Microsoft, trying to mitigate the climate impact of its data center building boom, is starting to roll out a new design that uses zero water to cool the facilities' chips and servers. From a report: Launched in August, the new design will eliminate the more than 125 million liters of water each data center typically uses per year, the company said in a statement. The new system use a "closed loop" to recycle water; liquid is added during construction and continually circulated -- obviating the need for fresh supplies. Data centers will still require fresh water for worker facilities like bathrooms and kitchens.

Microsoft spent more than $50 billion on capital expenditures in the fiscal year ended June 30, the vast majority related to data center construction fueled by demand for artificial intelligence services. It plans to top that figure in the current year, requiring rapidly rising amounts of energy to run the networks and water to cool equipment. Many of latest facilities are going up in hot, dry areas like Arizona and Texas, making it even more critical to find ways to conserve water. Microsoft's existing data centers will continue to use a mix of older technologies, but new projects in Phoenix and Mount Pleasant, Wisconsin, will begin using the zero-water designs in 2026.

China's high-speed rail network, which has tripled to nearly 30,000 miles under President Xi Jinping's leadership, faces mounting financial challenges amid aggressive expansion plans. China State Railway Group, the national operator, has accumulated nearly $1 trillion in debt and liabilities, requiring $25 billion annually for debt service.

Despite this, plans call for adding 15,000 more miles by 2035. While flagship routes between major cities like Beijing and Shanghai remain profitable, newer lines into rural regions are struggling with low ridership. In Sichuan province's Fushun County, which received high-speed rail service in 2021, stations built for thousands sit largely empty despite having 12 high-speed rail stops within a 40-mile radius.

The expansion has become a symbol of China's technological advancement but raises concerns about economic viability. Ticket prices are maintained at about one-quarter of global averages to ensure public access, limiting profit potential. The railway operator turned a modest $460 million profit in 2023, aided by government subsidies, after three years of losses during the pandemic.

Google has achieved a major breakthrough in quantum error correction that could enable practical quantum computers by 2030, the company announced in a paper published Monday in Nature. The research demonstrated significant error reduction when scaling up from 3x3 to 7x7 grids of quantum bits, with errors dropping by half at each step. The advance addresses quantum computing's core challenge of maintaining stable quantum states, which typically last only microseconds.

Google's new quantum chip, manufactured in-house, maintains quantum states for nearly 100 microseconds -- five times longer than previous versions. The company aims to build a full-scale system with about 1 million qubits, projecting costs around $1 billion by decade's end.

IBM, Google's main rival, questioned the scalability of Google's "surface code" error correction approach, claiming it would require billions of qubits. IBM is pursuing an alternative three-dimensional design requiring new connector technology expected by 2026. The breakthrough parallels the first controlled nuclear chain reaction in 1942, according to MIT physics professor William Oliver, who noted that both achievements required years of engineering to realize theoretical predictions from decades earlier.

Further reading: Google: Meet Willow, our state-of-the-art quantum chip.

Microsoft AI CEO Mustafa Suleyman predicts conversational AI will become the primary way people interact with technology, replacing traditional web browsers and search engines within the next few years. In an interview with The Verge, Suleyman, who oversees Microsoft's consumer AI products including Bing and Copilot, called current search interfaces "completely broken" and "a total pain," arguing that voice-based AI interactions will prove "100 times easier" for users. He said: The UI that you experience is going to be automagically produced by an LLM in three or five years, and that is going to be the default. And they'll be representing the brands, businesses, influencers, celebrities, academics, activists, and organizations, just as each one of those stakeholders in society ended up getting a podcast, getting a website, writing a blog, maybe building an app, or using the telephone back in the day.

The technological revolution produces a new interface, which completely shuffles the way that things are distributed. And some organizations adapt really fast and they jump on board and it kind of transforms their businesses and their organizations, and some don't. There will be an adjustment. We'll look back by 2030 and be like, "Oh, that really was the kind of moment when there was this true inflection point because these conversational AIs really are the primary way that we have these interactions." And so, you're absolutely right. A brand and a business are going to use that AI to talk to your personal companion AI because I don't really like doing that kind of shopping. And some people do, and they'll do that kind of direct-to-consumer browsing experience. Many people don't like it, and it's actually super frustrating, hard, and slow.

