An anonymous reader shared this report from The Register: Chinese spies exploited a couple of critical-severity bugs in F5 and ConnectWise equipment earlier this year to sell access to compromised U.S. defense organizations, UK government agencies, and hundreds of other entities, according to Mandiant.

The Google-owned threat hunters said they assess, "with moderate confidence," that a crew they track as UNC5174 was behind the exploitation of CVE-2023-46747, a 9.8-out-of-10-CVSS-rated remote code execution bug in the F5 BIG-IP Traffic Management User Interface, and CVE-2024-1709, a path traversal flaw in ConnectWise ScreenConnect that scored a perfect 10 out of 10 CVSS severity rating.

UNC5174 uses the online persona Uteus, and has bragged about its links to China's Ministry of State Security (MSS) — boasts that may well be true. The gang focuses on gaining initial access into victim organizations and then reselling access to valuable targets... Just last month, Mandiant noticed the same combination of tools, believed to be unique to this particular Chinese gang, being used to exploit the ConnectWise flaw and compromise "hundreds" or entities, mostly in the U.S. and Canada. Also between October 2023 and February 2024, UNC5174 exploited CVE-2023-22518 in Atlassian Confluence, CVE-2022-0185 in Linux kernels, and CVE-2022-3052, a Zyxel Firewall OS command injection vulnerability, according to Mandiant.

These campaigns included "extensive reconnaissance, web application fuzzing, and aggressive scanning for vulnerabilities on internet-facing systems belonging to prominent universities in the U.S., Oceania, and Hong Kong regions," the threat intel team noted.
More details from The Record. "One of the strangest things the researchers found was that UNC5174 would create backdoors into compromised systems and then patch the vulnerability they used to break in. Mandiant said it believes this was an 'attempt to limit subsequent exploitation of the system by additional unrelated threat actors attempting to access the appliance.'"

Indian Express calls it "the ultimate smartphone killer". (Coming soon, its laser-on-your-palm feature will display stock prices, sports scores, and flight statuses.)

Humane's Ai Pin can even translate what you say, repeating it out loud in another language (with 50 different languages supported). And it can read you summaries of what's on your favorite web sites, so "You can just surf the web with your voice," according to a new video released this week.

The video also shows it answering specific questions like "What's that song by 21 Savage with the violin intro?" (And later, while the song is playing, answering more questions like "This was sampled from another song. What song was that?") But then co-founder Imran Chaudhri — an iPhone designer and one of several former Apple employees at Humane — demonstrated a "Vision" feature that's coming soon. Holding a Sony Walkman he asks the Pin to "Look at this and tell me when it first came out" — and the Pin obliges. ("The Sony Walkman WM-F73 was released in 1986...") In another demo it correctly supplied the designer of an Air Jordan basketball shoe.

They're also working on integrating this into a Nutrition Tracking application. (A demonstrator held a doughnut and asked the Pin to identify how much sugar was in it.) If you tell the Pin that you've eaten the doughnut, it can then calculate your intake of carbs, protein, and fats.

And in the video the Pin responded within seconds to the command "Make a spreadsheet about top consumer tech reviewers on YouTube [with] real names, subscriber counts, and URLs." It performed the research and created the spreadsheet, which appears on the demonstrator's laptop, apparently logged in to Humane's cloud-based user platform.

In the video Humane's co-founder stresses that its Ai Pin does all this without downloading applications, "which allows me to stay present in the moment and flow." But while it can also make phone calls and sends text messages, Imran Chaudhri adds that "Ai Pin is a completely new form factor for compute. It's never been about replacing. It's always been about creating new ways to interact with what you need. So instead of having to sit down to use a computer, or reaching in to your pocket and pulling out your phone and navigating apps, Ai Pin allows you to simply act on something the moment you think about it — letting AI do all the work for you."

Or, as they say later "This is about technology adapting and reacting to you. Not you having to adapt to it."

