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how-new-tech-is-making-geothermal-energy-a-more-versatile-power-source

How new tech is making geothermal energy a more versatile power source

Energy rising —

Geothermal has moved beyond being confined to areas with volcanic activity.

The Nesjavellir Geothermal Power Station. Geothermal power has long been popular in volcanic countries like Iceland, where hot water bubbles from the ground.

Enlarge / The Nesjavellir Geothermal Power Station. Geothermal power has long been popular in volcanic countries like Iceland, where hot water bubbles from the ground.

Gretar Ívarsson/Wikimedia Commons

Glistening in the dry expanses of the Nevada desert is an unusual kind of power plant that harnesses energy not from the sun or wind, but from the Earth itself.

Known as Project Red, it pumps water thousands of feet into the ground, down where rocks are hot enough to roast a turkey. Around the clock, the plant sucks the heated water back up to power generators. Since last November, this carbon-free, Earth-borne power has been flowing onto a local grid in Nevada.

Geothermal energy, though it’s continuously radiating from Earth’s super-hot core, has long been a relatively niche source of electricity, largely limited to volcanic regions like Iceland where hot springs bubble from the ground. But geothermal enthusiasts have dreamed of sourcing Earth power in places without such specific geological conditions—like Project Red’s Nevada site, developed by energy startup Fervo Energy.

Such next-generation geothermal systems have been in the works for decades, but they’ve proved expensive and technologically difficult, and have sometimes even triggered earthquakes. Some experts hope that newer efforts like Project Red may now, finally, signal a turning point, by leveraging techniques that were honed in oil and gas extraction to improve reliability and cost-efficiency.

The advances have garnered hopes that with enough time and money, geothermal power—which currently generates less than 1 percent of the world’s electricity, and 0.4 percent of electricity in the United States—could become a mainstream energy source. Some posit that geothermal could be a valuable tool in transitioning the energy system off of fossil fuels, because it can provide a continuous backup to intermittent energy sources like solar and wind. “It’s been, to me, the most promising energy source for a long time,” says energy engineer Roland Horne of Stanford University. “But now that we’re moving towards a carbon-free grid, geothermal is very important.”

A rocky start

Geothermal energy works best with two things: heat, plus rock that is permeable enough to carry water. In places where molten rock sizzles close to the surface, water will seep through porous volcanic rock, warm up and bubble upward as hot water, steam, or both.

If the water or steam is hot enough—ideally at least around 300 degrees Fahrenheit—it can be extracted from the ground and used to power generators for electricity. In Kenya, nearly 50 percent of electricity generated comes from geothermal. Iceland gets 25 percent of its electricity from this source, while New Zealand gets about 18 percent and the state of California, 6 percent.

Some natural geothermal resources are still untapped, such as in the western United States, says geologist Ann Robertson-Tait, president of GeothermEx, a geothermal energy consulting division at the oilfield services company SLB. But by and large, we’re running out of natural, high-quality geothermal resources, pushing experts to consider ways of extracting geothermal energy from areas where the energy is much harder to access. “There’s so much heat in the Earth,” Robertson-Tait says. But, she adds, “much of it is locked inside rock that isn’t permeable.”

The Lardarello plant in the Tuscany region of Italy was the first geothermal power plant in the world. It was completed in 1913.

Enlarge / The Lardarello plant in the Tuscany region of Italy was the first geothermal power plant in the world. It was completed in 1913.

Tapping that heat requires deep drilling and creating cracks in these non-volcanic, dense rocks to allow water to flow through them. Since 1970, engineers have been developing “enhanced geothermal systems” (EGS) that do just that, applying methods similar to the hydraulic fracturing—or fracking—used to suck oil and gas out of deep rocks. Water is pumped at high pressure into wells, up to several miles deep, to blast cracks into the rocks. The cracked rock and water create an underground radiator where water heats before rising to the surface through a second well. Dozens of such EGS installations have been built in the United States, Europe, Australia, and Japan—most of them experimental and government-funded—with mixed success.

Famously, one EGS plant in South Korea was abruptly shuttered in 2017 after having probably caused a 5.5-magnitude earthquake; fracking of any kind can add pressure to nearby tectonic faults. Other issues were technological—some plants didn’t create enough fractures for good heat exchange, or fractures traveled in the wrong direction and failed to connect the two wells.

Some efforts, however, turned into viable power plants, including several German and French systems built between 1987 and 2012 in the Rhine Valley. There, engineers made use of existing fractures in the rock.

But overall, there just hasn’t been enough interest to develop EGS into a more reliable and lucrative technology, says geophysicist Dimitra Teza of the energy research institute Fraunhofer IEG in Karlsruhe, Germany, who helped develop some of the Rhine Valley EGS systems. “It has been quite tough for the industry.”

Geothermal electricity has long been limited to volcanic regions where underground heat is easily accessible. But new kinds of power plants are making it possible to derive geothermal heat elsewhere in the world.

Enlarge / Geothermal electricity has long been limited to volcanic regions where underground heat is easily accessible. But new kinds of power plants are making it possible to derive geothermal heat elsewhere in the world.

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tsmc’s-$65-billion-bet-still-leaves-us-missing-piece-of-chip-puzzle

TSMC’s $65 billion bet still leaves US missing piece of chip puzzle

President Biden speaking at the official opening of TSMC’s first Arizona fabrication plant in December 2022. The Taiwanese chipmaker plans to start manufacturing 2-nanometer chips in the US in 2028.

Enlarge / President Biden speaking at the official opening of TSMC’s first Arizona fabrication plant in December 2022. The Taiwanese chipmaker plans to start manufacturing 2-nanometer chips in the US in 2028.