And so, increasingly you'll come to work with your personal AI companion to go and be that interface, to go and negotiate, find great opportunities, and adapt them to your specific context. That'll just be a much more efficient protocol because AIs can talk to AIs in super real-time. And by the way, let's not fool ourselves. We already have this on the open web today. We have behind-the-scenes, real-time negotiation between buyers and sellers of ad space, or between search ranking algorithms. So, there's already that kind of marketplace of AIs. It's just not explicitly manifested in language. It's operating in vector space.

Bruce Perens, original co-founder of the Open Source Initiative, has responded to questions from Slashdot readers about a new alternative he's developing that hopefully helps "Post Open" developers get paid.

But first, "One of the things that's clear from the Slashdot patter is that people are not aware of what I've been doing, in general," Perens says. "So, let's start by filling that in..."

Read on for the rest of his wide-ranging answers....

"In September 2024, U.S. scientists made key advances towards building a nuclear clock — a step beyond an atomic clock," according to ScienceAlert: In contrast to the atomic clock, the transition measured by this new device happens in the nucleus, or core, of the atom (hence the name), which gives it an even higher frequency. Thorium-229, the atom used for this study, offers a nuclear transition that can be excited by ultraviolet light. The team working on the nuclear clock overcame the technological challenge of building a frequency comb that works at the relatively high frequency range of ultraviolet light. This was a big step forward because nuclear transitions usually only become visible at much higher frequencies — like those of gamma radiation. But we are not able to accurately measure transitions in the gamma range yet.

The thorium atom transition has a frequency roughly one million times higher than the caesium atom's. This means that, although it has been measured with a lower accuracy than the current state-of-the-art strontium clock, it promises a new generation of clocks with much more precise definitions of the second. Measuring time to the nineteenth decimal place, as nuclear clocks could do, would allow scientists to study very fast processes... [G]eneral relativity is used to study high speed processes that could lead to overlaps with quantum mechanics. A nuclear clock will give us the technology necessary for proving these theories. [The clocks "will enable the study of the union of general relativity and quantum mechanics once they become sensitive to the finite wavefunction of quantum objects oscillating in curved space-time," according to the abstract of the researchers' paper.]

On a technological level, precise positioning systems such as GPS are based on complex calculations that require fine measurements of the time required by a signal to jump from one device to a satellite and onto another device. A better definition of the second will translate to much more accurate GPS. Time might be up for the caesium second, but a whole new world awaits beyond it.
As the researchers explain their paper's abstract,

As a "global crew of activists, technologists and builders," Mozilla open-sourced Firefox more than 25 years ago, notes a new blog post — and their president says Mozilla's mission is the same today: "build and support technology in the public interest, and spark more innovation, more competition and more choice online along the way."

But "Even though we've been at the forefront of privacy and open source, people weren't getting the full picture of what we do. We were missing opportunities to connect with both new and existing users." So this week the company announced a branding refresh, "making sure people know Mozilla for its broader impact, as well as Firefox."

The open-source blog It's FOSS writes: Meant to symbolize their activist spirit, the new brand identity of Mozilla involves a custom semi-slab typeface that spells Mozilla, followed by a flag that was taken from the M of their name. Mozilla points out that this is not just a rebranding, but something that will lay the foundation for the next 25 years, helping them promote the ideals of privacy and open source.
Mozilla teamed up with the design agency used by major brands like Uber and Burger King, for a strategy they say will "embody our role as a leader in digital rights and innovation, putting people over profits through privacy-preserving products, open-source developer tools, and community-building efforts..." We back people and projects that move technology, the internet and AI in the right direction. In a time of privacy breaches, AI challenges and misinformation, this transformation is all about rallying people to take back control of their time, individual expression, privacy, community and sense of wonder... [T]he new brand empowers people to speak up, come together and build a happier, healthier internet — one where we can all shape how our lives, online and off, unfold...

- The flag symbol highlights our activist spirit, signifying a commitment to 'Reclaim the Internet.' A symbol of belief, peace, unity, pride, celebration and team spirit — built from the 'M' for Mozilla and a pixel that is conveniently displaced to reveal a wink to its iconic Tyrannosaurus rex symbol designed by Shepard Fairey. The flag can transform into a more literal interpretation as its new mascot in ASCII art style, and serve as a rallying cry for our cause...