There's also talk about their "AI OS" — named Cosmos — with the Pin described as "our first entry point" into that operating system, with other devices planned to support it in the future. (Mashable's reporter notes that Humane's Ai Pin is backed by OpenAI CEO Sam Altman, and writes "I was impressed with how well it worked.") The video even ends with an update for SDK developers. In the second half of 2024, "you're going to be able to connect your services to the Ai Pin using REST APIs and OAuth." Phase two will let developers run their code directly on Humane's cloud platform — while Phase three will see developers codes on Ai Pin devices, "to get access to the mic, the camera, the sensors, and the laser. We are so excited to see what you're gonna build."

Humane says its Ai Pin will start shipping at the end of March, with priority orders arriving starting on April 11th.

prisoninmate shares a report from 9to5Linux: Dubbed "Kathmandu" after the host city of the GNOME.Asia 2023 conference in Kathmandu, Nepal, the GNOME 46 desktop environment is here to introduce major new features like headless remote desktop support that lets you connect to your GNOME system remotely without there being an existing session. While experimental, Variable Refresh Rate (VRR) support is another major new feature in GNOME 46, which will allow you to change the variable refresh rate of your monitor from the GNOME Settings app in the Displays section. Talking about GNOME Settings, the GNOME 46 release brings a new System panel that incorporates the Region, Language, Date, Time, Users, Remote Desktop, and About panels, as well as new Secure Shell settings. Check out the release notes and the official release video here.

GNOME 46 will be available shortly in many distributions, such as Fedora 40 and Ubuntu 24.04. You can try it today by looking for a beta release here.

The macOS Sonoma 14.4 update introduces a bug affecting iCloud Drive's versioning system, where users with "Optimize Mac Storage" enabled can lose all previous versions of a file removed from local storage. MacRumors reports: Versions are normally created automatically when users save files using apps that work with the version system in macOS. According to The Eclectic Light Company's Howard Oakley, users running macOS 14.4 that have "Optimize Mac Storage" enabled should be aware that they are at risk of losing all previously saved versions of a file if they opt to remove it from iCloud Drive local storage: "In previous versions of macOS, when a file is evicted from local storage in iCloud Drive [using the Remove Download option in the right-click contextual menu], all its saved versions have been preserved. Download that file again from iCloud Drive, and versions saved on that Mac (but not other Macs or devices) have remained fully accessible. Do that in 14.4, and all previous versions are now removed, and lost forever."

Oakley said his own tests confirmed that this behavior does not happen in macOS Sonoma 14.3 or macOS Ventura, so it is exclusive to macOS 14.4. For users who have already updated, he suggests either not saving files to iCloud Drive at all, or turning off Optimize Mac Storage. To perform the latter in System Settings, click your Apple ID, select iCloud, and then toggle off the switch next to "Optimize Mac Storage." You may need to perform this action twice -- reports suggest it can turn back on by itself. For a more exhaustive account of the problem, see Oakley's subsequent post.

An anonymous reader shares a report: On Sunday, the world of video games was shaken by a hacking and cheating scandal. During a competitive esports tournament of Apex Legends, a free-to-play shooter video game played by hundreds of thousands of players daily, hackers appeared to insert cheats into the games of two well-known streamers -- effectively hacking the players midgame. "Wait, what the fuck? I'm getting hacked, I'm getting hacked bro, I'm getting hacked," said one of the players allegedly compromised during a livestream of the gameplay. The incidents forced the organizers of the Apex Legends Global Series tournament, which has a $5 million total prize pool, to postpone the event indefinitely "due to the competitive integrity of this series being compromised."

As the midgame hacks were underway, the game's chatbot displayed messages on-screen that appeared to come from the hackers: "Apex hacking global series, by Destroyer2009 &R4andom," the messages read. In an interview with TechCrunch, the hacker Destroyer2009 took credit for the hacks, saying that he did it "just for fun," and with the goal of forcing the Apex Legends' developers to fix the vulnerability he exploited. The hacks sent the Apex Legends community into a frenzy, with countless streamers reacting to the incidents, and some players suggesting Apex Legends is not safe to play, because every player could be at risk of getting hacked not only in-game, but potentially having their computers hacked, too. Destroyer2009 declined to provide details of how he allegedly pulled off hacking the two players midgame, or what specific vulnerabilities he exploited.

