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Agency tries to save face as it also pulls essential funding for election security initiatives

The US cybersecurity agency is trying to save face by seeking to clear up what it's calling "inaccurate reporting" after a former senior pentester claimed it laid off the entire Red Team.…

It might need polishing, but a useful find for any budding cybercrooks out there

DeepSeek's flagship R1 model is capable of generating a working keylogger and basic ransomware code, just as long as a techie is on hand to tinker with it a little.…

An anonymous reader quotes a report from TechCrunch: Anthropic's CEO Dario Amodei is worried that spies, likely from China, are getting their hands on costly "algorithmic secrets" from the U.S.'s top AI companies -- and he wants the U.S. government to step in. Speaking at a Council on Foreign Relations event on Monday, Amodei said that China is known for its "large-scale industrial espionage" and that AI companies like Anthropic are almost certainly being targeted. "Many of these algorithmic secrets, there are $100 million secrets that are a few lines of code," he said. "And, you know, I'm sure that there are folks trying to steal them, and they may be succeeding." More help from the U.S. government to defend against this risk is "very important," Amodei added, without specifying exactly what kind of help would be required. Anthropic declined to comment to TechCrunch on the remarks specifically but referred to Anthropic's recommendations to the White House's Office of Science and Technology Policy (OSTP) earlier this month. In the submission, Anthropic argues that the federal government should partner with AI industry leaders to beef up security at frontier AI labs, including by working with U.S. intelligence agencies and their allies.

Read more of this story at Slashdot.

It’s called 'SpaceHPC' and it heats the building it lives in

The European Space Agency this week inaugurated its new supercomputing facility built with HPE.…

If operators are willing to cough up a 'green premium' and tax credits are not repealed

An independent research body claims that geothermal power generation could provide an answer to the growing energy requirements of datacenters.…

Steering Committee decides against merge of over-complex and largely unloved ALGOL-68 'at this point'

Version 15 of the GNU Compiler Collection is getting close to release, and as it does, some changes are not going to make it.…

Longtime Slashdot reader UnknowingFool writes: Gamer's Nexus performed tests on the effect of removing legacy 32-bit PhysX on the newest generation of Nvidia cards with older games, and the results are not good. With PhysX on, the latest generation Nvidia was slightly beaten by a GTX 580 (released 2010) on some games and handily beaten by a GTX 980 (2014) on some games. With the launch of the 5000 series, NVidia dropped 32-bit CUDA support going forward. Part of that change was dropping support for 32-bit PhysX. As a result, older titles that used it would perform poorly with 5000 series cards as it would default to CPU for calculations. Even the latest CPUs do not perform as well as 15-year-old GPUs when it comes to PhysX. The best performance on the 5080 was to turn PhysX off however that would remove many effects like smoke, breaking glass, and rubble from scenes. The second-best option was to pair a 5000 series with an older card like a 980 to handle the PhysX computations.

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Opposition faults leadership as officers accused of misleading councillors

Birmingham City Council voted down proposals to hold a full independent inquiry into its disastrous introduction of an Oracle ERP system, which "effectively crippled" its ability to manage and report on its finances.…

New feature on Google Pixel phones hints at a ChromeOS-like VM

The March "feature drop" for Android 15 on Google Pixel devices includes an optional Linux session.…

Community calls for off-by-default data sharing setting

Open source software biz Nextcloud issued fixes to its software this week after bug hunters raised concerns about data collection.…

Feds warn gang still rampant and now cracked 300+ victims around the world

A crook who distributes the Medusa ransomware tried to make a victim cough up three payments instead of the usual two, according to a government advisory on how to defend against the malware and the gangs who wield it.…

Eggheads call for comprehensive rules to govern machine learning in medical settings

The tendency of AI models to hallucinate – aka confidently making stuff up – isn't sufficient to disqualify them from use in healthcare settings. So, researchers have set out to enumerate the risks and formulate a plan to do no harm while still allowing medical professionals to consult with unreliable software assistants.…

Using the Summit supercomputer at the Department of Energy's Oak Ridge National Laboratory, researchers have modeled a key component of nucleotide excision repair (NER) called the pre-incision complex (PInC), which plays a crucial role in DNA damage repair. Their study, published in Nature Communications, provides new insights into how the PInC machinery orchestrates precise DNA excision, potentially leading to advancements in treating genetic disorders, preventing premature aging, and understanding conditions like xeroderma pigmentosum and Cockayne syndrome. Phys.Org reports: "Computationally, once you assemble the PInC, molecular dynamics simulations of the complex become relatively straightforward, especially on large supercomputers like Summit," [said lead investigator Ivaylo Ivanov, a chemistry professor at Georgia State University]. Nanoscale Molecular Dynamics, or NAMD, is a molecular dynamics code specifically designed for supercomputers and is used to simulate the movements and interactions of large biomolecular systems that contain millions of atoms. Using NAMD, the research team ran extensive simulations. The number-crunching power of the 200-petaflop Summit supercomputer -- capable of performing 200,000 trillion calculations per second -- was essential in unraveling the functional dynamics of the PInC complex on a timescale of microseconds. "The simulations showed us a lot about the complex nature of the PInC machinery. It showed us how these different components move together as modules and the subdivision of this complex into dynamic communities, which form the moving parts of this machine," Ivanov said. The findings are significant in that mutations in XPF and XPG can lead to severe human genetic disorders. They include xeroderma pigmentosum, which is a condition that makes people more susceptible to skin cancer, and Cockayne syndrome, which can affect human growth and development, lead to impaired hearing and vision, and speed up the aging process. "Simulations allow us to zero in on these important regions because mutations that interfere with the function of the NER complex often occur at community interfaces, which are the most dynamic regions of the machine," Ivanov said. "Now we have a much better understanding of how and from where these disorders manifest."

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Google apologizes but won’t say what went wrong nor when it will make things right

Older models of Google’s Chromecast media-streaming sticks remain broken, and independent research suggests a fix could take potentially weeks to materialize.…