Caitlin O’Hara/Bloomberg via Getty

Taiwan Semiconductor Manufacturing Company’s decision to bring its latest technology to America is a big step forward for US President Joe Biden’s quest for security in the vital tech supply chain—but still leaves Washington short of being able to completely produce the most complex chips in the US.

The world’s biggest chipmaker by sales must also pull off an intricate balancing act as it steps up its US presence, satisfying customers such as Nvidia without damaging its highly profitable business model, which has underpinned the development of the global semiconductor industry for more than 30 years.

TSMC’s planned $65 billion of investments in Arizona are part of a construction race in the US that involves other global chipmakers such as Samsung and Intel, which are also taking big subsidies from Washington.

But producing chips for purposes such as AI is still likely to involve plants in Asia, a reflection of the complexity involved in packaging various types of chip together to boost their performance and efficiency.

“It’s really not that simple to onshore everything. Having the logic [chip] foundry in the US and then a bit of the packaging there is not enough,” said Myron Xie, an analyst at boutique consultancy SemiAnalysis.

TSMC—which makes chips under contract at hugely complex and expensive fabrication plants, or fabs—plans to start manufacturing 2-nanometer chips in the US in 2028. This is an upgrade from the company’s previous plans. At that time 2 nm technology is expected to be the latest in mass production worldwide, whereas previously the company had intended each new US fab to start operating with process technology one generation behind Taiwan.

TSMC has also committed to offer a third plant using 2 nm or even newer technology by 2030.

Washington is paying a hefty price for the upgrade, with US$6.6 billion in grants and up to $5 billion in loans for TSMC. The money comes from the 2022 Chips and Science Act, which aims to onshore advanced chipmaking for the US. Commerce secretary Gina Raimondo has said the US will be on track to make about 20 percent of the world’s most advanced chips by the end of the decade.

But while Washington’s money offers some incentive, TSMC’s most important motive for stepping up its commitment to the US was to bring its own US strategy in line with the needs of Nvidia and other vendors of the AI chips that have become the most potent driver of global semiconductor demand.

FT

While TSMC will kick off 2 nm volume production in Taiwan next year, its original plans would have offered less powerful 3 nm chips only from 2028 in the US, putting it years behind the AI chip cycle, analysts said.

TSMC’s $65 billion bet still leaves US missing piece of chip puzzle Read More »

why-are-there-so-many-species-of-beetles?

Why are there so many species of beetles?

The beetles outnumber us —

Diet played a key role in the evolution of the vast beetle family tree.

A box of beetles

Caroline Chaboo’s eyes light up when she talks about tortoise beetles. Like gems, they exist in myriad bright colors: shiny blue, red, orange, leaf green and transparent flecked with gold. They’re members of a group of 40,000 species of leaf beetles, the Chrysomelidae, one of the most species-rich branches of the vast beetle order, Coleoptera. “You have your weevils, longhorns, and leaf beetles,” she says. “That’s really the trio that dominates beetle diversity.”

An entomologist at the University of Nebraska, Lincoln, Chaboo has long wondered why the kingdom of life is so skewed toward beetles: The tough-bodied creatures make up about a quarter of all animal species. Many biologists have wondered the same thing, for a long time. “Darwin was a beetle collector,” Chaboo notes.

Despite their kaleidoscopic variety, most beetles share the same three-part body plan. The insects’ ability to fold their flight wings, origami-like, under protective forewings called elytra allows beetles to squeeze into rocky crevices and burrow inside trees. Beetles’ knack for thriving in a large range of microhabitats could also help explain their abundance of species, scientists say.

Enlarge / Despite their kaleidoscopic variety, most beetles share the same three-part body plan. The insects’ ability to fold their flight wings, origami-like, under protective forewings called elytra allows beetles to squeeze into rocky crevices and burrow inside trees. Beetles’ knack for thriving in a large range of microhabitats could also help explain their abundance of species, scientists say.

Of the roughly 1 million named insect species on Earth, about 400,000 are beetles. And that’s just the beetles described so far. Scientists typically describe thousands of new species each year. So—why so many beetle species? “We don’t know the precise answer,” says Chaboo. But clues are emerging.

One hypothesis is that there are lots of them because they’ve been around so long. “Beetles are 350 million years old,” says evolutionary biologist and entomologist Duane McKenna of the University of Memphis in Tennessee. That’s a great deal of time in which existing species can speciate, or split into new, distinct genetic lineages. By way of comparison, modern humans have existed for only about 300,000 years.

Yet just because a group of animals is old doesn’t necessarily mean it will have more species. Some very old groups have very few species. Coelacanth fish, for example, have been swimming in the ocean for approximately 360 million years, reaching a maximum of around 90 species and then declining to the two species known to be living today. Similarly, the lizard-like reptile the tuatara is the only living member of a once globally diverse ancient order of reptiles that originated about 250 million years ago.

Another possible explanation for why beetles are so rich in species is that, in addition to being old, they have unusual staying power. “They have survived at least two mass extinctions,” says Cristian Beza-Beza, a University of Minnesota postdoctoral fellow. Indeed, a 2015 study using fossil beetles to explore extinctions as far back as the Permian 284 million years ago concluded that lack of extinction may be at least as important as diversification for explaining beetle species abundance. In past eras, at least, beetles have demonstrated a striking ability to shift their ranges in response to climate change, and this may explain their extinction resilience, the authors hypothesize.

Why are there so many species of beetles? Read More »

claims-of-tiktok-whistleblower-may-not-add-up

Claims of TikTok whistleblower may not add up

TikTok logo next to inverted US flag.

The United States government is currently poised to outlaw TikTok. Little of the evidence that convinced Congress the app may be a national security threat has been shared publicly, in some cases because it remains classified. But one former TikTok employee turned whistleblower, who claims to have driven key news reporting and congressional concerns about the app, has now come forward.