- The custom typefaces are bespoke and an evolution of its Mozilla slab serif today. It stands out in a sea of tech sans. The new interpretation is more innovative and built for its tech platforms. The sans brings character to something that was once hard working but generic. These fonts are interchangeable and allow for a greater degree of expression across its brand experience, connecting everything together.
The blog post at It's FOSS ends with a "trip down memory lane" — showing Mozilla's two previous logos. "I will be honest, I liked the Dino better," they write "the 2024 logo is a nice mix of a custom typeface and a flag, which looks really neat in my opinion."

This week AWS pledged up to $100 million in cloud-computing credits for educational organizations over the next five years, to help them build "technology-based learning experiences" on AWS, including:

• AI assistants
• coding curriculums - connectivity tools
• student learning platforms
• mobile apps
• chatbots

One example shared by Amazon: The nonprofit Code.org will use AWS's cloud credits to scale their AI teaching assistant that "has already helped teachers reduce the time they spend assessing students' coding projects by up to 50%." (Amazon's blog post notes that "Improved efficiency means teachers have more time to work on personalized lesson plans and coach students" — and that Code.org's assistant uses an AWS service for building AI tools...)

$100 million sounds pretty generous. But long-time Slashdot reader theodp notes the application for the cloud credits limits education organization to $100,000 in credits (though "your organization may be able to apply for a credits expansion" if needed). Do these figures suggest Amazon expects less than 1,000 organizations to apply for free cloud-computing over the next five years? ($100,000,000/$100,000 = 1,000)

theodp also spotted a GitHub comment from a Code.org software engineer comparing accuracy for its teaching assistant after a switch from GPT-4 Turbo to Claude. Both before and after the switch, the teaching assistant averaged an accuracy rate of 77%, the comment notes.

I guess that 77% accuracy rate is what Amazon is calling "improved efficiency" that "means teachers have more time to work on personalized lesson plans and coach students." (Maybe you're never to young to learn that AI makes mistakes?)

The Verge thinks Valve "could make a play to dethrone the Sony PlayStation and Microsoft." And it's not just because there's lots of new SteamOS hardware on the way (including a wireless VR headset and a pair of trackable wands, a Steam Controller 2 gamepad, and a living room console.

"Valve has also now seemingly revealed plans for partners to create third-party SteamOS hardware too." It won't be easy to take on Sony, Microsoft, or Meta. Those companies have a lot to lose, and they're deeply entrenched. But the Steam Deck has revealed a massive weakness in each of their businesses that may take them years to correct — the desire to play a huge library of games anytime, anywhere. And while they figure that out, Valve may be building an entire new ecosystem of SteamOS hardware, one that could finally let PC and peripheral makers tap into the huge and growing library of Windows games on all sorts of different hardware without relying on Microsoft or subjecting their customers to the many annoyances of Windows...

Valve has long said it will open up SteamOS to other manufacturers, even recently committing to some direct support for rival handhelds like the Asus ROG Ally — and the other week, Valve quietly updated a document that may reveal its larger overarching strategy. It won't just leave SteamOS sitting around and hope manufacturers build something — it'll hold their hand. Valve now has an explicit label for third parties to create "Powered by SteamOS" devices, which it explicitly defines as "hardware running the SteamOS operating system, implemented in close collaboration with Valve." It additionally lets companies create "Steam Compatible" hardware that ships with "Valve approved controller inputs," as well as SteamVR hardware and Steam Link hardware that lets you stream games from one device to another...

When Valve asked PC manufacturers to sign onto its Steam Machines initiative over a decade ago, with the idea of building living room PC consoles, it asked for a leap of faith with very little to show and a tiny chance of success. It took years for Valve to even build the oddball living room controller for its Steam Machines, and it didn't get far in convincing Windows game developers to port their games to Linux. But by the time it announced the Steam Deck, Valve had hammered out a Proton software compatibility layer so good that many Windows games now run better on Linux, and created the most customizable yet familiar set of controls ever made. If manufacturers could build their own Steam Machines rather than equivalent Windows machines, they could offer better gaming products than they do today. Maybe they'd even want to release a VR headset that isn't tied to Microsoft or Meta if it doubled as a Steam Deck, portably playing decades of flatscreen games.

