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Several prominent museums have been unable to display their collections online since a cyberattack hit a prominent technological service provider that helps hundreds of cultural organizations show their works digitally and manage internal documents. From a report: The Museum of Fine Arts Boston, the Rubin Museum of Art in New York and the Crystal Bridges Museum of American Art in Arkansas were among the institutions confirming that their systems have experienced outages in recent days. The service provider, Gallery Systems, said in a recent message to clients, which was obtained by The New York Times, that it had noticed a problem on Dec. 28, when computers running its software became encrypted and could no longer operate. "We immediately took steps to isolate those systems and implemented measures to prevent additional systems from being affected, including taking systems offline as a precaution," the company said in the message. "We also launched an investigation and third-party cybersecurity experts were engaged to assist. In addition, we notified law enforcement." Signs of disruption were evident on several museum websites because eMuseum, a tool that usually lets visitors search online collections, was down. There was also disruption behind the scenes: Some curators said that they had returned from their winter vacations to find themselves unable to access sensitive information from another Gallery Systems program called TMS. That system can include the names of donors, loan agreements, provenance records, shipping information and storage locations of priceless artworks.

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Rule 1: You do not criticize the boss. Rule 2: You do NOT criticize the boss

The US National Labor Relations Board (NLRB) has issued a complaint against SpaceX, alleging it dismissed workers for being critical of the company's boss, Elon Musk, among 37 other unfair labor practices.…

Perplexity, a startup going after Google's dominant position in web search, has won backing from Jeff Bezos and venture capitalists betting that artificial intelligence will upend the way people find information online. From a report: Started less than two years ago, Perplexity has fewer than 40 employees and is based out of a San Francisco co-working space. The company's product, which it calls an answer engine, is used by about 10 million people monthly. Those ingredients were enough to persuade Institutional Venture Partners, Bezos and other tech executives to invest $74 million in the company, the largest sum raised by an internet search startup in recent years. The investment valued Perplexity at $520 million, including the new money, said Chief Executive Officer Aravind Srinivas. Amazon.com, the e-commerce company chaired by Bezos, has committed to investing billions in Anthropic, the AI startup behind the chatbot Claude. The path to competing with Google is littered with carcasses, and Microsoft itself has struggled for years to dislodge the company's roughly 90% market share in online search. Others, including tech giants, are incorporating AI into their search engines. Perplexity's founders said their advantage is using advances in AI to provide direct answers, instead of website links, in response to search queries, without some of the limitations felt by larger companies.

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That's what happens when Uncle Sam tries to curb your chip sector

Global semiconductor capacity is tipped to grow in 2024, despite the doom and gloom, with China forecast to lead the way and expand its share of global chip production as it tries to become more self sufficient.…

From a report: According to Statcounter, which should be taken with a pinch of salt of course like any sampling, the Linux share on the desktop hit nearly 4% in December 2023. Last month was a record too and a clear trend over time, as going back a couple of years, it was rarely coming close to 2% but now it's repeatedly nearing 4% so it's quite a good sign overall. The latest from Statcounter shows for all of 2023 below: January - 2.91% February - 2.94% March - 2.85% April - 2.83% May - 2.7% June - 3.07% July - 3.12% August - 3.18% September - 3.02% October - 2.92% November - 3.22% December - 3.82% Looking at December it shows Windows rising too, with macOS dropping down. If we actually take ChromeOS directly into the Linux numbers for December 2023 the overall number would actually be 6.24% (ChromeOS is Linux after all).

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Pushing your buttons: Microsoft's AI assistant is going so well that it's going to have its very own spot

Microsoft says a Copilot key will be coming to Windows 11 PCs, oddly exciting fanatics but confounding some others.…

Microsoft is adding a dedicated "Copilot" key to PC keyboards, adjusting the standard Windows layout for the first time since 1994. The key will open its AI assistant Copilot on Windows 10 and 11. On Copilot-enabled PCs, users can already invoke Copilot by pressing Windows+C. On other PCs, the key will open Search instead. ArsTechnica adds: A quick Microsoft demo video shows the Copilot key in between the cluster of arrow keys and the right Alt button, a place where many keyboards usually put a menu button, a right Ctrl key, another Windows key, or something similar. The exact positioning, and the key being replaced, may vary depending on the size and layout of the keyboard. We asked Microsoft if a Copilot key would be required on OEM PCs going forward; the company told us that the key isn't mandatory now, but that it expects Copilot keys to be required on Windows 11 keyboards "over time." Microsoft often imposes some additional hardware requirements on major PC makers that sell Windows on their devices, beyond what is strictly necessary to run Windows itself.

