Ivanti warned on Wednesday that hackers are exploiting another previously undisclosed zero-day vulnerability affecting its widely used corporate VPN appliance. From a report: Since early December, ââChinese state-backed hackers have been exploiting Ivanti Connect Secure's flaws -- tracked as CVE-2023-46805 and CVE-2024-21887 -- to break into customer networks and steal information. Ivanti is now warning that it has discovered two additional flaws -- tracked as CVE-2024-21888 and CVE-2024-21893 -- affecting its Connect Secure VPN product. The former is described as a privilege escalation vulnerability, while the latter -- known as a zero-day because Ivanti had no time to fix the bug before hackers began exploiting it -- is a server-side bug that allows an attacker access to certain restricted resources without authentication. In its updated disclosure, Ivanti said it has observed "targeted" exploitation of the server-side bug. Germany's Federal Office for Information Security, known as the BSI, said in a translated advisory on Wednesday that it has knowledge of "multiple compromised systems."

SpaceX revealed that it's delivering over 42 petabytes of data for customers per day, according to engineer Travis Brashears. "We're passing over terabits per second [of data] every day across 9,000 lasers," Brashears said today at SPIE Photonics West, an event in San Francisco focused on the latest advancements in optics and light. "We actually serve over lasers all of our users on Starlink at a given time in like a two-hour window." PCMag reports: Although Starlink uses radio waves to beam high-speed internet to customers, SpaceX has also been outfitting the company's satellites with a "laser link" system to help drive down latency and improve the system's global coverage. The lasers, which can sustain a 100Gbps connection per link, are especially crucial to helping the satellites fetch data when no SpaceX ground station is near, like over the ocean or Antarctic. Instead, the satellite can transmit the data to and from another Starlink satellite in Earth's orbit, forming a mesh network in space.

Tuesday's talk from Brashears revealed the laser system is quite robust, even as the equipment is flying onboard thousands of Starlink satellites constantly circling the Earth. Despite the technical challenges, the company has achieved a laser "link uptime" at over 99%. The satellites are constantly forming laser links, resulting in about 266,141 "laser acquisitions" per day, according to Brashears' presentation. But in some cases, the links can also be maintained for weeks at a time, and even reach transmission rates at up to 200Gbps.

Brashears also said Starlink's laser system was able to connect two satellites over 5,400 kilometers (3,355 miles) apart. The link was so long "it cut down through the atmosphere, all the way down to 30 kilometers above the surface of the Earth," he said, before the connection broke. "Another really fun fact is that we held a link all the way down to 122 kilometers while we were de-orbiting a satellite," he said. "And we were able to downstream the video." During his presentation, Brashears also showed a slide depicting how the laser system can deliver data to a Starlink dish in Antarctica through about seven different paths. "We can dynamically change those routes within milliseconds. So as long as we have some path to the ground [station], you're going to have 99.99% uptime. That's why it's important to get as many nodes up there as possible," he added.

AT&T, Google and Vodafone are investing a total of $206.5 million in AST SpaceMobile, a satellite manufacturer that plans to be the first space-based network to connect standard mobile phones at broadband speeds. Fierce Wireless reports: AST SpaceMobile claims it invented the space-based direct-to-device market, with a patented design facilitating broadband connectivity directly to standard, unmodified cellular devices. In a press release, AST SpaceMobile said the investment from the likes of AT&T, Google and Vodafone underscores confidence in the company's technology and leadership position in the emerging space-based cellular D2D market. There's the potential to offer connectivity to 5.5 billion cellular devices when they're out of coverage.

Bolstering the case for AST SpaceMobile, Vodafone and AT&T placed purchase orders -- for an undisclosed amount -- for network equipment to support their planned commercial services. In addition, Google and AST SpaceMobile agreed to collaborate on product development, testing and implementation plans for SpaceMobile network connectivity on Android and related devices. AST SpaceMobile boasts agreements and understandings with more than 40 mobile network operators globally. However, it's far from alone in the D2D space. Apple/Globalstar, T-Mobile/SpaceX, Bullitt and Lynk Global are among the others.

An anonymous reader shared this report from Time: An AI customer service chatbot for international delivery service DPD used profanity, told a joke, wrote poetry about how useless it was, and criticized the company as the "worst delivery firm in the world" after prompting by a frustrated customer.