It's not clear any of this will pan out; Valve is an exceedingly small company that tries not to chase too many things at a time. When I speak to PC industry executives about why they pick Windows over SteamOS, some say they're concerned about whether Valve would truly be able to support them. But it's just as intriguing an idea as it was 12 years ago when Gabe Newell explained the initial vision to us, and this time, there's a far better chance it'll work.
"Today, every major PC company is building one or more Steam Deck rivals," the article points out. "But without Valve's blessing and support, they're saddled with a Windows OS that doesn't start, pause, and resume games quickly and seamlessly enough to feel portable and easy..."

"Okay, we're doing this," begins a new announcement at The Verge: Today we're launching a Verge subscription that lets you get rid of a bunch of ads, gets you unlimited access to our top-notch reporting and analysis across the site and our killer premium newsletters, and generally lets you support independent tech journalism in a world of sponsored influencer content. It'll cost $7 / month or $50 / year — and for a limited time, if you sign up for the annual plan, we'll send you an absolutely stunning print edition of our CONTENT GOBLINS series, with very fun new photography and design... A surprising number of you have asked us to launch something like this, and we're happy to deliver. If you don't want to pay, rest assured that big chunks of The Verge will remain free — we're thinking about subscriptions a lot differently than everyone else...

If you're a Verge reader, you know we've been covering massive, fundamental changes to how the internet works for years now. Most major social media platforms are openly hostile to links, huge changes to search have led to the death of small websites, and everything is covered in a layer of AI slop and weird scams. The algorithmic media ecosystem is now openly hostile to the kind of rigorous, independent journalism we want to do.

A few years ago, we decided the only real way to survive all this was to stand apart and bet on our own website so that we could remain independent of these platforms and their algorithms. We didn't want to write stories to chase Google Search trends or because we thought they'd do well on social media. And we definitely didn't want to compromise our famously strict ethics policy to accept brand endorsement deals from the companies we cover, which almost all of our competitors in the creator economy are forced to do in order to run sustainable businesses...

[W]e intend to keep making this thing together for a long, long time. So many of you like The Verge that we've actually gotten a shocking number of notes from people asking how they can pay to support our work. It's no secret that lots of great websites and publications have gone under over the past few years as the open web falls apart, and it's clear that directly supporting the creators you love is a big part of how everyone gets to stay working on the modern internet. At the same time, we didn't want to simply paywall the entire site — it's a tragedy that traditional journalism is retreating behind paywalls while nonsense spreads across platforms for free.
The print premium for subscribers is described as a "beautiful / deranged print product" that's drawn from a series of articles "about what Google had done to the web, capped off by a feature about search engine optimization titled 'The People Who Ruined the Internet.'" But it ships with a satirical cover that instead proclaims it as "The Verge Guide to Search Engine Optimization". A tongue-in-check announcement explains: [A] year has passed, and we've had a change of heart. Maybe search engine optimization is actually a good thing. Maybe appeasing the search algorithm is not only a sustainable strategy for building a loyal audience, but also a strategic way to plan and produce content. What are journalists, if not content creators? Anyway, SEO community, consider this our apology. And what better way to say "our bad, your industry is not a cesspool of AI slop but a brilliant vision of what a useful internet could look like" than collecting all the things we've learned in one handy print magazine? Which is why I'm proud to introduce The Verge Guide to Search Engine Optimization: All the Tips, Tricks, Hints, Schemes, and Techniques for Promoting High-Quality Content!
Whoops — slip off the cover and the real title appears: "CONTENT GOBLINS" (written in green slime). Again, it's "an anthology of stories about 'content' and the people who 'make' it." In very Verge fashion, we are meeting the moment where the internet has been overrun by AI garbage by publishing a beautifully designed, limited edition print product. (Also, the last time we printed a magazine, it won a very prestigious design award.) Content Goblins collects some of our best stories over the past couple years, capturing the cynical push for the world's great art and journalism to be reduced into units that can be packaged, distributed, and consumed on the internet. Consider Content Goblins as our resistance to that movement. With terrific new art and photography, we're making the case that great reporting is vital and enduring — and worth paying for.

This gorgeous, grotesque magazine can be yours if you commit to an annual subscription to The Verge — while supplies last.

Getty Images CEO has criticized AI companies' stance on copyright, particularly pushing back against claims that all web content is fair use for AI training. The statement comes amid Getty's ongoing litigation against Stability AI for allegedly using millions of Getty-owned images without permission to train its Stable Diffusion model, launched in August 2022.