Zen Goziker worked at TikTok as a risk manager, a role that involved protecting the company from external security and reputational threats. In a wrongful termination lawsuit filed against TikTok’s parent company ByteDance in January, he alleges he was fired in February 2022 for refusing “to sign off” on Project Texas, a $1.5 billion program that TikTok designed to assuage US government security concerns by storing American data on servers managed by Oracle.

Goziker worked at TikTok for only six months. He didn’t hold a senior position inside the company. His lawsuit, and a second one he filed in March against several US government agencies, makes a number of improbable claims. He asserts that he was put under 24-hour surveillance by TikTok and the FBI while working remotely in Mexico. He claims that US attorney general Merrick Garland, director of national intelligence Avril Haines, and other top officials “wickedly instigated” his firing. And he states that the FBI helped the CIA share his private information with foreign governments. The suits do not appear to include evidence for any of these claims.

“This lawsuit is full of outrageous claims that lack merit and comes from an individual who significantly exaggerates his role with a company he worked at for merely six months,” TikTok spokesperson Michael Hughes said in a statement.

Yet court records and emails viewed by WIRED suggest that when Goziker raised the alarm about his ex-employer’s links to China, he found a ready audience. After he was fired, Goziker says he began meeting with elected officials, law enforcement agencies, and journalists to allege that, court documents say, he had discovered proof that TikTok’s software could send US data to Toutiao, a ByteDance app in China. That claim directly conflicted with TikTok executives’ assertions that the two companies operated separately.

Goziker says in court filings that what he saw made it necessary to reassess Project Texas. He also alleges that his account of the internal connection to China formed the basis of an influential Washington Post story published in March last year, which said the concerns came from “a former risk manager at TikTok.”

TikTok officials were quoted in that article as saying the allegations were “unfounded,” and that the employee had discovered “nothing more than a naming convention and technical relic.” The Washington Post said it does not comment on sourcing.

“I am free, I am honest, and I am doing this only because I am an American and because USA desperately need help and I cannot keep this truth away from PUBLIC,” Goziker said in an email to WIRED.

His March lawsuit alleging US officials conspired with TikTok to have him fired was filed against Garland, Haines, Secretary of Homeland Security Alejandro Mayorkas, and the agencies they work for.

“Goziker’s main point is that the executives in the American company TikTok Inc. and certain executives from the American federal government have colluded to organize a fraud scheme,” Sean Jiang, Goziker’s lawyer in the case against the US government, told WIRED in an email. The lawsuits do not appear to contain evidence of such a scheme. The Department of Homeland Security and Office of the Director of National Intelligence did not respond to requests for comment. The Department of Justice declined to comment.

Jiang calls the House’s recent passage of a bill that could force ByteDance to sell off TikTok “problematic,” because it “blames ByteDance instead of TikTok Inc for the wrongdoings of the American executives.” He says Goziker would prefer to see TikTok subjected to audits and a new corporate structure.

Claims of TikTok whistleblower may not add up Read More »

publisher:-openai’s-gpt-store-bots-are-illegally-scraping-our-textbooks

Publisher: OpenAI’s GPT Store bots are illegally scraping our textbooks

OpenAI logo

For the past few months, Morten Blichfeldt Andersen has spent many hours scouring OpenAI’s GPT Store. Since it launched in January, the marketplace for bespoke bots has filled up with a deep bench of useful and sometimes quirky AI tools. Cartoon generators spin up New Yorker–style illustrations and vivid anime stills. Programming and writing assistants offer shortcuts for crafting code and prose. There’s also a color analysis bot, a spider identifier, and a dating coach called RizzGPT. Yet Blichfeldt Andersen is hunting only for one very specific type of bot: Those built on his employer’s copyright-protected textbooks without permission.

Blichfeldt Andersen is publishing director at Praxis, a Danish textbook purveyor. The company has been embracing AI and created its own custom chatbots. But it is currently engaged in a game of whack-a-mole in the GPT Store, and Blichfeldt Andersen is the man holding the mallet.

“I’ve been personally searching for infringements and reporting them,” Blichfeldt Andersen says. “They just keep coming up.” He suspects the culprits are primarily young people uploading material from textbooks to create custom bots to share with classmates—and that he has uncovered only a tiny fraction of the infringing bots in the GPT Store. “Tip of the iceberg,” Blichfeldt Andersen says.

It is easy to find bots in the GPT Store whose descriptions suggest they might be tapping copyrighted content in some way, as Techcrunch noted in a recent article claiming OpenAI’s store was overrun with “spam.” Using copyrighted material without permission is permissible in some contexts but in others rightsholders can take legal action. WIRED found a GPT called Westeros Writer that claims to “write like George R.R. Martin,” the creator of Game of Thrones. Another, Voice of Atwood, claims to imitate the writer Margaret Atwood. Yet another, Write Like Stephen, is intended to emulate Stephen King.

When WIRED tried to trick the King bot into revealing the “system prompt” that tunes its responses, the output suggested it had access to King’s memoir On Writing. Write Like Stephen was able to reproduce passages from the book verbatim on demand, even noting which page the material came from. (WIRED could not make contact with the bot’s developer, because it did not provide an email address, phone number, or external social profile.)

OpenAI spokesperson Kayla Wood says it responds to takedown requests against GPTs made with copyrighted content but declined to answer WIRED’s questions about how frequently it fulfills such requests. She also says the company proactively looks for problem GPTs. “We use a combination of automated systems, human review, and user reports to find and assess GPTs that potentially violate our policies, including the use of content from third parties without necessary permission,” Wood says.