"I really don't want to go into the details until everything is fully patched and everything goes back to normal," the hacker said. The only thing Destroyer2009 said regarding the technique he used was that the vulnerability "has nothing to do with the server and I've never touched anything outside of the Apex process," and that he did not hack the two players' computers directly. The hacks "never went outside of the game," he said.

An anonymous reader shares a report: The Apex Legends Global Series is currently in regional finals mode, but the North America finals have been delayed after two players were hacked mid-match. First, Noyan "Genburten" Ozkose of DarkZero suddenly found himself able to see other players through walls, then Phillip "ImperialHal" Dosen of TSM was given an aimbot. Genburten's hack happened part of the way through the day's third match. A Twitch clip of the moment shows the words "Apex hacking global series by Destroyer2009 & R4ndom" repeating over chat as he realizes he's been given a cheat and takes his hands off the controls. "I can see everyone!" he says, before leaving the match.

ImperialHal was hacked in the game immediately after that. "I have aimbot right now!" he shouts in a clip of the moment, before declaring "I can't shoot." Though he continued attempting to play out the round, the match was later abandoned. The volunteers at the Anti-Cheat Police Department have since issued a PSA announcing, "There is currently an RCE exploit being abused in [Apex Legends]" and that it could be delivered via from the game itself, or its anti-cheat protection. "I would advise against playing any games protected by EAC or any EA titles", they went on to say.

As for players of the tournament, they strongly recommended taking protective measures. "It is advisable that you change your Discord passwords and ensure that your emails are secure. also enable MFA for all your accounts if you have not done it yet", they said, "perform a clean OS reinstall as soon as possible. Do not take any chances with your personal information, your PC may have been exposed to a rootkit or other malicious software that could cause further damage." The rest of the series has now been postponed, "Due to the competitive integrity of this series being compromised," as the official Twitter account announced. They finished by saying, "We will share more information soon."

Databricks CTO Matei Zaharia "said that Databricks had to keep track of scheduling a million things," remembers adjunct MIT professor Michael Stonebraker. " He said that this can't be done with traditional operating system scheduling, and so this was done out of a Postgres database. And then he started to whine that Postgres was too slow, and I told him we can do better than that...."

This resulted in DBOS — short for "database operating system" — which they teamed up to build with teams Stanford and MIT, according to The Next Platform: They founded a company to commercialize the idea in April 2023 and secured $8.5 million initial seed funding to start building the real DBOS. Engine Ventures and Construct Capital led the funding, along with Sinewave and GutBrain Ventures...

"The state that the operating system has to keep track of — memory, files, messages, and so on — is approximately linear to the resources you have got," says Stonebraker. "So without me saying another word, keeping track of operating system state is a database problem not addressed by current operating system schedulers. Moreover, OLTP [Online Transaction Processing] database performance has gone up dramatically, and that is why we thought instead of running the database system in user space on top of the operating system, why don't we invert our thinking 180 degrees and run the operating system on top of the database, with all of the operating services are coded in SQL...?"

For now, DBOS can give the same kind of performance as that full blown Linux operating system, and thanks to the distributed database underpinnings of its kernel, it can do things that a Linux kernel just cannot do... One is provide reliable execution, which means that if a program running atop DBOS is ever interrupted, it starts where it left off and does not have to redo its work from some arbitrary earlier point and does not crash and have to start from the beginning. And because every little bit of the state of the operating system — and therefore the applications that run atop it — is preserved, you can go backwards in time in the system and restart the operating system if it experiences some sort of anomaly, such as a bad piece of application software running or a hack attack. You can use this "time travel" feature, as Stonebraker calls it, to reproduce what are called heisenbugs — ones that are very hard to reproduce precisely because there is no shared state in the distributed Linux and Kubernetes environment and that are increasingly prevalent in a world of microservices.

