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Collecting data from solo players is a Far Cry from being necessary, says noyb

For anyone who's ever been frustrated by the need to go online to play a single-player video game, the European privacy specialists at noyb have heard you, and they've filed a complaint against Ubisoft in Austria dealing specifically with the issue. …

The European Union has announced details of new mandatory labels for smartphones and tablets sold in the bloc, which include ratings for energy efficiency, durability, and repairability. From a report: Hardware will also have to meet new "ecodesign requirements" to be sold in the EU, including a requirement to make spare parts available for repair. The labels, which will be required for any devices that go on sale from June 20th onwards, are similar to existing ones for home appliances and TVs. They display the product's energy efficiency rating, on a scale from A to G, along with battery life, the number of charge cycles the battery is rated for, letter grades for durability and repairability, and any applicable IP rating for protection from dust and water.

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'Inventory accumulation' as vendors hoard HBM amid tariff and other pressures

South Korean memory maker SK Hynix is reporting a sales bounce due to the demand for AI systems, helped by US businesses stockpiling HBM supplies amid tariff uncertainty.…

Microsoft has instituted a new "globally consistent" performance improvement process. According to internal documents, employees flagged as underperformers now face two options: enter a performance improvement plan with "clear expectations and a timeline for improvement" or accept a "Global Voluntary Separation Agreement" worth 16 weeks' pay. Affected employees have five days to decide, and those choosing the improvement plan forfeit the severance option. The program, announced in an email from new Chief People Officer Amy Coleman, operates year-round to "address performance issues, while offering employees choice."

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BrianFagioli writes: ARMO, the company behind Kubescape, has uncovered what could be one of the biggest blind spots in Linux security today. The company has released a working rootkit called "Curing" that uses io_uring, a feature built into the Linux kernel, to stealthily perform malicious activities without being caught by many of the detection solutions currently on the market. At the heart of the issue is the heavy reliance on monitoring system calls, which has become the go-to method for many cybersecurity vendors. The problem? Attackers can completely sidestep these monitored calls by leaning on io_uring instead. This clever method could let bad actors quietly make network connections or tamper with files without triggering the usual alarms.

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Something broke on Windows 11 24H2, but dev who discovered it tells El Reg this time Microsoft's not to blame

Microsoft's Windows 11 24H2 update is frustrating some users, but it isn't the operating system at fault this time. Instead, it's down to a 20-year-old error in Grand Theft Auto: San Andreas.…

Alleges semi designer tried to obstruct Qualy's build of Arm-compatible custom cores

Qualcomm has amended its complaint against Arm in a 2024 lawsuit, adding more allegations about Arm's purported breach of license agreements and accusing it of "misrepresenting" their relationship by intending to make its own rival chips.…

An anonymous reader quotes a report from the Washington Post: Oil and gas companies are facing hundreds of lawsuits around the world testing whether they can be held responsible for their role in causing climate change. Now, two scientists say they've built a tool that can calculate how much damage each company's planet-warming pollution has caused -- and how much money they could be forced to pay if they're successfully sued. Collectively, greenhouse emissions from 111 fossil fuel companies caused the world $28 trillion in damage from extreme heat from 1991 to 2020, according to a paper published Wednesday in Nature. The new analysis could fuel an emerging legal fight.The authors, Dartmouth associate professor Justin Mankin and Chris Callahan, a postdoctoral researcher at Stanford University, say their model can determine a specific company's share of responsibility over any time period. [...] Callahan and Mankin's work combines all of these steps -- estimating a company's historical emissions, figuring out how much those emissions contributed to climate change and calculating how much economic damage climate change has caused -- into one "end-to-end" model that links one polluter's emissions to a dollar amount of economic damage from extreme heat. By their calculation, Saudi Aramco is on the hook for $2.05 trillion in economic losses from extreme heat from 1991 to 2020. Russia's Gazprom is responsible for $2 trillion, Chevron for $1.98 trillion, ExxonMobil for $1.91 trillion and BP for $1.45 trillion. Industry groups and companies tend to object to the methodologies of attribution science. They could seek to contest the assumptions that went into each step of Mankin and Callahan's model. Indeed, every step in that process introduces some room for error, and stringing together all of those steps compounds the uncertainty in the model, according to Delta Merner, lead scientist at theScience Hub for Climate Litigation, which connects scientists and lawyers bringing climate lawsuits. She also mentioned that the researchers relied on a commonly used but simplified climate model known as the Finite Amplitude Impulse Response (FAIR) model. "It is robust for the purpose of what the study is doing," Merner said, "but these models do make assumptions about climate sensitivity, about carbon cycle behavior, energy balance, and all of the simplifications in there do introduce some uncertainty." The exact dollar figures in the paper aren't intended as gospel. But outside scientists said Mankin and Callahan use well-established, peer-reviewed datasets and climate models for every step in their process, and they are transparent about the uncertainty in the numbers.

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Get a new, clean (maybe suspiciously empty) install up to speed – and keep it there

When you install a fresh, clean copy of Windows – say, if you're switching to the LTSC edition – Ninite is here to kickstart provisioning the new OS.…

Extreme weather is such a problem when building bit barns... hmmm, wonder what could be causing that?