Ashley Beauchamp, a London-based pianist and conductor, according to his website, posted screenshots of the chat conversation to X (formerly Twitter) on Thursday, the same day he said in a comment that the exchange occurred. At the time of publication, his post had gone viral with 1.3 million views, and over 20 thousand likes...

The recent online conversation epitomizing this debate started mid-frustration as Beauchamp wrote "this is completely useless!" and asked to speak to a human, according to a recording of a scroll through the messages. When the chatbot said it couldn't connect him, Beauchamp decided to play around with the bot and asked it to tell a joke. "What do you call a fish with no eyes? Fsh!" the bot responded. Beauchamp then asked the chatbot to write a poem about a useless chatbot, swear at him and criticize the company--all of which it did. The bot called DPD the "worst delivery firm in the world" and soliloquized in its poem that "There was once a chatbot called DPD, Who was useless at providing help."
"No closer to finding my parcel, but had an entertaining 10 minutes with this chatbot ," Beauchamp posted on X. (Beauchamp also quipped that "The future is here and it's terrible at poetry.")

A spokesperson for DPD told the BBC, "We have operated an AI element within the chat successfully for a number of years," but that on the day of the chat, "An error occurred after a system update... The AI element was immediately disabled and is currently being updated."

Dan Rockmore, the director of the Neukom Institute for Computational Sciences at Dartmouth College, writing for The New Yorker: Recently, statistical modelling has taken on a new kind of importance as the engine of artificial intelligence -- specifically in the form of the deep neural networks that power, among other things, large language models, such as OpenAI's G.P.T.s. These systems sift vast corpora of text to create a statistical model of written expression, realized as the likelihood of given words occurring in particular contexts. Rather than trying to encode a principled theory of how we produce writing, they are a vertiginous form of curve fitting; the largest models find the best ways to connect hundreds of thousands of simple mathematical neurons, using trillions of parameters.They create a vast data structure akin to a tangle of Christmas lights whose on-off patterns attempt to capture a chunk of historical word usage. The neurons derive from mathematical models of biological neurons originally formulated by Warren S. McCulloch and Walter Pitts, in a landmark 1943 paper, titled "A Logical Calculus of the Ideas Immanent in Nervous Activity." McCulloch and Pitts argued that brain activity could be reduced to a model of simple, interconnected processing units, receiving and sending zeros and ones among themselves based on relatively simple rules of activation and deactivation.

The McCulloch-Pitts model was intended as a foundational step in a larger project, spearheaded by McCulloch, to uncover a biological foundation of psychiatry. McCulloch and Pitts never imagined that their cartoon neurons could be trained, using data, so that their on-off states linked to certain properties in that data. But others saw this possibility, and early machine-learning researchers experimented with small networks of mathematical neurons, effectively creating mathematical models of the neural architecture of simple brains, not to do psychiatry but to categorize data. The results were a good deal less than astonishing. It wasn't until vast amounts of good data -- like text -- became readily available that computer scientists discovered how powerful their models could be when implemented on vast scales. The predictive and generative abilities of these models in many contexts is beyond remarkable. Unfortunately, it comes at the expense of understanding just how they do what they do. A new field, called interpretability (or X-A.I., for "explainable" A.I.), is effectively the neuroscience of artificial neural networks.

This is an instructive origin story for a field of research. The field begins with a focus on a basic and well-defined underlying mechanism -- the activity of a single neuron. Then, as the technology scales, it grows in opacity; as the scope of the field's success widens, so does the ambition of its claims. The contrast with climate modelling is telling. Climate models have expanded in scale and reach, but at each step the models must hew to a ground truth of historical, measurable fact. Even models of covid or elections need to be measured against external data. The success of deep learning is different. Trillions of parameters are fine-tuned on larger and larger corpora that uncover more and more correlations across a range of phenomena. The success of this data-driven approach isn't without danger. We run the risk of conflating success on well-defined tasks with an understanding of the underlying phenomenon -- thought -- that motivated the models in the first place.

Part of the problem is that, in many cases, we actually want to use models as replacements for thinking. That's the raison detre of modelling -- substitution. It's useful to recall the story of Icarus. If only he had just done his flying well below the sun. The fact that his wings worked near sea level didn't mean they were a good design for the upper atmosphere. If we don't understand how a model works, then we aren't in a good position to know its limitations until something goes wrong. By then it might be too late. Eugene Wigner, the physicist who noted the "unreasonable effectiveness of mathematics," restricted his awe and wonder to its ability to describe the inanimate world. Mathematics proceeds according to its own internal logic, and so it's striking that its conclusions apply to the physical universe; at the same time, how they play out varies more the further that we stray from physics. Math can help us shine a light on dark worlds, but we should look critically, always asking why the math is so effective, recognizing where it isn't, and pushing on the places in between.