The other benefit of the DBOS is that it presents a smaller attack surface for hackers, which boosts security, and that you analyze the metrics of the operating system in place since they are already in a NoSQL database that can be queried rather than aggregating a bunch of log files from up and down the software stack to try to figure out what is going on...

There is also a custom tier for DBOS, which we presume costs money, that can use other databases and datastores for user application data, stores more than three days of log data, can have multiple users per account, that adds email and Slack support with DBOS techies, and that is available on other clouds as well as AWS.
The operating system kernel/scheduler "is itself largely a database," with services written in TypeScript, according to the article. The first iteration used the FoundationDB distributed key-value store for its scheduling core (open sourced by Apple in 2018), according to the article — "a blazingly fast NoSQL database... Stonebraker says there is no reason to believe that DBOS can't scale across 1 million cores or more and support Java, Python, and other application languages as they are needed by customers..."

And the article speculates they could take things even further. "There is no reason why DBOS cannot complete the circle and not only have a database as an operating system kernel, but also have a relational database as the file system for applications."

Last month, the only known surviving copy of 32-bit OS/2 from Microsoft was purchased for $650. "Now, two of the internet's experts in getting early PC operating systems running today have managed to fire it up, and you can see the results," reports The Register. From the report: Why such interest in this nearly third-of-a-century old, unreleased OS? Because this is the way the PC industry very nearly went. This SDK came out in June 1990, just one month after Windows 3.0. If 32-bit OS/2 had launched as planned, Windows 3 would have been the last version before it was absorbed into OS/2 and disappeared. There would never have been any 32-bit versions: no Windows NT, no Windows 95; no Explorer, no Start menu or taskbars. That, in turn, might well have killed off Apple as well. No iPod, no iPhone, no fondleslabs. Twenty-first century computers would be unimaginably different. The surprise here is that we can see a glimpse of this world that never happened. The discovery of this pre-release OS shows how very nearly ready it was in 1990. IBM didn't release its solo version until April 1992, the same month as Windows 3.1 -- but now, we can see it was nearly ready two years earlier.

That's why Michal Necasek of the OS/2 Museum called his look The Future That Never Was. He uncovered a couple of significant bugs, but more impressively, he found workarounds for both, and got both features working fine. OS/2 2 could run multiple DOS VMs at once, but in the preview, they wouldn't open -- due to use of an undocumented instruction which Intel did implement in the Pentium MMX and later processors. Secondly, the bundled network client wouldn't install -- but removing a single file got that working fine. That alone is a significant difference between Microsoft's OS/2 2.0 and IBM's version: Big Blue didn't include networking until Warp Connect 3 in 1995.

His verdict: "The 6.78 build of OS/2 2.0 feels surprisingly stable and complete. The cover letter that came with the SDK stressed that Microsoft developers had been using the OS/2 pre-release for day-to-day work." Over at Virtually Fun, Neozeed also took an actual look at Microsoft OS/2 2.0, carefully recreating that screenshot from PC Magazine in May 1990. He even managed to get some Windows 2 programs running, although this preview release did not yet have a Windows subsystem. On his Internet Archive page, he has disk images and downloadable virtual machines so that you can run this yourself under VMware or 86Box.

Bill Toulas reports via BleepingComputer: Google awarded $10 million to 632 researchers from 68 countries in 2023 for finding and responsibly reporting security flaws in the company's products and services. Though this is lower than the $12 million Google's Vulnerability Reward Program paid to researchers in 2022, the amount is still significant, showcasing a high level of community participation in Google's security efforts.