New disputes

The GPT store’s copyright problem could add to OpenAI’s existing legal headaches. The company is facing a number of high-profile lawsuits alleging copyright infringement, including one brought by The New York Times and several brought by different groups of fiction and nonfiction authors, including big names like George R.R. Martin.

Chatbots offered in OpenAI’s GPT Store are based on the same technology as its own ChatGPT but are created by outside developers for specific functions. To tailor their bot, a developer can upload extra information that it can tap to augment the knowledge baked into OpenAI’s technology. The process of consulting this additional information to respond to a person’s queries is called retrieval-augmented generation, or RAG. Blichfeldt Andersen is convinced that the RAG files behind the bots in the GPT Store are a hotbed of copyrighted materials uploaded without permission.

Publisher: OpenAI’s GPT Store bots are illegally scraping our textbooks Read More »

the-entire-state-of-illinois-is-going-to-be-crawling-with-cicadas

The entire state of Illinois is going to be crawling with cicadas

BUZZ BUZZ BUZZ BUZZ BUZZ —

And the land shall feast on their dead.

Adult periodical cicada

Ed Reschke via Getty

Brace yourselves, Illinoisans: A truly shocking number of cicadas are about to live, make sweet love, and die in a tree near you. Two broods of periodical cicadas—Brood XIX on a 13-year cycle and Brood XIII on a 17-year cycle—are slated to emerge together in central Illinois this summer for the first time in over two centuries. To most humans, they’re an ephemeral spectacle and an ear-splitting nuisance, and then they’re gone. To many other Midwestern animals, plants, and microbes, they’re a rare feast, bringing new life to forests long past their death.

From Nebraska to New York, 15 broods of periodical cicadas grow underground, quietly sipping watery sap from tree roots. After 13 or 17 years (depending on the brood), countless inch-long adults dig themselves out in sync, crawling out of the ground en masse for a monthlong summer orgy. After mating, they lay eggs in forest trees and die, leaving their tree-born babies to fall to the forest floor and begin the cycle anew. Cicadas don’t fly far from their birthplace, so each brood occupies a distinct patch of the US. “They form a mosaic on the landscape,” says Chris Simon, senior research scientist in ecology and evolutionary biology at the University of Connecticut.

Most years, at least one of these 15 broods emerges (annual cicadas, not to be confused with their smaller periodical cousins, pop up separately every summer). Sometimes two broods emerge at the same time. It’s also not unheard of for multiple broods to coexist in the same place. “What’s unusual is that these two broods are adjacent,” says John Lill, insect ecologist at George Washington University. “Illinois is going to be ground zero. From the very top to the very bottom of the state, it’s going to be covered in cicadas.” The last time that these broods swarmed aboveground together, Thomas Jefferson was president and the city of Chicago had yet to exist.

Entomologists around the world already have their flights booked for May. “We’re like cicada groupies,” Lill says. He promises that this once-in-a-generation spectacle will be even better than April’s total solar eclipse. During 2004’s Brood X emergence, Lill remembers walking outside at midnight. “For two seconds, I was like, ‘Wow, I didn’t know it was raining,’ because I saw water flowing down the street. As my eyes focused, I realized it was literally just thousands of cicadas crawling across the street.”

Some cicada devotees, like author and entomologist Greg Kritsky, have already witnessed Brood XIII emerge a couple of times. But for most of their predators, a brood emergence happens once in a lifetime, and it’s always an extremely pleasant surprise. “It’s a food bonanza,” Kritsky says, “like if you walked outside and found the whole world swarming with flying Hershey’s Kisses.”

Cicadas are shockingly chill, protein-packed, and taste like high-end shrimp—easy, delicious prey. “Periodical cicadas are sitting ducks,” says Lill. They don’t bite, sting, or poison anyone, and they’re totally unbothered by being handled. Dogs, raccoons, birds, and other generalist predators will gorge themselves on this flying feast until they’re stuffed, and it barely makes a dent in the cicada population. It’s their secret weapon, Lill says: In the absence of other defense mechanisms, “they just overwhelm predators by their sheer abundance.”

Much like an unexpected free dinner will distract you from the leftovers sitting in your fridge, this summer’s cicada emergence will turn predators away from their usual prey. During the 2021 Brood X emergence, Zoe Getman-Pickering, a scientist in Lill’s research group, found that as birds swooped in on cicadas, caterpillar populations exploded. Spared from birds, caterpillars chomped on twice as many oak leaves as normal—and the chain of effects went on and on. Scientists can’t possibly study them all. “The ecosystem gets a swift kick, with this unexpected perturbation that changes a lot of things at once,” says Louie Yang, an ecologist and professor of entomology at UC Davis.

From birth to death, these insects shape the forest around them. As temperatures rise in late April, pale, red-eyed cicada nymphs begin clawing pinky-sized holes in the ground, preparing for their grand May entrance. All of these tunnels make it easier for rainwater to move through the soil, where it can then be used by plants and other dirt-inhabiting microbes. Once fully grown and aboveground, adult cicadas shed their exoskeletons, unfurl their wings, and fly off to spend their remaining four to six weeks on Earth singing (if they’re male), listening for the sexiest songs (if they’re female), and mating.

Mother cicadas use the metal-enhanced saws built into their abdomens—wood-drilling shafts layered with elements like aluminum, copper, and iron—to slice pockets into tree branches, where they’ll lay roughly 500 eggs each. Sometimes, all of these cuts cause twigs to wither or snap, killing leaves. While this could permanently damage a very young sapling, mature trees simply shed the slashed branches and carry on. “It’s like natural pruning,” Kritsky says, which keeps hearty trees strong, prevents disease, and promotes flower growth.