With the pre-release of Prince of Persia: The Lost Crown started, Ubisoft has chosen this week to rebrand its Ubisoft+ subscription services, and introduce a PC version of the "Classics" tier at a lower price. And a big part of this, says the publisher's director of subscriptions, Philippe Tremblay, is getting players "comfortable" with not owning their games. Kotaku: It's hard to keep up with how often Ubisoft has rebranded its online portals for its games, with Uplay, Ubisoft Game Launcher, Ubisoft Connect, Uplay+, Uplay Passport, Ubisoft Club, and now Ubisoft+ Premium and Ubisoft+ Classics, all names used over the last decade or so. It's also seemed faintly bewildering why there's a demand for any of them, given Ubisoft released only five non-mobile games last year.

However, a demand there apparently is, says Tremblay in an interview with GI.biz. He claims the company's subscription service had its biggest ever month October 2023, and that the service has had "millions" of subscribers, and "over half a billion hours" played. [...] What's more chilling about all this, however, is when Tremblay moves on to how Ubisoft wishes to see a "consumer shift," similar to that of the market for CDs and DVDs, where people have moved over to Spotify and Netflix, instead of buying physical media to keep on their own shelves. Given that most people, while being a part of the problem (hello), also think of this as a problem, it's so weird to see it phrased as if some faulty thinking in the company's audience.

He said: "One of the things we saw is that gamers are used to, a little bit like DVD, having and owning their games. That's the consumer shift that needs to happen. They got comfortable not owning their CD collection or DVD collection. That's a transformation that's been a bit slower to happen [in games]. As gamers grow comfortable in that aspect... you don't lose your progress. If you resume your game at another time, your progress file is still there. That's not been deleted. You don't lose what you've built in the game or your engagement with the game. So it's about feeling comfortable with not owning your game."

Last week's story about a reporter switching to a flip phone was just part of a trend, argues a Chicago school principal who did the same thing.

"I do not feel punished. I feel free." Teachers said they could sense kids' phones distracting them from inside their pockets. We banned phones outright, equipping classrooms with lockboxes that the kids call "cellphone prisons." It's not perfect, but it's better. A teacher said, "It's like we have the children back...."

And what about adults? Ninety-five percent of young adults now keep their phones nearby every waking hour, according to a Gallup survey; 92% do when they sleep. We look at our phones an average of 352 times a day, according to one recent survey, almost four times more often than before COVID. We want children off their phones because we want them to be present, but children need our presence, too. When we are on our phones, we are somewhere else. As the title of one study notes, "The Mere Presence of One's Own Smartphone Reduces Available Cognitive Capacity...."

I made my screen gray. I deleted social media. I bought a lockbox and said I would keep my phone there. I didn't... Every year, I see kids get phones and disappear into them. I don't want that to happen to mine. I don't want that to have happened to me. So I quit. And now I have this flip phone.

What I don't have is Facetime or Instagram. I can't use Grubhub or Lyft or the Starbucks Mobile App. I don't even have a browser. I drove to a student's quinceañera, and I had to print out directions as if it were 2002... I can still make calls, though people are startled to get one. I can still text. And I can still see your pictures, though I can "heart" them only in my heart. The magic of smartphones is that they eliminate friction: touchscreens, auto-playing videos, endless scrolling. My phone isn't smooth.

That breaks the spell. Turning off my smartphone didn't fix all my problems. But I do notice my brain moving more deliberately, shifting less abruptly between moods. I am bored more, sure — the days feel longer — but I am deciding that's a good thing. And I am still connected to the people I love; they just can't text me TikToks...

I'm not doing this to change the culture. I'm doing this because I don't want my sons to remember me lost in my phone.

Security researchers warned Apple as early as 2019 about vulnerabilities in its AirDrop wireless sharing function that Chinese authorities claim they recently used to track down users of the feature, the researchers told CNN, in a case that experts say has sweeping implications for global privacy. From a report: The Chinese government's actions targeting a tool that Apple customers around the world use to share photos and documents -- and Apple's apparent inaction to address the flaws -- revive longstanding concerns by US lawmakers and privacy advocates about Apple's relationship with China and about authoritarian regimes' ability to twist US tech products to their own ends.