The highest reward for a vulnerability report in 2023 was $113,337, while the total tally since the program's launch in 2010 has reached $59 million. For Android, the world's most popular and widely used mobile operating system, the program awarded over $3.4 million. Google also increased the maximum reward amount for critical vulnerabilities concerning Android to $15,000, driving increased community reports. During security conferences like ESCAL8 and hardwea.io, Google awarded $70,000 for 20 critical discoveries in Wear OS and Android Automotive OS and another $116,000 for 50 reports concerning issues in Nest, Fitbit, and Wearables. Google's other big software project, the Chrome browser, was the subject of 359 security bug reports that paid out a total of $2.1 million.

In 1995 Scottish video game designer Chris Sawyer created the business simulator game Transport Tycoon Deluxe — and within four years, Wikipedia notes, work began on the first version of an open source version that's still being actively developed. "According to a study of the 61,154 open-source projects on SourceForge in the period between 1999 and 2005, OpenTTD ranked as the 8th most active open-source project to receive patches and contributions. In 2004, development moved to their own server."

Long-time Slashdot reader orudge says he's been involved for almost 25 years. "Exactly 21 years ago, I received an ICQ message (look it up, kids) out of the blue from a guy named Ludvig Strigeus (nicknamed Ludde)." "Hello, you probably don't know me, but I've been working on a project to clone Transport Tycoon Deluxe for a while," he said, more or less... Ludde made more progress with the project [written in C] over the coming year, and it looks like we even attempted some multiplayer games (not too reliable, especially over my dial-up connection at the time). Eventually, when he was happy with what he had created, he agreed to allow me to release the game as open source. Coincidentally, this happened exactly a year after I'd first spoken to him, on the 6th March 2004...

Things really got going after this, and a community started to form with enthusiastic developers fixing bugs, adding in new features, and smoothing off the rough edges. Ludde was, I think, a bit taken aback by how popular it proved, and even rejoined the development effort for a while. A read through the old changelogs reveals just how many features were added over a very short period of time. Quick wins like higher vehicle limits came in very quickly, and support for TTDPatch's NewGRF format started to be functional just four months later. Large maps, improved multiplayer, better pathfinders, improved TTDPatch compatibility, and of course, ports to a great many different operating systems, such as Mac OS X, BeOS, MorphOS and OS/2. It was a very exciting time to be a TTD fan!

Within six years, ambitious projects to create free replacements for the original TTD graphics, sounds and music sets were complete, and OpenTTD finally had its 1.0 release. And while we may not have the same frantic addition of new features we had in 2004, there have still been massive improvements to the code, with plenty of exciting new features over the years, with major releases every year since 2008. he move to GitHub in 2018 and the release of OpenTTD on Steam in 2021 have also re-energised development efforts, with thousands of people now enjoying playing the game regularly. And development shows no signs of slowing down, with the upcoming OpenTTD 14.0 release including over 40 new features!
"Personally, I would like to say thank you to everyone who has supported OpenTTD development over the past two decades..." they write, adding "Finally, of course, I'd like to thank you, the players! None of us would be here if people weren't still playing the game.

"Seeing how the first twenty years have gone, I can't wait to see what the next twenty years have in store. :)"

An anonymous reader quotes a report from MacRumors: Apple today released visionOS 1.1, marking the first major update to the visionOS operating system that was launched alongside the Vision Pro in February. visionOS updates can be installed by going to the Settings app on the Vision Pro, selecting the General section, and choosing Software Update. The Vision Pro headset will need to be removed to install new software, with a progress bar available on the front EyeSight display.

Apple is making several improvements to the Vision Pro with the visionOS update. Mobile Device Management is available for businesses, and Persona and EyeSight look better than before. The virtual keyboard has been updated to address bugs and make cursor positioning more accurate, and there are also bug fixes for the Mac Virtual Display. Here's a summary of visionOS 1.1 from the release notes: "This update introduces MDM features that enable deployment, device configuration, and management for enterprises. This release also includes Persona improvements, the ability to delete system apps from the Home View, as well as other features, bug fixes, and security updates for your Apple Vision Pro."