Once mating season winds down, so does the cicada’s life. “In late summer, everybody forgets about cicadas,” Lill says. “They all die. They all rot in the ground. And then they’re gone.” By late June, there will be millions of pounds of cicadas piling up at the base of trees, decomposing. The smell, Kritsky says, “is a sentient memory you will never forget—like rancid Limburger cheese.”

But these stinky carcasses send a massive pulse of food to scavengers in the soil. “The cicadas serve as reservoirs of nutrients,” Yang says. “When they come out, they release all this stored energy into the ecosystem,” giving their bodies back to the plants that raised them. In the short term, dead cicadas have a fertilizing effect, feeding microbes in the soil and helping plants grow larger. And as their remnants make their way into woodland ponds and streams, cicada nutrients are carried downstream, where they may strengthen aquatic ecosystems far beyond their home tree.

They may smell like bad hamburgers, but Yang says that if you’re lucky enough to host a tree full of cicadas this year, it’s best to just leave their bodies alone to decompose naturally. “They’ll be gone soon enough,” he says. If the pileup is especially obtrusive, simply sweep them out of the way and let nature do the rest.

The thought of billions of screeching insects in your backyard might make your skin crawl, but you don’t need to be a passive observer when they arrive. Researchers are clamoring for citizen scientists to send in photos of their local cicadas to help map the upcoming emergence. The Cicada Safari app, developed by Kritsky, received and verified 561,000 cicada pics during the 2021 Brood X emergence—he hopes to get even more this time around.

“This is an amazing natural phenomenon to wonder about,” Lill says, “not something to be afraid of.”

This story originally appeared on wired.com.

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openai-shows-off-sora-ai-video-generator-to-hollywood-execs

OpenAI shows off Sora AI video generator to Hollywood execs

No lights, no camera, action —

CEO Sam Altman met with Universal, Paramount, and Warner Bros Discovery.

a robotic intelligence works as a cameraman (3d rendering)

OpenAI has launched a charm offensive in Hollywood, holding meetings with major studios including Paramount, Universal, and Warner Bros Discovery to showcase its video generation technology Sora and allay fears the artificial intelligence model will harm the movie industry.

Chief Executive Sam Altman and Chief Operating Officer Brad Lightcap gave presentations to executives from the film industry giants, said multiple people with knowledge of the meetings, which took place in recent days.

Altman and Lightcap showed off Sora, a new generative AI model that can create detailed videos from simple written prompts.

The technology first gained Hollywood’s attention after OpenAI published a selection of videos produced by the model last month. The clips quickly went viral online and have led to debate over the model’s potential impact on the creative industries.

“Sora is causing enormous excitement,” said media analyst Claire Enders. “There is a sense it is going to revolutionize the making of movies and bring down the cost of production and reduce the demand for [computer-generated imagery] very strongly.”

AI-generated video of a cat and human, generated via video generation model Sora.

Those involved in the meetings said OpenAI was seeking input from the film bosses on how Sora should be rolled out. Some who watched the demonstrations said they could see how Sora or similar AI products could save time and money on production but added the technology needed further development.

OpenAI’s overtures to the studios come at a delicate moment in Hollywood. Last year’s monthslong strikes ended with the Writers Guild of America and the Screen Actors Guild securing groundbreaking protections from AI in their contracts. This year, contract negotiations are underway with the International Alliance of Theatrical Stage Employees—and AI is again expected to be a hot-button issue.

Earlier this week, OpenAI released new Sora videos generated by a number of visual artists and directors, including short films, as well as their impressions of the technology. The model will aim to compete with several available text-to-video services from start-ups, including Runway, Pika, and Stability AI. These other services already offer commercial uses for content.

An AI-generated video from Sora of a dog.

However, Sora has not been widely released. OpenAI has held off announcing a launch date or the circumstances under which it will be available. One person with knowledge of its strategy said the company was deciding how to commercialize the technology. Another person said there were safety steps still to take before the company considered putting Sora into a product.

OpenAI is also working to improve the system. Currently, Sora can only make videos under one minute in length, and its creations have limitations, such as glass bouncing off the floor instead of shattering or adding extra limbs to people and animals.

Some studios appeared open to using Sora in filmmaking or TV production in future, but licensing and partnerships have not yet been discussed, said people involved in the talks.

“There have been no meetings with OpenAI about partnerships,” one studio executive said. “They’ve done demos, just like Apple has been demo-ing the Vision Pro [mixed-reality headset]. They’re trying to get people excited.”

OpenAI has been previewing the model in a “very controlled manner” to “industries that are likely to be impacted first,” said one person close to OpenAI.

Media analyst Enders said the reception from the movie industry had been broadly optimistic on Sora as it is “seen completely as a cost-saving element, rather than impacting the creative ethos of storytelling.”

OpenAI declined to comment.

An AI-generated video from Sora of a woman walking down a Tokyo street.

© 2024 The Financial Times Ltd. All rights reserved Not to be redistributed, copied, or modified in any way.

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bridge-collapses-put-transportation-agencies’-emergency-plans-to-the test

Bridge collapses put transportation agencies’ emergency plans to the test

The Dali container vessel after striking the Francis Scott Key Bridge that collapsed into the Patapsco River in Baltimore on March 26. The commuter bridge collapsed after being struck by a container ship, causing vehicles to plunge into the water and halting shipping traffic at one of the most important ports on the US East Coast.

Enlarge / The Dali container vessel after striking the Francis Scott Key Bridge that collapsed into the Patapsco River in Baltimore on March 26. The commuter bridge collapsed after being struck by a container ship, causing vehicles to plunge into the water and halting shipping traffic at one of the most important ports on the US East Coast.

A container ship rammed into the Francis Scott Key Bridge in Baltimore around 1: 30 am on March 26, 2024, causing a portion of the bridge to collapse into Baltimore Harbor. Officials called the event a mass casualty and were searching for people in the waters of the busy port.