Acknowledging AI's potential benefits in areas like healthcare and climate change, Getty's chief executive argued against the industry's "all-or-nothing" approach to copyright. He specifically challenged Microsoft AI CEO Mustafa Suleyman's assertion that web content has been "freeware" since the 1990s. The Getty chief advocated for applying fair use principles case-by-case, distinguishing between AI models for scientific advancement and commercial content generation. He also drew parallels to music streaming's evolution from Napster to licensed platforms like Spotify, suggesting AI companies could develop similar permission-based models.

He adds: As litigation slowly advances, AI companies advance an argument that there will be no AI absent the ability to freely scrape content for training, resulting in our inability to leverage the promise of AI to solve cancer, mitigate global climate change, and eradicate global hunger. Note that the companies investing in and building AI spend billions of dollars on talent, GPUs, and the required power to train and run these models -- but remarkably claim compensation for content owners is an unsurmountable challenge.

My focus is to achieve a world where creativity is celebrated and rewarded AND a world that is without cancer, climate change, and global hunger. I want the cake and to eat it. I suspect most of us want the same.

"If NASA establishes a permanent presence on the moon, its astronauts' homes could be made of a new 3D-printable, waterless concrete," writes MIT Technology Review. "Someday, so might yours.

"By accelerating the curing process for more rapid construction, this sulfur-based compound could become just as applicable on our home terrain as it is on lunar soil..." Building a home base on the moon will demand a steep supply of moon-based infrastructure: launch pads, shelter, and radiation blockers. But shipping Earth-based concrete to the lunar surface bears a hefty price tag. Sending just 1 kilogram (2.2 pounds) of material to the moon costs roughly $1.2 million, says Ali Kazemian, a robotic construction researcher at Louisiana State University (LSU). Instead, NASA hopes to create new materials from lunar soil and eventually adapt the same techniques for building on Mars.

Traditional concrete requires large amounts of water, a commodity that will be in short supply on the moon and critically important for life support or scientific research, according to the American Society of Civil Engineers. While prior NASA projects have tested compounds that could be used to make "lunarcrete," they're still working to craft the right waterless material.

So LSU researchers are refining the formula, developing a new cement based on sulfur, which they heat until it's molten to bind material without the need for water. In recent work, the team mixed their waterless cement with simulated lunar and Martian soil to create a 3D-printable concrete, which they used to assemble walls and beams. "We need automated construction, and NASA thinks 3D printing is one of the few viable technologies for building lunar infrastructure," says Kazemian.

Beyond circumventing the need for water, the cement can handle wider temperature extremes and cures faster than traditional methods. The group used a pre-made powder for their experiments, but on the moon and Mars, astronauts might extract sulfur from surface soil.
Kazemian and his colleagues recently transferred the technology to NASA's Marshall Space Flight Center for further testing...

An anonymous reader shared this report from Reuters: The rapid increase in satellites and space junk will make low Earth orbit unusable unless companies and countries cooperate and share the data needed to manage that most accessible region of space, experts and industry insiders said. A United Nations panel on space traffic coordination in late October determined that urgent action was necessary and called for a comprehensive shared database of orbital objects as well as an international framework to track and manage them. More than 14,000 satellites including some 3,500 inactive surround the globe in low Earth orbit, showed data from U.S.-based Slingshot Aerospace. Alongside those are about 120 million pieces of debris from launches, collisions and wear-and-tear of which only a few thousand are large enough to track... [T]here is no centralised system that all space-faring nations can leverage and even persuading them to use such a system has many obstacles. Whereas some countries are willing to share data, others fear compromising security, particularly as satellites are often dual-use and include defence purposes. Moreover, enterprises are keen to guard commercial secrets.

In the meantime, the mess multiplies. A Chinese rocket stage exploded in August, adding thousands of fragments of debris to low Earth orbit. In June, a defunct Russian satellite exploded, scattering thousands of shards which forced astronauts on the International Space Station to take shelter for an hour... Projections point to tens of thousands more satellites entering orbit in the coming years. The potential financial risk of collisions is likely to be $556 million over five years, based on a modelled scenario with a 3.13% annual collision probability and $111 million in yearly damages, said Montreal-based NorthStar Earth & Space...

