inches tall), cuts across the pool at a breakneck 20.81 seconds, besting the previous record by 0.07 seconds. The entire crowd erupts in cheers and the venue’s lights blare red in a gameshow-style spasm of celebration. The other swimmers pump their fists in the air victoriously, and Martin again rushes the field in his suit, intent on hugging the dripping Gkolomeev.

The future is enhanced?

The critics of the Enhanced Games say it isn’t really about health, it’s about money. Yet it’s difficult to escape the sense that the games are also about something else, which is vanity — both that of America and the event’s organizers. America has always been the country where fitness culture extends beyond health into the realm of self-aggrandizement, and the Enhanced Games — a showy pageant embodying that principle — fits right in with the next big era of American self-regard. After all, the location of the event — the nation’s hedonism-fueled “Sin City” — hardly screams “health.” Las Vegas is the locale of spectacle and consumption — of barely-remembered nights in which revelers live for the moment, not the long-term. The organizers could have set the games in the symbolically purifying environs of the Swiss countryside or Joshua Tree, but instead they chose to set it in a place where people commonly risk their futures over a game of cards for a fleeting chance at glory.

Similarly, injecting yourself with drugs to make your muscles big doesn’t necessarily seem to be about long-term wellness as much as it’s about looking good in the moment — tomorrow’s potential health consequences be damned.

The glory for the event’s organizers, meanwhile, resides in their ability to usher in a new industry, commemorating it — as they have — with an extravagant ritual that, in their own words, heralds future “scientific breakthroughs” and “human advancement” (not to mention revenue). The gamble for them is on whether this industry does or does not blossom in the coming months, but like the consumers of their supplements, they appear to be living in the moment.

One place where limited glory is felt is the press corps towards the end of Enhanced’s three-day extravaganza. Around midnight, when the games are finally over and the crowd is dispersing, our hot and tired cohort retreats blearily to the media center — a florescent-lit workroom in the nearby Resorts World hotel. As I’m readying to leave, I make a pitstop to the bathroom and, after some necessary relief, turn a corner and run smack into Martin. He appears to be in a brand new suit (or perhaps the one he’s been wearing has simply dried), and he is admiring it in the bathroom mirror. He is undoubtedly preparing for the late-night press conference that’s scheduled to occur soon.

Having not actually spoken to him yet, I am at a bit of a conversational loss. What sort of patter can two men who are essentially strangers offer one another in a public bathroom late at night? How can I sum up the last 72 hours? “Congratulations,” my tired brain lands on, as I head for the door.

“Thank you,” he says, nodding briefly, then turns back to the mirror.

“We trained the bots. We did the grind. Now we’re being left behind,” chanted a horde of contract workers who gathered outside Meta’s offices in Dublin, Ireland, on Friday afternoon. Waving flags, brandishing signs, and armed with whistles and vuvuzelas, they were out to protest a round of planned layoffs.

The workers are employed by Dublin-based company Covalen, which handles content moderation and data labeling services that help Meta to fine-tune its AI products. In April, Covalen told 700 employees that their jobs were at risk, citing “reduced demand,” WIRED reported.

A large swath of the affected workers won’t receive any severance because they’ve been employed for less than two years. The rest are being offered the minimum payout required under local labor laws—two weeks’ pay for every year of employment—according to the Communications Workers’ Union (CWU), whose members include Covalen employees.

“We’re just getting the crumbs here,” Aadel Obaid, a team manager at Covalen who is part of the planned layoffs, tells WIRED. “Give us a little bit of the pie.”

Photograph: Joel Khalili

To try to compel Covalen into revising the severance package, workers voted to strike outside the company’s corporate office, before marching to Meta’s nearby European headquarters. According to John Bohan, an organizer at the CWU, Meta could use its leverage as an anchor client to pressure Covalen into offering its employees an enhanced severance package. The workers are asking for double what’s currently being offered—and at least some form of payment for workers who don’t meet the two-year threshold.

The company could also release Covalen workers from a “cooldown period” preventing them from working on another Meta account for six months after being laid off, Bohan says. (Meta previously described the cooldown period to WIRED as an industry standard.)