This event occurred less than a year after a portion of Interstate 95 collapsed in north Philadelphia during a truck fire. That disaster was initially expected to snarl traffic for months, but a temporary six-lane roadway was constructed in 12 days to serve motorists while a permanent overpass was rebuilt.

US cities often face similar challenges when routine wear and tear, natural disasters, or major accidents damage roads and bridges. Transportation engineer Lee D. Han explains how planners, transit agencies, and city governments anticipate and manage these disruptions.

How do agencies plan for disruptions like this?

Planning is a central mission for state and metropolitan transportation agencies.

Traditional long-term planning focuses on anticipating and preparing for growing and shifting transportation demand patterns. These changes are driven by regional and national economic and population trends.

Shorter-term planning is about ensuring mobility and safety during service disruptions. These disruption events can include construction, major scheduled events like music festivals, traffic incidents such as crashes and hazardous material spills, emergency evacuations, and events like the bridge collapse in Baltimore.

Agencies have limited resources, so they typically set priorities based on how likely a given scenario is, its potential adverse effects, and the countermeasures that officials have available.

For bridges, the Federal Highway Administration sets standards and requires states to carry out periodic inspections. In addition, agencies develop a detouring plan for each bridge in case of a structural failure or service disruption. In Baltimore, Key Bridge traffic will be routed through two tunnels that pass under the harbor, but trucks carrying hazardous materials will have to take longer detours.

Major bridges, such as those at Mississippi River crossings, are crucial to the nation’s economy and security. They require significant planning, commitment, and coordination between multiple agencies. There usually are multiple contingency plans in place to deal with immediate traffic control, incident response, and field operations during longer-term bridge repair or reconstruction projects.

What are some major challenges of rerouting traffic?

Bridges are potential choke points in highway networks. When a bridge fails, traffic immediately stops and begins to flow elsewhere, even without a formal detouring plan. Transportation agencies need to build or find excess capacity before a bridge fails so that the disrupted traffic has alternative routes.

This is usually manageable in major urban areas that have many parallel routes and bridges and built-in redundancy in their road networks. But for rural areas, failure of a major bridge can mean extra hours or even days of travel.

When traffic has to be rerouted off an interstate highway, it can cause safety and access problems. If large trucks are diverted to local streets that were not designed for such vehicles, they may get stuck on railroad tracks or in spaces too small for them to turn around. Heavy trucks can damage roads and bridges with low weight limits, and tall trucks may be too large to fit through low-clearance underpasses.

Successful rerouting requires a lot of coordination between agencies and jurisdictions. They may have to adjust road signal timing to deal with extra cars and changed traffic patterns. Local drivers may need to be directed away from these alternative routes to prevent major congestion.

It’s also important to communicate with navigation apps like Google Maps and Waze, which every driver has access to. Route choices that speed up individual trips may cause serious congestion if everyone decides to take the same alternate route and it doesn’t have enough capacity to handle the extra traffic.

Bridge collapses put transportation agencies’ emergency plans to the test Read More »

lawsuit-from-elon-musk’s-x-against-anti-hate-speech-group-dismissed-by-us-judge

Lawsuit from Elon Musk’s X against anti-hate speech group dismissed by US judge

free speech —

Ruling says case appeared to be directed at “punishing” speech from nonprofit.

A smartphone displays Elon Musk's profile on X, the app formerly known as Twitter.

Getty Images | Dan Kitwood

A US judge has struck down a lawsuit brought by X against a nonprofit group that researched toxic content on the social media platform, finding the Elon Musk-owned company’s case appeared to be an attempt at “punishing” the group for exercising free speech.

The Center for Countering Digital Hate had sought to dismiss the case from X, which alleged the nonprofit unlawfully accessed and scraped X data for its studies. The CCDH found a rise in hate speech and misinformation on the platform. X had also alleged the group “cherry-picked” from posts on the platform to conduct a “scare campaign” to drive away advertisers, costing it tens of millions of dollars.

In a stinging ruling, US judge Charles Breyer in California granted the motion. “Sometimes it is unclear what is driving a litigation, and only by reading between the lines of a complaint can one attempt to surmise a plaintiff’s true purpose. Other times, a complaint is so unabashedly and vociferously about one thing that there can be no mistaking that purpose. This case represents the latter circumstance. This case is about punishing the defendants for their speech,” he wrote in the decision.

The judge found that on top of punishing the CCDH for a report criticizing the company, X appeared to have filed the suit “perhaps in order to dissuade others who might wish to engage in such criticism.”

The lawsuit is just one of several bitter disputes between Musk, a self-declared “free speech absolutist,” and civil rights groups and academics whose research argues the platform has not been adequately policed following the billionaire’s takeover in late 2022.

It comes as X’s revenue has fallen after brands pulled away over Musk’s decision to relax moderation on the platform. He, in turn, has lashed out at advertisers, saying last year that those who have left should “go fuck themselves” despite the company struggling financially.

CCDH chief executive Imran Ahmed said following the ruling: “The courts today have affirmed our fundamental right to research, to speak, to advocate, and to hold accountable social media companies for decisions they make behind closed doors that affect our kids, our democracy, and our fundamental human rights and civil liberties.”

He described the suit as “Elon Musk’s loud, hypocritical campaign of harassment, abuse, and lawfare designed to avoid taking responsibility for his own decisions.”

In a statement on X, the company said it disagreed with the court’s decisions and “plans to appeal.” Musk did not immediately comment on the case but last week wrote on the platform that the CCDH was a “truly evil organization that just wants to destroy the first amendment under the guise of doing good!”