[Aarti Holla-Maini, director of the U.N . Office for Outer Space Affairs], said the October panel aimed to bring together public- and private-sector experts to outline steps needed to start work on coordination. It will present its findings at a committee meeting next year. Global cooperation is essential to developing enforceable rules akin to those used by the International Civil Aviation Organization for air traffic, industry experts told Reuters. Such effort would involve the use of existing tools, such as databases, telescopes, radars and other sensors to track objects while improving coverage, early detection and data precision. Yet geopolitical tension and reluctance to share data with nations deemed unfriendly as well as commercial concerns over protecting proprietary information and competitive advantages remain significant barriers. That leaves operators of orbital equipment relying on informal or semi-formal methods of avoiding collisions, such as drawing on data from the U.S. Space Force or groups like the Space Data Association. However, this can involve issues such as accountability and inconsistent data standards.

"The top challenges are speed — as consensus-building takes time — and trust," Holla-Maini said. "Some countries simply can't communicate with others, but the U.N. can facilitate this process. Speed is our biggest enemy, but there's no alternative. It must be done."
Data from Slingshot Aerospace shows a 17% rise in close approaches per satellite over the past year, according to the article. (It adds that SpaceX data "showed Starlink satellites performed nearly 50,000 collision-avoidance manoeuvres in the first half of 2024, about double the previous six months...)

The European Space Agency, which has fewer spacecraft than SpaceX, said in 2021 its manoeuvres have increased to three or four times per craft versus a historical average of one."

To help replace power plants, Japan's northernmost island, Hokkaido, "is turning to a new generation of batteries designed to stockpile massive amounts of energy," reports the Washington Post.

"The Hokkaido Electric Power Network (HEPCO Network) is deploying flow batteries, an emerging kind of battery that stores energy in hulking tanks of metallic liquid." [F]low batteries are making their debut in big real-world projects. Sumitomo Electric, the company that built the Hokkaido plant, has also built flow batteries in Taiwan, Belgium, Australia, Morocco and California. Hokkaido's flow battery farm was the biggest in the world when it opened in April 2022 — a record that lasted just a month before China built one that is eight times bigger and can deliver as much energy as an average U.S. natural gas plant. "It looks like flow batteries are finally about to take off with interest from China," said Michael Taylor, an energy analyst at the International Renewable Energy Agency, an international group that studies and promotes green energy. "When China starts to get comfortable with a technology and sees it working, then they will very quickly scale their manufacturing base if they think they can drive down the costs, which they usually can...."

Lithium-ion batteries are perfect for smartphones because they're lightweight and fit in small spaces, even if they don't last long and have to be replaced frequently. Utilities have a different set of priorities: They need to store millions of times more energy, and they have much more room to work with. "If you think about utility-scale stationary applications, maybe you don't need lithium-ion batteries. You can use another one that is cheaper and can provide the services that you want like, for example, vanadium flow batteries," said Francisco Boshell, a researcher at the International Renewable Energy Agency...

Flow batteries are designed to tap giant tanks that can store a lot of energy for a long time. To boost their storage capacity, all you have to do is build a bigger tank and add more vanadium. That's a big advantage: By contrast, there's no easy way to adjust the storage capacity of a lithium-ion battery — if you want more storage, you have to build a whole new battery... One major barrier to building more of these battery farms is finding enough vanadium. Three-quarters of the world's supply comes as a by-product from 10 steel mills in China and Russia, according to Kara Rodby [a battery analyst at the investment firm Volta Energy Technologies] who got her PhD at the Massachusetts Institute of Technology studying the design and market for flow batteries. Australia, South Africa and the United States also produce vanadium, but in much smaller quantities. Mines that have been proposed could boost supply. And some flow battery start-ups are trying to sidestep the vanadium problem entirely by using different materials that are easier to buy.

The other hurdle is their up-front cost. Vanadium flow batteries are at least twice as expensive to build as lithium-ion batteries, Rodby said, and banks are hesitant to lend money to fund an unfamiliar technology. But experts say flow batteries can be cheaper in the long run because they're easier to maintain and last longer. A lithium-ion battery might have to be replaced after 10 years, but Rodby says flow batteries can last much longer. "There really is no finite lifetime for a flow battery in the way there is for lithium-ion," Rodby said.
Here's an interesting statistic from the article. "Over the next six years, utilities will have to build 35 times as many batteries as there are today to soak up all extra renewable energy that will come online, according to the International Energy Agency."

