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Do a presentation at NTLUG.
What is the Linux Installation Project?
Real companies using Linux!
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(Two Column)
- [$] Recent work in memory tiering
Tiered-memory systems are built with multiple types of memory, each ofwhich has different performance characteristics. In addition to the usualDRAM, a tiered system might also provide faster high-bandwidth memory orslower CXL memory. On these systems, the placement of memory allocationshas a significant effect on the performance that a workload will obtain.While work on tiered-memory improvements has been ongoing for years, itfeels like the pace has slowed a bit recently. Even so, there are a fewefforts underway, but they are facing questions about whether the tieringdesign makes sense.
- Audacity 4.0 released
Version4.0 of the Audacity audio editor has been released. Notable changes in thisrelease include a rewritten interface using Qt, ability to save user-interfacelayouts as "Workspaces", improvements in working with audio clips, and a new.aup4 project format.
The release is not fully feature-compatible with the Audacity 3.xseries; see the compatibilitynotes for a list of missing features.
- Security updates for Thursday
Security updates have been issued by AlmaLinux (freerdp, go-fdo-server, golang-github-openprinting-ipp-usb, kernel, kernel-rt, nodejs:24, perl-DBI, and php), Debian (firefox-esr, libapache2-mod-auth-openidc, and libass), Fedora (dracut, exiv2, firefox, freerdp, gvfs, mingw-expat, mingw-gstreamer1, mingw-gstreamer1-plugins-bad-free, mingw-gstreamer1-plugins-base, mingw-gstreamer1-plugins-good, mingw-openexr, nss, proftpd, and syncthing), Mageia (apr-util, bubblewrap, libalsa2, libarchive, perl-Net-OAuth, perl-Text-CSV_XS, perl-XML-Bare, and perl-YAML-Syck), Oracle (freerdp, gimp, golang, iperf3, nginx:1.24, nodejs:22, nodejs:24, pipewire, wget, xmlrpc-c, and xorg-x11-server-Xwayland), SUSE (apache2-mod_auth_openidc, apptainer, apr-util, bzip2, c-ares, cosign, dhcpcd, dovecot22, emacs, erlang, gegl, gopass, gzip, httpcomponents-client, incus, kernel-devel, libgpg-error, libsoup2, mozillafirefox, mozilla-nss, mozilla-nspr,, MozillaFirefox, mozilla-nss, mozilla-nspr, rust-cbindgen, nodejs20, orthanc, orthanc-authorization, orthanc-postgresql,, postgresql14, python-cryptography, python-msgpack, quagga, snpguest, snphost, texlive, tuxguitar, udisks2, vim, wget, and yast2-users), and Ubuntu (apr-util, biosig, linux, linux-aws, linux-azure, linux-azure-fips, linux-fips, linux-hwe-5.4, linux-ibm, linux-ibm-5.4, linux-iot, linux-kvm, linux-oracle, linux-raspi, linux-raspi-5.4, linux-xilinx-zynqmp, linux-aws-5.15, linux-gcp-5.15, linux-oracle-5.4, sssd, and tika).
- [$] LWN.net Weekly Edition for September 3, 2026
Inside this week's LWN.net Weekly Edition:
Front: Python JIT; rnull block driver; steal time; GNOME governance; 7.3 merge window; LUKS. Briefs: Kernel infrastructure; Debian AI; Dolphin 26.08; Firefox 155; Incus 7.4; OpenShot 4.0; Quotes; ... Announcements: Newsletters, conferences, security updates, patches, and more.
- [$] Securely suspending LUKS-encrypted disks
When a laptop is asleep, its memory is not unreadable. The righttooling can attach to the computer's memory bus and read out its contents, andcold-boot attacks can theoretically read values from memory for a short timeafter the computer loses power. Thatis really an unavoidable fact about the hardware, but some users would stilllike to ensure that, even if this happens, their long-term encryption keys, such asthe key for full-disk encryption, remain unreadable. In June 2026, IngoBlechschmidtdiscovered that Linux kernel versions after 6.9 (released inMay 2024)were not erasing disk-encryption keys when a laptop was put to sleep, evenwhen configured to do so. He quickly identified a potential fix, which has beenmerged, but it was not a comprehensive solution.