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reddit-faces-new-reality-after-cashing-in-on-its-ipo

Reddit faces new reality after cashing in on its IPO

r/WallStreetBets —

Reddit must now answer to its shareholders as well as its vocal users.

Steve Huffman

Enlarge / Steve Huffman, u/spez on Reddit, sold 500,000 of his shares in Reddit’s IPO on Thursday

AFP via Getty Images

In an interview on the New York Stock Exchange trading floor ahead of Reddit’s market debut on Thursday, chief executive Steve Huffman acknowledged that the mischievous retail investors that congregate on the social media platform might deliberately drive down its share price.

“It’s a free market!” he said.

For Reddit, as for Huffman, the bet on a public offering for a site he described as a “fun and special, but sometimes crazy place” has appeared to pay off.

Shares of the social media company soared on its Big Board debut under the ticker RDDT, closing at $50.44, or 48 percent above its IPO price. This brought its fully diluted market capitalization to $9.5 billion, close to where the company was last valued privately at $10 billion in 2021.

Reddit’s journey to public markets marks a turning point for a fringe, free speech-oriented platform dominated by esoteric memes, sardonic humor, and gamers, as it transforms itself into a more mainstream discussion hub that enforces stricter moderation rules in order to attract advertising dollars.

The picture for its earlier investors was mixed. One big winner was the Newhouse family, who through Advance Magazine Publishers Inc own Condé Nast, which bought Reddit in 2006 for $10 million before spinning it out in 2011. Its shares are now worth about $2.1 billion, a handsome windfall to their publishing empire, which also includes Vanity Fair, the New Yorker, and Vogue. Entities affiliated with OpenAI chief executive Sam Altman now hold a stake worth $613 million.

But investors who put money in at the last financing round in 2021 at $61.79 a share, such as Fidelity, were looking at slightly less on that particular investment.

Founded in 2005, the self-proclaimed “front page of the internet” has battled through management upheaval and moderation scandals to grow to 73 million daily users across its 100,000 communities, or “subreddits,” per Reddit parlance. It is a social media minnow, however, relative to Meta or X, which have more than 2.1 billion and 245 million daily active users, respectively.

Still, its IPO attracted institutional interest. Demand was strong, and the top two dozen investors in the deal, who received the majority of its shares, were typically large asset managers who intend on owning the stock for the long term, one person familiar with the matter said.

Reddit’s surge on its first day of trading, a day after AI infrastructure group Astera Labs jumped 72 percent in its Nasdaq debut, also signals a validation of public investor demand for listings—even a company that is unprofitable, such as Reddit.

“Overall, this is a very positive development for IPO markets [and] should bode well for many of the pre-IPO companies sitting in the queue,” said Christian Munafo, chief investment officer of Liberty Street Advisors.

But, Munafo said, “while [Reddit] performed well out of the gate, the stock may come under pressure unless they are able to demonstrate better growth and monetization.”

Either way, the deal is a boon for Huffman. The chief executive sold 500,000 of his shares in the IPO, cashing out a plump $17 million, and is due to receive additional equity awards as a result of listing the company above a $5 billion valuation. He also received an estimated $193 million pay package last year, mostly made up of equity awards, according to filings.

Historically, Huffman’s style as a leader has reflected that of Reddit’s unruly user base. The self-confessed “internet troll” initially squirmed at the idea of policing the more extreme communities hosted on the platform, relying on these groups to create their own rules and self-moderate. He has defended and cheered on Reddit’s WallStreetBets trading forum that shot to mainstream fame when members collectively bought so-called meme stocks in a bid to squeeze hedge funds*.

But Huffman has recently been forced to tidy up the darker underbelly of the platform for advertisers, present a more professional front to Wall Street and hunt harder for profitability. As a result, Reddit has shifted its ambitions slightly to pin its fortunes to wider tech trends. When Reddit first filed for an IPO in 2021, AI was mentioned once in its prospectus. In the 2024 version, AI appeared more than 60 times.

Nevertheless, the approach has left Huffman and the company at odds with some Reddit communities, who have been resistant to any changes to the platform. Facing new pressures as it enters public markets, some analysts warn that Reddit’s character could be destroyed and users may seek out alternatives, in a drag to the company.

“Reddit, more so than many social media platforms, has been a very community-based, non-commercial space and people know and love it for [this],” said Samuel Woolley, a propaganda expert and assistant professor at the University of Texas at Austin.

“I think the big question that should be on everyone’s mind for Reddit is to what extent the IPO will change the very nature and fabric of the platform.”

Additional reporting by Nicholas Megaw in New York.

© 2024 The Financial Times Ltd. All rights reserved. Not to be redistributed, copied, or modified in any way.

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Hackers can unlock over 3 million hotel doors in seconds

Picture of Saflok lock on hotel door

Enlarge / A Saflok branded lock.

Dormakaba

When thousands of security researchers descend on Las Vegas every August for what’s come to be known as “hacker summer camp,” the back-to-back Black Hat and Defcon hacker conferences, it’s a given that some of them will experiment with hacking the infrastructure of Vegas itself, the city’s elaborate array of casino and hospitality technology. But at one private event in 2022, a select group of researchers were actually invited to hack a Vegas hotel room, competing in a suite crowded with their laptops and cans of Red Bull to find digital vulnerabilities in every one of the room’s gadgets, from its TV to its bedside VoIP phone.

One team of hackers spent those days focused on the lock on the room’s door, perhaps its most sensitive piece of technology of all. Now, more than a year and a half later, they’re finally bringing to light the results of that work: a technique they discovered that would allow an intruder to open any of millions of hotel rooms worldwide in seconds, with just two taps.