AirDrop lets Apple users who are near each other share files using a proprietary mix of Bluetooth and other wireless connectivity without having to connect to the internet. The sharing feature has been used by pro-democracy activists in Hong Kong and the Chinese government has cracked down on the feature in response. A Chinese tech firm, Beijing-based Wangshendongjian Technology, was able to compromise AirDrop to identify users on the Beijing subway accused of sharing "inappropriate information," judicial authorities in Beijing said this week. Although Chinese officials portrayed the exploit as an effective law enforcement technique, internet freedom advocates are urging Apple to address the issue quickly and publicly.

Just six days after being launched atop a Falcon 9 rocket, one of SpaceX's six Starlink satellites was used to send text messages for the first time. Space.com reports: That update didn't reveal what the first Starlink direct-to-cell text said. In a post on X on Wednesday, SpaceX founder and CEO Elon Musk said the message was "LFGMF2024," but the chances are fairly high that he was joking. [...] Beaming connectivity service from satellites directly to smartphones -- which SpaceX is doing via a partnership with T-Mobile -- is a difficult proposition, as SpaceX noted in Wednesday's update.

"For example, in terrestrial networks cell towers are stationary, but in a satellite network they move at tens of thousands of miles per hour relative to users on Earth," SpaceX wrote. "This requires seamless handoffs between satellites and accommodations for factors like Doppler shift and timing delays that challenge phone-to-space communications. Cell phones are also incredibly difficult to connect to satellites hundreds of kilometers away, given a mobile phone's low antenna gain and transmit power."

The direct-to-cell Starlink satellites overcome these challenges thanks to "innovative new custom silicon, phased-array antennas and advanced software algorithms," SpaceX added. Overcoming tough challenges can lead to great rewards, and that's the case here, according to SpaceX President Gwynne Shotwell. "Satellite connectivity direct to cell phones will have a tremendous impact around the world, helping people communicate wherever and whenever they want or need to," Shotwell said via X on Wednesday.

U.S. software giant Ivanti has confirmed that hackers are exploiting two critical-rated vulnerabilities affecting its widely-used corporate VPN appliance, but said that patches won't be available until the end of the month. From a report: Ivanti said the two vulnerabilities -- tracked as CVE-2023-46805 and CVE-2024-21887 -- were found in its Ivanti Connect Secure software. Formerly known as Pulse Connect Secure, this is a remote access VPN solution that enables remote and mobile users to access corporate resources over the internet. Ivanti said it is aware of "less than 10 customers" impacted so far by the "zero day" vulnerabilities, described as such given Ivanti had zero time to fix the flaws before they were maliciously exploited.

An anonymous reader quotes a report from The Register: Broadcom is tossing the majority of VMware's Cloud Services Providers as part of its shakeup of the virtualization titan's partner programs, say sources, leaving customers unclear who their IT supplier will be. The $61 billion purchase of VMware by Broadcom in November was swiftly followed by news of how it planned to reorganize the business into several Broadcom divisions. A month later we revealed that Broadcom intended to discontinue VMware's channel program, and that some solution providers/ resellers would be transitioned to its own scheme, but on an invitation-only basis, from February. However, while Broadcom informed one part of VMware's channel of this change, a second notice was also sent to Cloud Services Providers (CSPs), informing them that their program is going to be terminated at the end of April. This program allows service providers such as smaller cloud operators to sell a VMware-based cloud service.

In the letter, seen by The Register, Broadcom tells its cloud provider partners: "Effective April 30, 2024, the ability to transact as a VMware Cloud Services Provider, under the VMware Partner Connect Program, will come to an end. However, we want to emphasize that you may have the opportunity to join the Broadcom Expert Advantage Partner Program. This invite-only program has simpler requirements and offers expanded benefits, and we will begin inviting partners to join in early 2024." One service provider told us their company had been left in the dark since that letter was received, and Broadcom has given them no indication of whether they will be invited to join its partner program or not, or what their customers are supposed to do if the company loses the right to operate a VMware cloud service. "I don't know how many smaller providers are affected by this but it must be a very large number," the source told us. "The VCSP program was the only way for MSPs and service providers to offer a multi-tenant VMware-based cloud service."