- [$] Governing GNOMEs: how the project's technical decision-making is evolving
Emmanuele Bassi kicked off a project to improve GNOME's technical governancewith a presentation about hisideas (video) atGUADEC 2025. His nudginghas led the project to, slowly, work on creating more formal structures fortechnical governance. It is adopting a teams structure and looking towardcreating a steering committee, as well as bootstrapping a Request for Comments(RFC) process. If adopted, GNOME would require RFCs for design, user experience,architectural, and other changes that carry a major impact on the project.
- Incus 7.4 released
Version7.4 of the Incus container and virtual-machine management system has beenreleased. Notable changes in this release include UEFI Secure Boot keymanagement, "near-live" migration of containers between Incus instances, as wellas burst I/O limits for disk and networkdevices.
- Security updates for Wednesday
Security updates have been issued by AlmaLinux (dbus-broker, freerdp, gegl, gegl04, gimp, gimp:2.8, glib2, grafana, gzip, iperf3, libssh, nodejs22, nodejs24, nodejs:22, nodejs:24, php:7.4, php:8.2, pipewire, ruby:3.3, ruby:4.0, tar, wget, and xmlrpc-c), Debian (cyrus-imapd, keystone, and lemonldap-ng), Fedora (bubblewrap, cockpit, emacs, gdk-pixbuf2, openssl, openvkl, python-linkify-it-py, python-llm, and rkcommon), Gentoo (Chromium, Google Chrome, Microsoft Edge, Opera, Vivaldi), Oracle (glib2, gzip, mingw-sqlite, nodejs22, xorg-x11-server, and xorg-x11-server-Xwayland), Red Hat (go-toolset:rhel8, golang, and grafana), Slackware (pcre2), SUSE (apache2-mod_auth_openidc, busybox, cups-filters, java-17-openj9, java-1_8_0-openj9, libapr-util1, libgcrypt, python-sqlparse, python3-sqlparse, python313-uv, terraform-provider-aws, terraform-provider-azurerm, terraform-provider-external, terraform-provider-google, terraform-provider-helm, terraform-provider-kubernetes, terraform-provid, ucode-intel, wicked, and yast2-auth-client), and Ubuntu (libevent, libgcrypt20, ncurses, opencryptoki, pam, pyasn1, rust-sudo-rs, and ubuntu-advantage-tools).
- A note on subscription prices from LWN
The online publication industry, as a whole, is struggling, with challengescoming from multiple directions. Thanks to the support of all of you, ourreaders, LWN would appear to be doing better than most. But the world haschanged around us and, in particular, prices have changed considerably. Bynow, you probably know where this is going: subscription prices at LWN willbe increasing as of September 15.
- AVX-512 xor_gen For Linux Updated & Looking Real Good For RAID Arrays
Being worked on the past few months for the Linux kernel has been an AVX-512 optimized version of xor_gen() that is used for generating and validating parity blocks such as with Linux's software RAID 5 and RAID 6 arrays. The latest iteration of AVX-512 xor_gen() was posted today and shows some impressive results on AMD Zen 5 hardware...
- Early Benchmarks Of AMD EPYC On Linux 7.3 Show Some Performance Gains On The Horizon
With Linux 7.3-rc1 out this week and marking the end of the merge window, it's onto a lot of Linux 7.3 performance testing at Phoronix and looking at all the new features of Linux 7.3. In today's article is a first look at the AMD EPYC Turin server performance on Linux 7.3-rc1 compared to Linux 7.2 stable with a few nice performance improvements to show.
- CERN Transitioning To Debian After Being A Longtime RHEL Institution
CERN, the European Organization for Nuclear Research, besides being well known for its Large Hadron Collider (LHC) is known among longtime Linux users as a RHEL/CentOS shop. CERN formally even co-maintained the Scientific Linux RHEL derivative with other educational/research institutions in the past. So to much surprise now, CERN is transitioning to Debian Linux...