Today, Ian Carroll, Lennert Wouters, and a team of other security researchers are revealing a hotel keycard hacking technique they call Unsaflok. The technique is a collection of security vulnerabilities that would allow a hacker to almost instantly open several models of Saflok-brand RFID-based keycard locks sold by the Swiss lock maker Dormakaba. The Saflok systems are installed on 3 million doors worldwide, inside 13,000 properties in 131 countries.

By exploiting weaknesses in both Dormakaba’s encryption and the underlying RFID system Dormakaba uses, known as MIFARE Classic, Carroll and Wouters have demonstrated just how easily they can open a Saflok keycard lock. Their technique starts with obtaining any keycard from a target hotel—say, by booking a room there or grabbing a keycard out of a box of used ones—then reading a certain code from that card with a $300 RFID read-write device, and finally writing two keycards of their own. When they merely tap those two cards on a lock, the first rewrites a certain piece of the lock’s data, and the second opens it.

“Two quick taps and we open the door,” says Wouters, a researcher in the Computer Security and Industrial Cryptography group at the KU Leuven University in Belgium. “And that works on every door in the hotel.”

Wouters and Carroll, an independent security researcher and founder of travel website Seats.aero, shared the full technical details of their hacking technique with Dormakaba in November 2022. Dormakaba says that it’s been working since early last year to make hotels that use Saflok aware of their security flaws and to help them fix or replace the vulnerable locks. For many of the Saflok systems sold in the last eight years, there’s no hardware replacement necessary for each individual lock. Instead, hotels will only need to update or replace the front desk management system and have a technician carry out a relatively quick reprogramming of each lock, door by door.

Wouters and Carroll say they were nonetheless told by Dormakaba that, as of this month, only 36 percent of installed Safloks have been updated. Given that the locks aren’t connected to the Internet and some older locks will still need a hardware upgrade, they say the full fix will still likely take months longer to roll out, at the very least. Some older installations may take years.

Hackers can unlock over 3 million hotel doors in seconds Read More »

deepmind-co-founder-mustafa-suleyman-will-run-microsoft’s-new-consumer-ai-unit

DeepMind co-founder Mustafa Suleyman will run Microsoft’s new consumer AI unit

Minding deeply —

Most staffers from Suleyman’s startup, Inflection, will join Microsoft as well.

Mustafa Suleyman, talks on Day 1 of the AI Safety Summit at Bletchley Park at Bletchley Park on November 1, 2023 in Bletchley, England.

Enlarge / Mustafa Suleyman, talks on Day 1 of the AI Safety Summit at Bletchley Park at Bletchley Park on November 1, 2023 in Bletchley, England.

Microsoft has hired Mustafa Suleyman, the co-founder of Google’s DeepMind and chief executive of artificial intelligence start-up Inflection, to run a new consumer AI unit.

Suleyman, a British entrepreneur who co-founded DeepMind in London in 2010, will report to Microsoft chief executive Satya Nadella, the company announced on Tuesday. He will launch a division of Microsoft that brings consumer-facing products including Microsoft’s Copilot, Bing, Edge, and GenAI under one team called Microsoft AI.

It is the latest move by Microsoft to capitalize on the boom in generative AI. It has invested $13 billion in OpenAI, the maker of ChatGPT, and rapidly integrated its technology into Microsoft products.

Microsoft’s investment in OpenAI has given it an early lead in Silicon Valley’s race to deploy AI, leaving its biggest rival, Google, struggling to catch up. It also has invested in other AI startups, including French developer Mistral.

It has been rolling out an AI assistant in its products such as Windows, Office software, and cyber security tools. Suleyman’s unit will work on projects including integrating an AI version of Copilot into its Windows operating system and enhancing the use of generative AI in its Bing search engine.

Nadella said in a statement on Tuesday: “I’ve known Mustafa for several years and have greatly admired him as a founder of both DeepMind and Inflection, and as a visionary, product maker and builder of pioneering teams that go after bold missions.”

DeepMind was acquired by Google in 2014 for $500 million, one of the first large bets by a big tech company on a startup AI lab. The company faced controversy a few years later over some of its projects, including its work for the UK healthcare sector, which was found by a government watchdog to have been granted inappropriate access to patient records.

Suleyman, who was the main public face for the company, was placed on leave in 2019. DeepMind workers had complained that he had an overly aggressive management style. Addressing staff complaints at the time, Suleyman said: “I really screwed up. I was very demanding and pretty relentless.”

He moved to Google months later, where he led AI product management. In 2022, he joined Silicon Valley venture capital firm Greylock and launched Inflection later that year.

Microsoft will also hire most of Inflection’s staff, including Karén Simonyan, cofounder and chief scientist of Inflection, who will be chief scientist of the AI group. Microsoft did not clarify the number of employees moving over but said it included AI engineers, researchers, and large language model builders who have designed and co-authored “many of the most important contributions in advancing AI over the last five years.”

Inflection, a rival to OpenAI, will switch its focus from its consumer chatbot, Pi, and instead move to sell enterprise AI software to businesses, according to a statement on its website. Sean White, who has held various technology roles, has joined as its new chief executive.

Inflection’s third cofounder, Reid Hoffman, the founder and executive chair of LinkedIn, will remain on Inflection’s board. Inflection had raised $1.3 billion in June, valuing the group at about $4 billion, in one of the largest fundraisings by an AI start-up amid an explosion of interest in the sector.

The new unit marks a big organizational shift at Microsoft. Mikhail Parakhin, its president of web services, will move along with his entire team to report to Suleyman.

“We have a real shot to build technology that was once thought impossible and that lives up to our mission to ensure the benefits of AI reach every person and organization on the planet, safely and responsibly,” Nadella said.

Competition regulators in the US and Europe have been scrutinising the relationship between Microsoft and OpenAI amid a broader inquiry into AI investments.

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