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No 2FA or special characters to prevent database takeover and BGP hijack

A weak password exposed by infostealer malware is being blamed after a massive outage at Orange Spain disrupted around half of its network's traffic.…

Meanwhile, finding a public charge point that works and doesn't require a second mortgage remains a challenge

All new cars and vans bought in the UK must be zero emission by 2035, according to the latest legal mandate updated this week.…

A bestselling personal finance author and entrepreneur admits that he has more than $1 billion in debt -- and he doesn't think that's a bad thing. From a report: "If I go bust, the bank goes bust," said "Rich Dad, Poor Dad" author Robert Kiyosaki in a Nov. 30 Instagram reel. "Not my problem." That's because his debt has been used to purchase assets, he said in the video. He compared that with using debt to purchase liabilities, such as his Ferrari or Rolls-Royce vehicles -- expenses he's paid off in full, he said. "I'm a billion dollars in debt because debt is money," Kiyosaki said during an interview on the "Disruptors" podcast. It connects to his strategy of using cash earnings to purchase precious metals like gold or silver, which Kiyosaki argues will retain their value while the U.S. dollar fluctuates: "toilet paper," he called it. Kiyosaki is one of the country's most well-known personal finance personalities. His 1997 book "Rich Dad, Poor Dad," which was originally self-published, has sold more than 40 million copies.

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Headline-grabbing takedowns are nice, but long-term solutions require short-term sacrifices

Comment In some ways, the ransomware landscape in 2023 remained unchanged from the way it looked in previous years. Vendor reports continue to show a rise in attacks, major organizations are still getting hit, and the inherent issues that enable it as a business model remain unaddressed.…

Deal expanded from £4.5M to £19.5M over 7 years as critics point to shortcomings

The UK's Environment Agency has awarded Fujitsu – the tech biz embroiled in the high-profile Post Office scandal – a £2 million contract extension to run the flood warning system after apparent delays to finding a replacement supplier.…

Also: Remember that balloon over the US last February? It might have used a US internet provider

Four Chinese balloons have reportedly floated over the Taiwan Strait, three of them crossing over the island's land mass and near its Ching-Chuan-Kang air base before disappearing, according to the Taiwan's defense ministry.…

SpaceX launched a total of 21 satellites on Tuesday night, including "the first six Starlink satellites with Direct to Cell capabilities that enable mobile network operators around the world to provide seamless global access to texting, calling, and browsing wherever you may be on land, lakes, or coastal waters without changing hardware or firmware. The enhanced Starlink satellites have an advanced modem that acts as a cellphone tower in space, eliminating dead zones with network integration similar to a standard roaming partner," the company said. Ars Technica reports: Besides T-Mobile in the US, several carriers in other countries have signed up to use the direct-to-cell satellites. SpaceX said the other carriers are Rogers in Canada, KDDI in Japan, Optus in Australia, One NZ in New Zealand, Salt in Switzerland, and Entel in Chile and Peru. While SpaceX CEO Elon Musk wrote that the satellites will "allow for mobile phone connectivity anywhere on Earth," he also described a significant bandwidth limit. "Note, this only supports ~7Mb per beam and the beams are very big, so while this is a great solution for locations with no cellular connectivity, it is not meaningfully competitive with existing terrestrial cellular networks," Musk wrote. Starlink's direct-to-cell website says the service will provide text messaging only when it becomes available in 2024, with voice and data service beginning sometime in 2025. Starlink's low Earth orbit satellites will work with standard LTE phones, unlike earlier services that required phones specifically built for satellite use. SpaceX's direct-to-cell satellites will also connect with Internet of Things (IoT) devices in 2025, the company says.

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But not enough sodas

Christmas has been and gone. Were you a good techie? Did you get a Raspberry Pi 5? Or were you more like this vulture, who became the proud owner of an Xbox Series X ... fridge?…

One of the ad APIs that will fill the void – Protected Audience – may actually improve privacy

From today there will be a great disturbance in Chrome – as if millions of browser cookies suddenly cried out in terror and were suddenly silenced.…

fahrbot-bot shares a report from The Guardian: Scientists have discovered an entirely new class of antibiotic that appears to kill one of three bacteria considered to pose the greatest threat to human health because of their extensive drug-resistance. Zosurabalpin defeated highly drug-resistant strains of Carbapenem-resistant Acinetobacter baumannii (Crab) in mouse models of pneumonia and sepsis, and was being tested in human trials. Crab is classified as a priority 1 critical pathogen by the World Health Organization, alongside two other drug-resistant forms of bacteria -- Pseudomonas aeruginosa and Enterobacteriaceae. Antibiotic-resistant infections pose an urgent threat to human health -- particularly those caused by a large group of bacteria known as Gram-negative bacteria, which are protected by an outer shell containing a substance called lipopolysaccharide (LPS). "LPS allows bacteria to live in harsh environments, and it also allows them to evade attack by our immune system," said Dr Michael Lobritz, the global head of infectious diseases at Roche Pharma Research and Early Development in Basel Switzerland, which developed the new drug. No new antibiotic for Gram-negative bacteria have been approved in more than 50 years. Roche had previously identified Zosurabalpin as capable of blocking the growth of A baumannii but it was not clear how it worked, or if it would be effective in animals with Crab-related infections. Through a series of experiments published in Nature, Prof Daniel Kahne at Harvard University in Cambridge, US, and colleagues showed that the drug prevented LPS from being transported to the outer membrane of the bacterium, killing it. They also found that Zosurabalpin considerably reduced levels of bacteria in mice with Crab-induced pneumonia and prevented the death of those with Crab-related sepsis. While [Lobritz] stressed that this molecule alone would not solve the public health threat of antimicrobial resistant infections, the discovery could lay the foundations for future efforts to drug the same transport system in other bacteria.