Chatter among some in the industry is that Broadcom is only interested in keeping the largest and most profitable customers, and the company simply doesn't care about the smaller users and the providers that service them. Unconfirmed fears that are only ten percent of Vmware's biggest CSPs will be invited to the new master program. "This all sounds very much like Broadcom taking an aggressive approach to its route to market and focusing on those partners that can deliver growth and significant revenue," said Omdia chief analyst Roy Illsley. "I suspect the intention is to ensure that VMware consists of only profitable products and they are sold in a more cohesive way with the rest of Broadcom. So I expect to see some news on this continuing to come out for most of 2024 as the company puts this plan into action. I would not rule out disposals of some assets in a drive to streamline the portfolio to those that fit with Broadcom's strategy." "How can they just cancel a major program affecting hundreds, perhaps thousands of customers, with zero notice, and zero details?" said one service provider. "They sent the notices out the Friday before the holidays, with no follow-up, which makes the situation even more egregious. What are we supposed to tell our customers? It's mind-boggling."

At CES, LG on Monday unveiled the OLED T, or as the firm describes it, "the first wireless transparent OLED TV," with 4K resolution and LG's wireless transmission tech for audio and video. Engadget: The unit also features a contrast screen that rolls down into a box at its base that you can raise or lower with the press of a bottom. The OLED T is powered by LG's new Alpha 11 AI processor with four times the performance of the previous-gen chip. The extra power offers 70 percent greater graphics performance and 30 percent faster processing speeds, according to the company.

The OLED T model works with the company's Zero Connect Box that debuted on last year's M3 OLED that sends video and audio wirelessly to the TV. You connect all of your streaming devices and game consoles to that box rather than the television. The OLED T's base houses down-firing speakers, which sound surprisingly good, as well as some other components. There are backlights as well, but you can turn those on for a fully-transparent look. LG says the TV will come in standalone, against-the-wall and wall-mounted options. No word on when the TV will go on sale, or how much it would cost.

The Wi-Fi Alliance is now starting to certify devices that use the latest generation of wireless connectivity, and the goal is to make sure these devices work with each other seamlessly. Android Central: Basically, the certification allows router brands and device manufacturers to guarantee that their products will work with other Wi-Fi 7 devices. Qualcomm, for its part, is announcing that it has several designs that leverage Wi-Fi 7, and that it achieved the Wi-Fi Alliance certification -- dubbed Wi-Fi Certified 7 -- for the FastConnect 7800 module that's baked into the Snapdragon 8 Gen 3 and 8 Gen 2, and the Networking Pro portfolio.

Wi-Fi Certified 7 is designed to enable interoperability, and ensure that devices from various brands work without any issues. In addition to Qualcomm, the likes of MediaTek, Intel, Broadcom, CommScope, and MaxLinear are also picking up certifications for their latest networking products. I chatted with Andy Davidson, Sr. Director of Technology Planning at Qualcomm, ahead of the announcement to understand a little more about how Wi-Fi 7 is different. Wi-Fi 7 uses the 6GHz band -- similar to Wi-Fi 6E -- but introduces 320Mhz channels that have the potential to deliver significantly greater bandwidth. Wi-Fi 7 also uses a clever new feature called Multi-Link Operation (MLO) that lets devices connect to two bands at the same time, leading to better signal strength and bandwidth. Further reading: Wi-Fi 7 Signals the Industry's New Priority: Stability.

Tuesday's launch was different. "SpaceX launched its first batch of Starlink satellites designed to connect directly to unmodified smartphones..." reports SpaceNews, "after getting a temporary experimental license to start testing the capability in the United States." Six of the 21 Starlink satellites that launched on a Falcon 9 rocket at 10:44 p.m. Eastern from Vandenberg Space Force Base, California, carry a payload that the company said could provide connectivity for most 4G LTE devices when in range. SpaceX plans to start enabling texting from space this year in partnership with cellular operators, with voice and data connectivity coming in 2025, although the company still needs regulatory permission to provide the services commercially. Initial direct-to-smartphone tests would use cellular spectrum from SpaceX's U.S. mobile partner T-Mobile. SpaceX has also partnered with mobile operators in Australia, Canada, Chile, Japan, New Zealand, and Switzerland....