At 1 pm local time on Friday, the striking workers began to gather outside Covalen’s corporate headquarters, a red-brick office building on an otherwise largely residential street in the heart of Dublin. The protests began with a wall of sound: The workers beat drums, booed, whistled, shouted, and catcalled. Then came a volley of call-and-response chants led by a worker with a megaphone. The building’s security guard watched, bemused, from inside the lobby, hands on his hips.

Two hours later, the group—now more than 150 people—began to march down the center of the mile-long stretch of road to Meta’s campus, slowing the trailing traffic to a crawl. Dubliners enjoying the early onset of summer stopped to gawp; some applauded. When the protesters arrived at Meta’s complex, two security guards stood with crossed arms, blocking the way. The group set up at the gates and began another round of chants: “We scrub the feed. We take the pain. Meta profits from our strain.”

The fight over who makes the world’s chips is increasingly a fight over the parts of a chip nobody photographs. India has just landed one of them.

Intel and 3D Glass Solutions have signed an agreement to build a roughly $3.3 billion substrate-manufacturing plant in the eastern state of Odisha, the government announced on Friday.

The memorandum of understanding, signed between the Odisha government, Intel Corporation and 3DGS Inc., covers an advanced-packaging glass-core substrate facility in the Bhubaneswar-Khurda region, to be built over five to six years.

India’s electronics and IT minister, Ashwini Vaishnaw, framed it as one of the largest high-technology manufacturing commitments the country has secured.

The 💜 of EU tech

The latest rumblings from the EU tech scene, a story from our wise ol’ founder Boris, and some questionable AI art. It’s free, every week, in your inbox. Sign up now!

Substrates are the unglamorous layer that makes modern chips work. They are the engineered base a processor is mounted on, routing power and signals between the silicon and the circuit board, and as chipmakers hit the limits of shrinking transistors, the packaging around the silicon has become where much of the performance gain now lives.

Glass-core substrates, the technology at the centre of this plant, are seen as a leap over today’s organic materials, offering tighter, faster interconnections for the densest designs.

The plant’s output targets reflect that ambition. According to the government, it is expected to produce around 70,000 glass substrates a year, some 50 million assembled units, and close to 13,000 advanced 3D heterogeneous-integration modules, the stacked, multi-die packages that pack several chips into one.

It is also expected to create more than 1,800 direct high-skilled jobs, with wider indirect employment around it.

The deal does not stand alone. It was approved under the India Semiconductor Mission, the programme through which New Delhi has pledged billions in subsidies to pull chip manufacturing onshore, and the official project cost is put at about ₹1,943 crore, with central fiscal support of roughly ₹799 crore and additional state backing.

The subsidy structure is the mechanism: India is buying its way into a supply chain it has historically had to import.

For Intel, the move is a smaller, sharper bet than a full fabrication plant, and a notable one given the company’s wider retrenchment.

Backing a substrate facility lets it plant a manufacturing flag in a fast-growing market and in a part of the stack, advanced packaging, where it has staked much of its technological case, without the tens of billions a leading-edge fab would demand.

The strategic logic is the same one driving chip policy from Brussels to Washington. The EU’s Chips Act and the US CHIPS Act are both attempts to localise a supply chain that the pandemic and geopolitics exposed as dangerously concentrated, and India is now running the same playbook from further behind.

An MoU is a starting line, not a finished plant, and the five-to-six-year horizon leaves room for the usual slippage. But the direction is unmistakable: the map of where chips, and the things chips sit on, get made is being redrawn, and Odisha has just been added to it.

Photo credit: Indecent Vehicles
Polish builder Indecent Vehicles has started taking orders for a conversion that gives the 991-generation Porsche 911 a shooting brake body. The work adds roughly $350,000 to the price of a donor car and sits on top of the company’s existing widebody package.

Within the 991.1 and 991.2 lines, you can choose from the Turbo, Turbo S, or GT2 RS versions. This first one began life as a 991.2 Turbo and featured a familiar twin-turbo 3.8-liter flat-six engine capable of producing 533 horsepower. Unless the owner specifically wants otherwise, power and engine layout remain unchanged.