An anonymous reader quotes a report from Ars Technica: VMware is urging customers to patch critical vulnerabilities that make it possible for hackers to break out of sandbox and hypervisor protections in all versions, including out-of-support ones, of VMware ESXi, Workstation, Fusion, and Cloud Foundation products. A constellation of four vulnerabilities -- two carrying severity ratings of 9.3 out of a possible 10 -- are serious because they undermine the fundamental purpose of the VMware products, which is to run sensitive operations inside a virtual machine that's segmented from the host machine. VMware officials said that the prospect of a hypervisor escape warranted an immediate response under the company's IT Infrastructure Library, a process usually abbreviated as ITIL.

"In ITIL terms, this situation qualifies as an emergency change, necessitating prompt action from your organization," the officials wrote in a post. "However, the appropriate security response varies depending on specific circumstances." Among the specific circumstances, one concerns which vulnerable product a customer is using, and another is whether and how it may be positioned behind a firewall. A VMware advisory included the following matrix showing how the vulnerabilities -- tracked as CVE-2024-22252, CVE-2024-22253, CVE-2024-22254, CVE-2024-22255 -- affect each of the vulnerable products [...]. Three of the vulnerabilities affect the USB controller the products use to support peripheral devices such as keyboards and mice.

Broadcom, the VMware parent company, is urging customers to patch vulnerable products. As a workaround, users can remove USB controllers from vulnerable virtual machines, but Broadcom stressed that this measure could degrade virtual console functionality and should be viewed as only a temporary solution. In an article explaining how to remove a USB controller, officials wrote: "The workaround is to remove all USB controllers from the Virtual Machine. As a result, USB passthrough functionality will be unavailable. In addition, virtual/emulated USB devices, such as VMware virtual USB stick or dongle, will not be available for use by the virtual machine. In contrast, the default keyboard/mouse as input devices are not affected as they are, by default, not connected through USB protocol but have a driver that does software device emulation in the guest OS.

IMPORTANT:
Certain guest operating systems, including Mac OS, do not support using a PS/2 mouse and keyboard. These guest operating systems will be left without a mouse and keyboard without a USB controller."

According to the latest data from StatCounter, Linux's market share has reached 4.03% -- surging by an additional 1% in the last eight months. What's the reason behind this recent growth? "That's a good question," writes ZDNet's Steven Vaughan-Nichols. "While Windows is the king of the hill with 72.13% and MacOS comes in a distant second at 15.46%, it's clear that Linux is making progress." An anonymous Slashdot reader shares the five reasons why Vaughan-Nichols thinks it's growing: 1. Microsoft isn't that interested in Windows
If you think Microsoft is all about the desktop and Windows, think again. Microsoft's profits these days come from its Azure cloud and Software-as-a-Service (SaaS), Microsoft 365 in particular. Microsoft doesn't want you to buy Windows; the Redmond powerhouse wants you to subscribe to Windows 365 Cloud PC. And, by the way, you can run Windows 365 Cloud PC on Macs, Chromebooks, Android tablets, iPads, and, oh yes, Linux desktops.

2. Linux gaming, thanks to Steam, is also growing
Gaming has never been a strong suit for Linux, but Linux gamers are also a slowly growing group. I suspect that's because Steam, the most popular Linux gaming platform, also has the lion's share of the gaming distribution market

3. Users are finally figuring out that some Linux distros are easy to use
Even now, you'll find people who insist that Linux is hard to master. True, if you want to be a Linux power user, Linux will challenge you. But, if all you want to do is work and play, many Linux distributions are suitable for beginners. For example, Linux Mint is simple to use, and it's a great end-user operating system for everyone and anyone.

4. Finding and installing Linux desktop software is easier than ever
While some Linux purists dislike containerized application installation programs such as Flatpak, Snap, and AppImage, developers love them. Why? They make it simple to write applications for Linux that don't need to be tuned just right for all the numerous Linux distributions. For users, that means they get more programs to choose from, and they don't need to worry about finicky installation details.