The Verge's Wes Davis reports: A new startup created by former Android leaders aims to build an operating system for AI agents. Among them is Hugo Barra, Google's former VP of Android product management, who says the new company -- named "/dev/agents" -- will revisit the leaders' "Android roots."

"We can see the promise of AI agents, but as a developer, it's just too hard to build anything good," /dev/agents cofounder and CEO and Google's former Android VP of engineering David Singleton told Bloomberg. He said the industry needs "an Android-like moment for AI."

The company is working on a cloud-based "next-gen operating system for AI agents" intended "for trusted agents to work with users across all of their devices," Singleton wrote in a post on X. He said that AI agents will "need new UI patterns, a reimagined privacy model, and a developer platform that makes it radically simpler to build useful agents."

Microsoft is retiring its "Get Licensing Ready" website, a resource for software licensing education. Going forward, content licensing will be located at microsoft.com/licensing. The Register also notes Microsoft's plans to enhance learning with AI tools, though specifics for licensing applications remain unclear. From the report: Software licensing is notoriously labyrinthine, so resources like the site Microsoft will close -- Get Licensing Ready -- can be very handy. Today, the site offers over 50 training modules plus documentation. But Microsoft has decided not to keep it around in its current form. Indeed, visitors to the site currently see a pop-up that explains "Microsoft will be ending support for licensing certifications through this platform and phasing out the Get Licensing Ready resource."

The site's "retirement" date is January 1. Users have until December 1 to complete any active modules and download certificates. If you're a user of the site, get cracking: Redmond warns it is "unable to provide copies of certification after December 31st, 2024." An email alias dedicated to the site will also go away on New Year's Day. A Microsoft spokesperson told The Register the software megalith "remains committed to supporting licensing knowledge and solution-building for our partners and customers" -- in part with "new AI capabilities to further enhance learning and engagement."

Leading technology companies are dramatically expanding their AI capabilities by building multibillion-dollar "super clusters" packed with unprecedented numbers of Nvidia's AI processors. Elon Musk's xAI recently constructed Colossus, a supercomputer containing 100,000 Nvidia Hopper chips, while Meta CEO Mark Zuckerberg claims his company operates an even larger system for training advanced AI models. The push toward massive chip clusters has helped drive Nvidia's quarterly revenue from $7 billion to over $35 billion in two years, making it the world's most valuable public company.

WSJ adds: Nvidia Chief Executive Jensen Huang said in a call with analysts following its earnings Wednesday that there was still plenty of room for so-called AI foundation models to improve with larger-scale computing setups. He predicted continued investment as the company transitions to its next-generation AI chips, called Blackwell, which are several times as powerful as its current chips.

Huang said that while the biggest clusters for training for giant AI models now top out at around 100,000 of Nvidia's current chips, "the next generation starts at around 100,000 Blackwells. And so that gives you a sense of where the industry is moving."

Some days more than half of California's available solar power goes to waste, according to research from the California Institute for Energy and Environment. "In the last 12 months, California's solar farms have curtailed production of more than 3 million megawatt hours of solar energy," according to a data analysis by the Los Angeles Times — enough to power 518,000 California homes for a year.

And it was curtailed "either on the orders of the state's grid operator or because prices had plummeted because of the glut. The waste would have been even larger if California had not paid utilities in other states to take the excess solar energy, documents from the state's grid operator show." That means green energy paid for by California electricity customers is sent away, lowering bills for residents of other states. Arizona's largest public utility reaped $69 million in savings last year by buying from the market California created to get rid of its excess solar power. The utility returned that money to its customers as a credit on their bills. Also reaping profits are electricity traders, including banks and hedge funds. The increasing oversupply of solar power has created a situation where energy traders can buy the excess at prices so low they become negative, said energy consultant Gary Ackerman, the former executive director of the Western Power Trading Forum. That means the solar plant is paying the traders to take it. "This is all being underwritten by California ratepayers," Ackerman said...

The solar glut also means higher electricity bills for Californians, since they are effectively paying to generate the power but not using it. California's electric rates are roughly twice the nation's average, with only Hawaii having higher rates. Rates at Southern California Edison and Pacific Gas & Electric increased by 51% over the last three years. "Ratepayers aren't getting the energy they've paid for," said Ron Miller, an energy industry consultant in Denver. He calculates that the retail value of the solar energy thrown away in a year would be more than $1 billion.