Sale

LEGO Speed Champions Porsche 911 GT3 RS Super Car Toy – Model Kit & Pretend Play Toy for Boys & Girls…

• BUILD A RACING LEGEND – Boys and girls ages 9 years old and up can construct the LEGO Speed Champions Porsche 911 GT3 RS Super Car (77239) building…
• AUTHENTIC PORSCHE DETAILS – Young builders can recreate the real-life vehicle’s signature elements including the famous rear wing, air intake…
• 1 PORSCHE DRIVER MINIFIGURE – Kids can place the driver minifigure with helmet and red Porsche Track Day Experience outfit behind the wheel to stage…

The real job begins for the body as Indecent stretches the roofline to position it further back. In this case, they replace the conventional vented engine cover with a custom hatch that also serves as a tailgate and rear fender widening to complement the rest of the widebody treatment. The resulting car appears quite elegant, with a longer and more usable profile that is reminiscent of a smaller Panamera Sport Turismo while maintaining all of the proper 911 proportions. The good news is that rear passengers now have additional headroom, and storage space behind the seats has increased, allowing you to fit gear, luggage, or even a dog without sacrificing any of the fundamental 911 driving experience. Renders show the car looking slick in bright orange paint, with aftermarket wheels and a double rear spoiler that emphasizes the new design.

Designing the tailgate was a difficult task since it had to cope with airflow; after all, the flat-six engine is right back there, so Indecent had to come up with a new design that addressed the cooling needs that the original vented panel handled. With extensive experience with body mods on 991s, Indecent was well-positioned to resolve the issue while maintaining structural integrity and panel fit.

Each additional build following the prototype will take up to four months to complete. Indecent widebody projects already replace or mold practically all of the body panels save the front hood, top, and doors, thus the shooting brake conversion fits seamlessly into an established workflow. Of course, complete personalization is always a possibility. Owners can still choose from a variety of suspension, wheel, brake, and interior trim improvements, as well as power increases, all provided by the same crew.

Every finished car has its own unique serial number, and what this essentially means is taking that method one step further into a body design that many 911 owners have desired for years but have been unable to obtain from the manufacturer. The prototype is anticipated to be unveiled in public sometime next year, after which anyone with a convenient donor car and a hefty budget can place an order for their own.
[Source]

Samsung Electronics and LG Uplus signed a memorandum of understanding on 27 May to jointly develop Integrated Sensing and Communication, or ISAC, a technology that would allow mobile network base stations to double as environmental sensors. The agreement was signed at LG Science Park in Magok, Seoul, with Samsung Research, the advanced R&D division within Samsung’s Device eXperience unit, leading the development effort.

ISAC works by analysing wireless signals as they reflect off nearby objects, extracting information about an object’s speed, distance, and direction of movement. In practical terms, it means a cell tower could detect a drone, track a vehicle, or monitor foot traffic without any dedicated sensing hardware. The technology uses the same signals that already carry voice and data, turning existing communications infrastructure into a sensing platform.

Why it matters

Environmental sensing today relies on dedicated equipment. LiDAR systems use laser light to measure distance, while radar uses radio waves. Both require separate hardware that must be installed, powered, and maintained independently of the communications network. ISAC eliminates that requirement by piggybacking sensing on the wireless infrastructure that mobile operators have already built.

The International Telecommunication Union’s Radiocommunication Sector, which sets the global framework for mobile standards, has designated ISAC as one of six usage scenarios for IMT-2030, the formal name for 6G. It sits alongside immersive communication, hyper-reliable low-latency communication, massive communication, ubiquitous connectivity, and AI-integrated communication. The inclusion signals that 6G networks are being designed from the outset to sense the physical world, not just move data through it.

What they will test

The 💜 of EU tech

The latest rumblings from the EU tech scene, a story from our wise ol’ founder Boris, and some questionable AI art. It’s free, every week, in your inbox. Sign up now!

The collaboration will initially focus on human detection for safety applications and on improving network operational efficiency. The two companies plan to validate ISAC performance on LG Uplus’s existing 5G networks first, then move to the 7 GHz band, a candidate frequency for 6G that offers a balance between the wide coverage of lower bands and the high bandwidth of millimetre-wave spectrum.