Meanwhile, early-stage ventures AST SpaceMobile and Lynk Global are closing in on fundraising deals to expand their dedicated direct-to-device constellations. AST SpaceMobile said January 2 it is seeking to secure funds this month from "multiple parties" ahead of launching its first five commercial satellites early this year on a Falcon 9. Lynk Global, which is currently providing intermittent texting and other low-bandwidth services to phones outside cellular networks in parts of the Solomon Islands, Cook Islands, and Palau, plans to raise funds by merging with a shell company run by former professional baseball player Alex Rodriguez.

Tesla and Samsung are joining forces to allow users of Samsung's SmartThings platform to connect to Tesla products so they can keep track of energy production and usage. The Verge reports: When connected to the Powerwall, SmartThings Energy can sync with the "Storm Watch" feature so that you're notified of heavy weather on a Samsung phone or TV, for example. In addition to the Powerwall, SmartThings Energy will be able to connect to other Tesla products, including its electric vehicles, Solar Inverter, and Wall Connector charging solutions. The collaboration is possible thanks to Tesla's API, which Samsung claims SmartThings Energy is the first to take advantage of.

An anonymous reader shares a report: Both of Microsoft's current Xbox consoles now have kitchen appliance counterparts. The Xbox Series S toaster recently debuted, following up the Xbox Series X refrigerator. It's available for purchase from Walmart for $39.99. In place of its ability to connect to a TV and play games, it can toast bread or bagels, imprinting the Xbox logo onto its side with its internal heat coils. The Series S toaster has a slot long enough to fit two slices of bread side by side, which I suppose can be considered multiplayer support if the bread is for two people. As with most toasters, this one has different toast browning levels, a removeable crumb tray, a bread ejection function, and automatic shutoff.

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.

Microsoft is working on significant updates to its Surface Pro and Surface Laptop lines. According to Windows Central, new devices "will be announced in the spring and will be marketed as Microsoft's first true next-gen AI PCs." From the report: For the first time, both Surface Pro and Surface Laptop will be available in Intel and Arm flavors, and both will have next-gen NPU (neural processing unit) silicon. Sources are particularly excited about the Arm variants, which I understand will be powered by a custom version of Qualcomm's new Snapdragon X Series chips. Internally, Microsoft is calling next-generation Arm devices powered by Qualcomm's new chips "CADMUS" PCs. These PCs are purpose-built for the next version of Windows, codenamed Hudson Valley, and will utilize many of the upcoming next-gen AI experiences Microsoft is building into the 2024 release of Windows. Specifically, Microsoft touts CADMUS PCs as being genuinely competitive with Apple Silicon, sporting similar battery life, performance, and security. The next Surface Pro and Surface Laptop are expected to be some of the first CADMUS PCs to ship next year in preparation for the Hudson Valley release coming later in 2024.

So, what's changing with the Surface Laptop 6? I'm told this new Surface Laptop will finally have an updated design with thinner bezels, rounded display corners, and more ports. This will be the first time that Microsoft's Surface Laptop line is getting a design refresh, which is well overdue. The Surface Laptop 6 will again be available in two sizes. However, I'm told the smaller model will have a slightly larger 13.8-inch display, up from 13.5 inches on the Surface Laptop 5. Sources say the larger model remains at 15-inches. I'm told Surface Laptop 6 will also have an expanded selection of ports, including two USB-C ports and one USB-A port, along with the magnetic Surface Connect charging port. Microsoft is also adding a haptic touchpad (likely with Sensel technology) and a dedicated Copilot button on the keyboard deck for quick access to Windows Copilot.

The next Surface Pro is also shaping into a big update, although not as drastic as the Surface Laptop 6. According to my sources, the most significant changes coming to Surface Pro 10 are mostly related to its display, which sources say is now brighter with support for HDR content, has a new anti-reflective coating to reduce glare, and now also sports rounded display corners. I've also heard that Microsoft is testing a version of Surface Pro 10 with a slightly lower-resolution 2160 x 1440 display, down from the 2880 x 1920 screen found on previous Surface Pro models. Sources say this lower-resolution panel is only being considered for lower-tier models, meaning the more expensive models will continue to ship with the higher-resolution display. Lastly, I also hear Microsoft is equipping the next Surface Pro with an NFC reader for commercial customers and a wider FoV webcam, which will be enhanced with Windows Studio Effects. It should also be available in new colors. I've also heard we may get an updated Type Cover accessory with a dedicated Copilot button for quick access to Windows Copilot.