5. The Linux desktop is growing in popularity in India
India is now the world's fifth-largest economy, and it's still growing. Do you know what else is growing in India? Desktop Linux. In India, Windows is still the number one operating system with 70.37%, but number two is Linux, with 15.23%. MacOS is way back in fourth place with 3.11%. I suspect this is the case because India's economy is largely based on technology. Where you find serious programmers, you find Linux users.

Richard Speed reports via The Register: Copilot in Windows is set to get even more assertive after Microsoft added a function that makes the AI assistant's window pop up after a user's cursor hovers over the icon in the task bar. [...] Windows Insiders on the Beta Channel â" with the option to get the latest updates turned on â" will soon find themselves on the receiving end of what Microsoft calls "a new hover experience for Copilot in Windows" from build 22635.3276.

If your mouse cursor happens to drift over to the Copilot icon on the taskbar, the Copilot pane will open to make users aware of the delights on offer. The result, we suspect, will be to educate users in the art of switching off the function. Much like Widgets, which will also make its unwanted presence felt should a user move a mouse over its icon. A swift hop into taskbar settings is all it takes to make the icons disappear, for now at least. The new feature is being piloted but considering the proximity of the Beta Channel to Release Preview, there is every chance the pop-up will, er, pop up in a release version of Windows before long.

Hackers backed by the North Korean government gained a major win when Microsoft left a Windows zero-day unpatched for six months after learning it was under active exploitation. From a report: Even after Microsoft patched the vulnerability last month, the company made no mention that the North Korean threat group Lazarus had been using the vulnerability since at least August to install a stealthy rootkit on vulnerable computers. The vulnerability provided an easy and stealthy means for malware that had already gained administrative system rights to interact with the Windows kernel. Lazarus used the vulnerability for just that. Even so, Microsoft has long said that such admin-to-kernel elevations don't represent the crossing of a security boundary, a possible explanation for the time Microsoft took to fix the vulnerability.

"When it comes to Windows security, there is a thin line between admin and kernel," Jan Vojtesek, a researcher with security firm Avast, explained last week. "Microsoft's security servicing criteria have long asserted that '[a]dministrator-to-kernel is not a security boundary,' meaning that Microsoft reserves the right to patch admin-to-kernel vulnerabilities at its own discretion. As a result, the Windows security model does not guarantee that it will prevent an admin-level attacker from directly accessing the kernel." The Microsoft policy proved to be a boon to Lazarus in installing "FudModule," a custom rootkit that Avast said was exceptionally stealthy and advanced. Rootkits are pieces of malware that have the ability to hide their files, processes, and other inner workings from the operating system itself and at the same time control the deepest levels of the operating system. To work, they must first gain administrative privileges -- a major accomplishment for any malware infecting a modern OS. Then, they must clear yet another hurdle: directly interacting with the kernel, the innermost recess of an OS reserved for the most sensitive functions.

"Linux gained from 3% to 4% in 8 months," writes longtime Slashdot reader bobdevine. Linuxiac reports: According to the latest data from StatCounter, a leading web traffic analysis tool, Linux's market share has reached 4.03%. At first glance, the number might seem modest, but it represents a significant leap. Let's break it down. It took Linux 30 years to secure a 3% share of desktop operating systems, a milestone reached last June. Impressively, the open-source operating system has surged by an additional 1% in the last eight months.

"Today, the KDE Community is announcing a new major release of Plasma 6.0 and Gear 24.02," writes longtime Slashdot reader jrepin. "The new version brings new windows and desktop overview effects, improved color management, a cleaner theme, better overall performance, and much more." From the announcement: KDE Plasma is a modern, feature-rich desktop environment for Linux-based operating systems. Known for its sleek design, customizable interface, and extensive set of applications, it is also open source, devoid of ads, and makes protecting your privacy and personal data a priority.