Over time the partnership will combine ISAC-generated wireless data, including location, speed, and density information, with camera imagery to improve detection accuracy. That work will involve developing multimodal AI models that integrate and analyse diverse forms of sensing data. Samsung Research will handle core ISAC and AI technology development, while LG Uplus will provide data and field-testing infrastructure from its commercial network.

The spectrum race behind 6G

The 7 GHz band is increasingly described as the “golden band” for 6G because it offers enough bandwidth for high-speed data while still propagating far enough for practical coverage. South Korea is actively exploring the 7.125 to 8.4 GHz range as a primary 6G candidate. The World Radiocommunication Conference in 2023 identified portions of the 6.425 to 7.125 GHz band for mobile use in several regions, and the 7.125 to 8.4 GHz range is on the agenda for WRC-27.

In the United States, the National Telecommunications and Information Administration must complete its study of the 7.125 to 7.4 GHz band by the end of 2026 before it can be opened to commercial wireless. Europe is pursuing the upper 6 GHz range. The allocation decisions at WRC-27 will largely determine which countries have the spectrum to deploy 6G at scale and which do not. For South Korea, whose economy is deeply exposed to shifts in global tech supply chains, securing early 6G spectrum and standards influence is a strategic priority.

Samsung’s 6G positioning

Samsung has been building its 6G credentials methodically. The company published a 6G white paper outlining its vision for AI-native and sustainable communications, demonstrated 6G technologies alongside global partners at the Silicon Valley Future Wireless Summit in November 2025, and showcased AI-RAN capabilities at Mobile World Congress in March 2026. The ISAC collaboration with LG Uplus extends that work from lab demonstrations to field validation on a live commercial network.

The partnership pairs Samsung’s research capabilities with LG Uplus’s operational infrastructure, a combination that matters because ISAC performance in controlled environments may differ significantly from real-world networks with interference, building reflections, and variable traffic loads. Samsung’s broader ambitions in AI and semiconductor manufacturing give it a vertically integrated stake in 6G infrastructure that few competitors can match.

Commercial 6G deployment is not expected until the early 2030s, and ISAC will need to clear both technical and regulatory hurdles before it replaces dedicated sensing equipment at scale. But the technology represents a genuine shift in what a wireless network can do, and Samsung and LG Uplus are now testing whether the physics holds up outside the lab.

The Detroit Apple Developer Academy’s fifth year is underway, with the next generation of iPhone developers joining a program whose expense and success have been questioned.

The only developer academy of its kind in North America, the developer academy is a collaboration between Apple, Michigan State University, and the Gilbert Family Foundation. It offers a range of free programs, including the option for a full nine-month learning experience.

The Detroit academy is just one of 19 around the world. All of them help students learn how to design and create their apps, with an eye on turning them into full-fledged businesses.

In a newsroom post announcing the fifth commencement, Apple notes that more than 70% of the people who start the free academy go on to complete the program.

A history of (some) success

Apple talks a big game, but the results speak for themselves. Saamer Mansoor was part of the academy’s original cohort as the world continued to get to grips with the COVID pandemic. After he and his teammates realized they all knew someone with hearing difficulties, they set about creating BeAware Deaf Assistant.

Using Apple’s Neural Engine to handle real-time transcription and translation, the app became a hit. It’s now been translated into 25 spoken languages and is used by institutions including the George Washington University.

Mansoor wasn’t a one-off, either. Courey Jiminez is a 2026 academy graduate and Swift Student Challenge winner who credits the academy with teaching her the skills she needed.

“I had never heard of challenge-based learning prior to coming here. It taught me to dig deeper into the research and to be OK with pivoting if my idea shifts along the way,” the Detroit native noted.

Now, Jiminez is in project management, supporting coders and designers while managing the overall vision of the app being worked on.

If you’re keen to learn more and perhaps get involved with an Apple Developer Academy near you, Apple’s dedicated website is a good place to start.

Question marks

However, its academies aren’t without their detractors. The Detroit academy in particular has come under fire. Huge costs and questions around its ability to set students up for a job in the future left some wondering whether it’s worth the expense.

For Apple’s part, the academies are a key aspect of its continued success. They may be free to students, but Apple knows that teaching them to build apps for its platforms is good business sense for the future of those platforms.

As for the students, Apple is quick to tout its wins, but some have questioned whether it is the outright success it’s claimed to be.