Scientists discovered a way to break apart the membranes of cancer cells by stimulating aminocyanine molecules with near-infrared light. Slashdot reader Baron_Yam shares a report from ScienceAlert: The research team from Rice University, Texas A&M University, and the University of Texas, says the new approach is a marked improvement over another kind of cancer-killing molecular machine previously developed, called Feringa-type motors, which could also break the structures of problematic cells. "It is a whole new generation of molecular machines that we call molecular jackhammers," says chemist James Tour from Rice University. "They are more than one million times faster in their mechanical motion than the former Feringa-type motors, and they can be activated with near-infrared light rather than visible light."

In tests on cultured, lab-grown cancer cells, the molecular jackhammer method scored a 99 percent hit rate at destroying the cells. The approach was also tested on mice with melanoma tumors, and half the animals became cancer-free. The structure and chemical properties of aminocyanine molecules mean they stay in sync with the right stimulus -- such as near-infrared light. When in motion, the electrons inside the molecules form what's known as plasmons, collectively vibrating entities that drive movement across the whole of the molecule. The plasmons have an arm on one side, helping to connect the molecules to the cancer cell membranes while the movements of the vibrations bash them apart. It's still early days for the research, but these initial findings are very promising. The research has been published in Nature Chemistry.

An anonymous reader quotes a report from ZDNet: Long before Facebook existed, or even before the Internet, there was Usenet. Usenet was the first social network. Now, with Google Groups abandoning Usenet, this oldest of all social networks is doomed to disappear. Some might say it's well past time. As Google declared, "Over the last several years, legitimate activity in text-based Usenet groups has declined significantly because users have moved to more modern technologies and formats such as social media and web-based forums. Much of the content being disseminated via Usenet today is binary (non-text) file sharing, which Google Groups does not support, as well as spam." True, these days, Usenet's content is almost entirely spam, but in its day, Usenet was everything that Twitter and Reddit would become and more.

In 1979, Duke University computer science graduate students Tom Truscott and Jim Ellis conceived of a network of shared messages under various topics. These messages, also known as articles or posts, were submitted to topic categories, which became known as newsgroups. Within those groups, messages were bound together in threads and sub-threads. [...] In 1980, Truscott and Ellis, using the Unix to Unix Copy Protocol (UUCP), hooked up with the University of North Carolina to form the first Usenet nodes. From there, it would rapidly spread over the pre-Internet ARPANet and other early networks. These messages would be stored and retrieved from news servers. These would "peer" to each other so that messages to a newsgroup would be shared from server to server and to user to user so that within hours, your messages would reach the entire networked world. Usenet would evolve its own network protocol, Network News Transfer Protocol (NNTP), to speed the transfer of these messages. Today, the social network Mastodon uses a similar approach with the ActivityPub protocol, while other social networks, such as Threads, are exploring using ActivityPub to connect with Mastodon and the other social networks that support ActivityPub. As the saying goes, everything old is new again.

[...] Usenet was never an organized social network. Each server owner could -- and did -- set its own rules. Mind you, there was some organization to begin with. The first 'mainstream' Usenet groups, comp, misc, news, rec, soc, and sci hierarchies, were widely accepted and disseminated until 1987. Then, faced with a flood of new groups, a new naming plan emerged in what was called the Great Renaming. This led to a lot of disputes and the creation of the talk hierarchy. This and the first six became known as the Big Seven. Then the alt groups emerged as a free speech protest. Afterward, fewer Usenet sites made it possible to access all the newsgroups. Instead, maintainers and users would have to decide which one they'd support. Over the years, Usenet began to decline as discussions were replaced both by spam and flame wars. Group discussions were also overwhelmed by flame wars. "If, going forward, you want to keep an eye on Usenet -- things could change, miracles can happen -- you'll need to get an account from a Usenet provider," writes ZDNet's Steven Vaughan-Nichols. "I favor Eternal September, which offers free access to the discussion Usenet groups; NewsHosting, $9.99 a month with access to all the Usenet groups; EasyNews, $9.98 a month with fast downloads, and a good search engine; and Eweka, 9.50 Euros a month and EU only servers."

"You'll also need a Usenet client. One popular free one is Mozilla's Thunderbird E-Mail client, which doubles as a Usenet client. EasyNews also offers a client as part of its service. If you're all about downloading files, check out SABnzbd."