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An anonymous reader quotes a report from Technology Networks: At about the size of a pinkie nail, the jellyfish species Cladonema can regenerate an amputated tentacle in two to three days -- but how? Regenerating functional tissue across species, including salamanders and insects, relies on the ability to form a blastema, a clump of undifferentiated cells that can repair damage and grow into the missing appendage. Jellyfish, along with other cnidarians such as corals and sea anemones, exhibit high regeneration abilities, but how they form the critical blastema has remained a mystery until now. A research team based in Japan has revealed that stem-like proliferative cells -- which are actively growing and dividing but not yet differentiating into specific cell types -- appear at the site of injury and help form the blastema. "Importantly, these stem-like proliferative cells in blastema are different from the resident stem cells localized in the tentacle," said corresponding author Yuichiro Nakajima, lecturer in the Graduate School of Pharmaceutical Sciences at the University of Tokyo. "Repair-specific proliferative cells mainly contribute to the epithelium -- the thin outer layer -- of the newly formed tentacle." The resident stem cells that exist in and near the tentacle are responsible for generating all cellular lineages during homeostasis and regeneration, meaning they maintain and repair whatever cells are needed during the jellyfish's lifetime, according to Nakajima. Repair-specific proliferative cells only appear at the time of injury. "Together, resident stem cells and repair-specific proliferative cells allow rapid regeneration of the functional tentacle within a few days," Nakajima said, noting that jellyfish use their tentacles to hunt and feed. [...] The cellular origins of the repair-specific proliferative cells observed in the blastema remain unclear, though, and the researchers say the currently available tools to investigate the origins are too limited to elucidate the source of those cells or to identify other, different stem-like cells. "It would be essential to introduce genetic tools that allow the tracing of specific cell lineages and the manipulation in Cladonema," Nakajima said. "Ultimately, understanding blastema formation mechanisms in regenerative animals, including jellyfish, may help us identify cellular and molecular components that improve our own regenerative abilities." The findings were published in the journal PLOS Biology.

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Draw a picture of a smoking gun in the style of Sarah Andersen

A spreadsheet submitted as evidence in a copyright lawsuit against Midjourney allegedly lists thousands of artists whose images the startup's AI picture generator "can successfully mimic or imitate."…

Longtime Slashdot reader fahrbot-bot shares a report from ScienceAlert: According to a new study [published in Nature Human Behavior], the human brain has two separate ways of processing numbers of things: one system for quantities of four or fewer, and another system for five and up. Presented with four or fewer objects, humans can usually identify the sum at first glance, without counting. And we're almost always right. This ability is known as "subitizing," a term coined by psychologists last century, and it's different from both counting and estimating. It refers to an uncanny sense of immediately knowing how many things you're looking at, with no tallying or guessing required. While we can easily subitize quantities up to four, however, the ability disappears when we're looking at five or more things. If asked to instantly quantify a group of seven apples, for example, we tend to hesitate and estimate, taking slightly longer to respond and still providing less precise answers. Since our subitizing skills vanish so abruptly for quantities larger than four, some researchers have suspected our brains use two distinct processing methods, specialized for either small or large quantities. "However, this idea has been disputed up to now," says co-author Florian Mormann, a cognitive neurophysiologist from the Department of Epileptology at the University Hospital Bonn. "It could also be that our brain always makes an estimate but the error rates for smaller numbers of things are so low that they simply go unnoticed." Previous research involving some of the new study's authors showed that human brains have neurons responsible for each number, with certain nerve cells firing selectively in response to certain quantities. Some neurons fire mainly when a person sees two of something, they found, while others show a similar affinity for their own number of visual elements. Yet many of these neurons also fire in response to slightly smaller or larger numbers, the researchers note, with a weaker reaction for quantities further removed from their numerical focus. "A brain cell for a number of 'seven' elements thus also fires for six and eight elements but more weakly," says neurobiologist Andreas Nieder from the University of Tubingen. "The same cell is still activated but even less so for five or nine elements." This kind of "numerical distance effect" also occurs in monkeys, as Nieder has shown in previous research. Among humans, however, it typically happens only when we see five or more things, hinting at some undiscovered difference in the way we identify smaller numbers. "There seems to be an additional mechanism for numbers of around less than five elements that makes these neurons more precise," Nieder says. Neurons responsible for lower numbers are able to inhibit other neurons responsible for adjacent numbers, the study's authors report, thus limiting any mixed signals about the quantity in question. When a trio-specializing neuron fires, for example, it also inhibits the neurons that typically fire in response to groups of two or four things. Neurons for the number five and beyond apparently lack this mechanism.

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