When it comes to building datacenters, reducing the environmental impact of the project is still not seen as a major concern – it is lower on the list than cost of equipment and materials, skills shortages, a possible downturn in projects, and even bad weather.…

Customers told to expect further delays as contactless payments still down

UK high street retailer Marks & Spencer says contactless payments are still down following its "cyber incident" and order delays are likely to continue.…

To celebrate the Hubble Space Telescope's 35th anniversary in orbit, NASA and ESA released a series of new, out-out-of-this-world images spanning planets, nebulae, and galaxies. From a press release: Hubble today is at the peak of its scientific return thanks to the dedication, perseverance and skills of engineers, scientists and mission operators. Astronaut shuttle crews gallantly chased and rendezvoused with Hubble on five servicing missions from 1993 to 2009. The astronauts, including ESA astronauts on two of the servicing missions, upgraded Hubble's cameras, computers and other support systems. By extending Hubble's operational life the telescope has made nearly 1.7 million observations, looking at approximately 55,000 astronomical targets. Hubble discoveries have resulted in over 22,000 papers and over 1.3 million citations as of February 2025. All the data collected by Hubble is archived and currently adds up to over 400 terabytes. The demand for observing time remains very high with 6:1 oversubscriptions, making it one of the most in-demand observatories today. Hubble's long operational life has allowed astronomers to see astronomical changes spanning over three decades: seasonal variability on the planets in our solar system, black hole jets traveling at nearly the speed of light, stellar convulsions, asteroid collisions, expanding supernova bubbles, and much more.

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Cybercriminals are targeting software shops, accountants, lawyers

The percentage of confirmed data breaches involving third-party relationships doubled last year as cybercriminals increasingly exploited weak links in supply chains and partner ecosystems.…

Software slingers from Redis to Teradata are bolting on smarts to stay relevant in GenAI era

About two years ago, popular cache database Redis was among a wave of vendors that added vector search capabilities to their platforms, driven by the surge of interest in generative AI.…

Back of the nyet!

Russian soldiers are being targeted with an Android app specially altered to pinpoint their location and scan their phones for files, with the ability to exfiltrate sensitive documents if instructed.…

Researchers in Germany successfully demonstrated coherent quantum communications over 254 km of existing commercial telecom fiber, marking the first real-world deployment of such a system without cryogenic cooling. Phys.Org reports: Their system uses a coherence-based twin-field quantum key distribution, which facilitates the distribution of secure information over long distances. The quantum communications network was deployed over three telecommunication data centers in Germany (Frankfurt, Kehl and Kirchfeld), connected by 254 km of commercial optical fiber -- a new record distance for real-world and practical quantum key distribution, according to the authors. This demonstration indicates that advanced quantum communications protocols that exploit the coherence of light can be made to work over existing telecom infrastructure. The research has been published in the journal Nature.

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Lenovo brings its Neptune cold plates to servers packing sixth-gen Xeons to run VMware, Nutanix, and AzureStack

Hyperconverged infrastructure most often involves a collection of modest 2U servers powered by mid-range processors that aren’t particularly challenging to operate. But Lenovo’s new models packing Xeon 6 processors may need liquid cooling.…

Wipro was forced to pause an active SAP project due to client’s jitters

India’s big four IT services players are all concerned that the USA’s new tariffs regime may see some of their customers spend less on tech – but later spend more to cope with whatever changes are needed to compete in a changed global trade system.…

An anonymous reader quotes a report from Business Insider: There is some microplastics in normal, healthy arteries," Dr. Ross Clark, a University of New Mexico medical researcher who led the study, told Business Insider before he presented his findings at the meeting of the American Heart Association in Baltimore on Tuesday. "But the amount that's there when they become diseased -- and become diseased with symptoms -- is really, really different," Clark said. Clark and his team measured microplastics and nanoplastics in the dangerous, fatty plaque that can build up in arteries, block blood flow, and cause strokes or heart attacks. Compared to the walls of healthy plaque-free arteries, plaque buildup had 16 times more plastic -- just in the people who didn't have symptoms. In people who had experienced stroke, mini-stroke, or vision loss, the plaque had 51 times more plastic. [...] To investigate why, Clark studied samples from 48 people's carotid arteries -- the pair of superhighways in your neck that channel blood to your brain. The difference in plastic quantities surprised him, but his team found another concerning trend, too. Cells in the plaque with lots of plastic showed different gene activity than those with low plastic. In the high-plastic environment, one group of immune cells had switched off a gene that's associated with turning off inflammation. Clark's team also found genetic differences in a group of stem cells thought to help prevent heart attacks and strokes by reducing inflammation and stabilizing plaque. "Could it be that microplastics are somehow altering their gene expression?" Clark said. He added that there's "lots more research needed to fully establish that, but at least it gives us a hint as to where to look." Ross, who specializes in the genetic mechanisms behind disease, agreed that more research is needed, but added that she thinks "these plastics are doing something with these plaques." Tracking microplastics in the human body is a new scientific endeavor as of the last couple years. It's not perfect. Clark's team heated the plaque samples to more than 1,000 degrees Fahrenheit to vaporize plastic polymers and break them down into smaller organic molecules, which can be identified and measured by their mass and other properties. Unfortunately, the lipids in plaque can break down into chemicals that look very similar to polyethylene, the most common plastic found in everything from plastic bags to car parts. "Because we know about this problem, we've taken a lot of steps to remove those lipids and confirm their removal, so that we're sure we're measuring polyethylene," Clark said. Still, he added, "it's a big limitation, and it should be acknowledged that these types of methodologies are continuously improving." "Almost all of what we know about microplastics in the human body, no matter where you look, can be summed up as: It's there, and we need to study further as to what it's doing, if anything," Clark said.

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Five years removed from the onset of the Covid pandemic, Google is demanding that some remote employees return to the office if they want to keep their jobs and avoid being part of broader cost cuts at the company. CNBC reports: Several units within Google have told remote staffers that their roles may be at risk if they don't start showing up at the closest office for a hybrid work schedule, according to internal documents viewed by CNBC. Some of those employees were previously approved for remote work.

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