Gov. Gavin Newsom's advisors and those who manage the state's electric grid say they are working to reduce the curtailments, including by building more industrial-scale battery storage facilities that soak up the excess solar power during the day and then release it at night. Officials in the governor's office declined to be interviewed, but issued a statement saying the curtailments are often because of congestion on transmission lines, rather than a statewide oversupply of power. The state has been spending heavily to upgrade transmission lines to ease the congestion. "It's also important to have extra energy resources available that can help the state during periods of extreme weather and historic heatwaves when demand is particularly high, which have happened the past few years," the statement said...

The commercial solar industry contends that the expansion of storage capacity to bank solar power will eventually eliminate the glut.

Slashdot reader Bruce66423 shared this report from the Guardian: Staff have resigned at Starling Bank after its new chief executive demanded thousands of workers attend its offices more frequently, despite lacking enough space to host them.

In his first major policy change since taking over from the UK digital bank's founder, Anne Boden, in March, Raman Bhatia has ordered all hybrid staff — many of whom were in the office only one or two days a week, or on an ad-hoc basis — to travel to work for a minimum of 10 days each month. But the bank, which operates online only, admitted that some of its offices would not be equipped to handle the influx... "We are considering ways in which we can create more space," an email sent by Starling's human resources team and seen by the Guardian said.

Starling has 3,231 staff, the vast majority of whom are in the UK with some also in Dublin. However, the Guardian understands that the bank has only about 900 desks, including 260 at its Cardiff site, 320 in its London headquarters and 155 in Southampton. The bank has a further 160 desks in its newest site in Manchester, where it has signed a 10-year lease to occupy the fifth floor of the Landmark building, which also houses Santander UK and HSBC staff... Some staff have already resigned over the "rushed" announcement, while others have threatened to do so...

The return to office announcement came a month after the Financial Conduct Authority hit Starling with a £29m fine after discovering "shockingly lax" controls that it said left the financial system "wide open to criminals". That included failures in its automated screening system for individuals facing government sanctions.
Starling Bank issued this statement to explain its reasoning. "By bringing colleagues together in person, our aim is to achieve greater collaboration that will benefit our customers as we enter Starling's next phase of growth."

The article also notes that the U.K. supermarket chain Asda "has also toughened its stance, making it compulsory for thousands of workers at its offices in Leeds and Leicester to spend at least three days a week at their desks from the new year."

An anonymous reader shared this report from CNET: Meta says it's taken down more than 2 million accounts this year linked to overseas criminal gangs behind scam operations that human rights activists say forced hundreds of thousands of people to work as scammers and cost victims worldwide billions of dollars.

In a Thursday blog post, the parent of Facebook, Instagram and WhatsApp says the pig butchering scam operations — based in Myanmar, Laos, Cambodia, the United Arab Emirates and the Philippines — use platforms like Facebook and Instagram; dating, messaging, crypto and other kinds of apps; and texts and emails, to globally target people... [T]he scammers strike up an online relationship with their victims and gain their trust. Then they move their conversations to crypto apps or scam websites and dupe victims into making bogus investments or otherwise handing over their money, Meta said. They'll ask the victims to deposit money, often in the form of cryptocurrency, into accounts, sometimes even letting the victims make small withdrawals, in order to add a veneer of legitimacy. But once the victim starts asking for their investment back, or it becomes clear they don't have any more money to deposit, the scammer disappears and takes the money with them.

And the people doing the scamming are often victims themselves. During the COVID-19 pandemic, criminal gangs began building scam centers in Southeast Asia, luring in often unsuspecting job seekers with what looked like amazing postings on local job boards and other platforms, then forcing them to work as scammers, often under the threat of physical harm. The scope of what's become a global problem is staggering. In a report issued in May, the US Institute of Peace estimates that at least 300,000 people are being forced to work, or are otherwise suffering human rights violations, inside these scam centers. The report also estimates global financial losses stemming from the scams at $64 billion in 2023, with the number of financial victims in the millions.

Meta says it has focused on investigating and disrupting the scam operations for more than two years, working with nongovernmental organizations and other tech companies, like OpenAI, Coinbase and dating-app operator Match Group, along with law enforcement in both the US and the countries where the centers are located.
Meta titled its blog post "Cracking Down On Organized Crime Behind Scam Centers," writing "We hope that sharing our insights will help inform our industry's defenses so we can collectively help protect people from criminal scammers."