With Plasma 6, the technology stack has undergone two major upgrades: a transition to the latest version of the application framework, Qt 6, and a migration to the modern Linux graphics platform, Wayland. We will continue providing support for the legacy X11 session for users who prefer to stick with it for now. [...] KDE Gear 24.02 brings many applications to Qt 6. In addition to the changes in Breeze, many applications adopted a more frameless look for their interface.

Amazon has issued an update to Fire TV streaming devices and televisions that has broken apps that let users bypass the Fire OS home screen. From a report: The tech giant claims that its latest Fire OS update is about security but has refused to detail any potential security concerns. Users and app developers have reported that numerous apps that used to work with Fire TV devices for years have suddenly stopped working. As first reported by AFTVnews, the update has made apps unable to establish local Android Debug Bridge (ADB) connections and execute ADB commands with Fire TV devices.

The update, Fire OS 7.6.6.9, affects several Fire OS-based TVs, including models from TCL, Toshiba, Hisense, and Amazon's Fire TV Omni QLED Series. Other devices running the update include Amazon's first Fire TV Stick 4K Max, the third-generation Fire TV Stick, as well as the third and second-generation Fire TV Cubes and the Fire TV Stick Lite. A code excerpt shared with AFTVnews by what the publication described as an "affected app developer," which you can view here, shows a line of code indicating that Fire TVs would not be allowed to make ADB connections with a local device or app. As pointed out by AFTVnews, such apps have been used by Fire TV modders for abilities like clearing installed apps' cache and using a different home screen than the Fire OS default.

Maker Roni Bandini developed a Raspberry Pi project to address his neighbors' loud reggaeton music by creating an AI-driven system that distorts audio on nearby Bluetooth speakers when reggaeton is detected. Tom's Hardware reports: Powering this Bluetooth jamming device is a Raspberry Pi 3 B+. It's connected to a DFRobot OLED display panel, which has a resolution of 128 x 32px. Audio is observed using a USB microphone, while a push button handles when the system will perform a check to listen for any potential reggaeton. According to Bandini, the Pi is running Raspberry Pi OS. The AI system driving the machine learning aspects of the design is Edge Impulse. With this, Bandini was able to train the Pi to listen for music and more specifically identify whether the song playing is classifiable as reggaeton or not. The official project page is available at Hackster.

Almost 3 years after launching the first OnePlus Watch, the Chinese smartphone company is launching a successor -- this time powered by Wear OS 4. Utilizing a "hybrid interface," the OnePlus Watch 2 is able to offer 100 hours of battery life, or just over four full days of use. 9to5Google reports: To achieve that goal, the OnePlus Watch 2 actually runs two separate operating systems. Wear OS handles things like apps and watchfaces, while a RTOS powered by a secondary chipset handles more lightweight tasks. A "smart mode" on the watch allows the watch swap back and forth between its two operating systems and two chipsets. Wear OS is powered by the Snapdragon W5 Gen 1 and it is Wear OS 4. The RTOS is powered by a BES 2700 MCU Efficiency chipset.

Switching between the two OS's is something you're likely to not even notice, OnePlus claims: "The BES2700 Efficiency Chipset runs RTOS and handles background activity and simple tasks, while the Snapdragon W5 handles more demanding tasks, like running your favorite Google apps. This optimized approach, enabled by the Wear OS hybrid interface seamlessly managing the transition between chips, means users will experience a smartwatch that effortlessly does it all while extending the time between charges."

Powering the Watch 2 is a 500 mAh battery which features 7.5W charging with a special charger that connects to a typical USB-C cable. The charger is magnetic, of course, and OnePlus claims a full charge in 60 minutes or less. The 1.43-inch AMOLED display of the OnePlus Watch 2 is covered in a slightly curved sapphire glass, while the watch chassis is built from stainless steel. You'll have the choice of black or silver colors with either black or green bands, respectively. The whole package is also 5ATM water resistant. Rounding out the main specs you'll find 32GB of storage and 2GB of RAM. The OnePlus Watch 2 goes on sale today at $299.