- Bluetooth/UWB board based on nRF52840 offers 10cm accuracy
Makerfabs has showcased an nRF52840 development board combining Bluetooth connectivity with a DW3000-series ultra-wideband radio for ranging and positioning applications. The board includes a 1.3-inch OLED display, dual USB Type-C connections, LiPo battery support, a fuel gauge, and expansion headers, while accompanying Arduino examples cover single- and multi-node UWB ranging. The board is based on […]
- Lemonade 11.9 Local AI Server Released With Super Exciting AMD ROCm HRX Backend
Lemonade 11.9 is out today as the newest feature release to this AMD-backed, open-source local AI server solution across Linux, Windows, and macOS. Lemonade has long been focused on offering "100% free and private" AI use with local hardware whether it be GPUs, CPUs, or NPUs. With Lemonade 11.9's release today it's very interesting for having experimental ROCm HRX back-end support with Llama.cpp. HRX is the new exciting thing to watch out for on the AMD ROCm compute landscape...
- Xbox Cloud Gaming Switches to Monthly Hour Limits
Microsoft is imposing monthly limits on Xbox Cloud Gaming starting in November, with Game Pass Ultimate, Premium, and Essential subscribers getting 15, 10, and 5 hours respectively before they have to buy additional playtime. "Currently, Game Pass subscribers can stream without these monthly hour limits," notes IGN. From the report: The change means those who use cloud gaming most via Game Pass will end up having to pay more, although Microsoft said this impacts 4% of Game Pass subscribers. Also in November, Microsoft said players will be able to buy cloud playtime hours through the Xbox Store and 'stream eligible games they own on supported devices' without subscribing to Game Pass. In a blog post, Microsoft said it was making the changes because the cost of providing cloud gaming has grown as more people use it and play for longer. The monthly limits, Microsoft continued, will mean it can invest in reliability and performance. But it said it understood that for some players the practical result is a higher cost.
Read more of this story at Slashdot.
- 'Welcome to the AGI Era,' OpenAI Says As GPT-6 Astra Debuts
OpenAI has released GPT-6 Astra, a new model that president Greg Brockman called a "generational leap" and suggested may represent the arrival of AGI. "I think it might be about this model," Brockman said in a briefing with reporters. He ended the briefing by saying: "Welcome to the AGI era." Axios reports: Astra pushes AI agents closer to doing complex professional work on their own -- while also raising questions about how safely they can be deployed. OpenAI said that Astra was built on its largest-ever training run, using more than 100,000 GPUs at its Stargate site in Texas. The company also said this is its first model to use other models in a significant role in supervising Astra's training.GPT-6 Astra will first be available to a limited set of organizations in OpenAI's Daybreak Access program and will be available "in the coming days" for ChatGPT Plus, Pro, Business and Enterprise customers and API developers. OpenAI said earlier this week that Astra would be released soon, but that its most powerful cybersecurity capabilities would remain limited to a small group of trusted testers. Astra is the first model OpenAI has designated as reaching its "critical" cybersecurity threshold under its preparedness framework -- meaning it can potentially find and exploit previously unknown vulnerabilities across well-protected systems without step-by-step human guidance. OpenAI previously slowed Astra's release to add safety testing after determining that its cyber capabilities could reach the critical threshold. Further reading: OpenAI's New Reasoning Technique Alarms AI Safety Experts
Read more of this story at Slashdot.
- Nvidia Launches Free Tool That Links Idle Computers Into a Personal AI Data Center
Nvidia has launched PAIR, a free open-source tool that links compatible computers on a home network so they can pool idle processing power for local AI inference and agentic workloads. "While the compatible devices are mostly Nvidia GeForce GPUs (PAIR works with RTX 20-series cards and newer, as well as RTX Pro GPUs and DGX Spark systems), Apple's M4 chips or newer will also work," reports The Verge. From the report: The key thing here is that PAIR uses your in-home systems when they're idle to avoid interfering with other tasks. And this disaggregated system of computers can work in parallel to chew through lots of processing requests -- which should be helpful for an agentic workflow that breaks complex tasks into smaller jobs. This should prevent large bottlenecks on a single GPU, and Nvidia says PAIR can adapt as devices join or leave the network -- including if a user does something like start playing a game on their desktop PC. [...] Nvidia says PAIR is secured by pairing all devices through a six digit code and then securing the channel via mTLS (Mutual Transport Layer Security), to create an encrypted communication line that's trusted in both directions between computers. The Nvidia PAIR beta is available today, with support for Windows, Linux, and macOS.
Read more of this story at Slashdot.
- OpenAI's New Reasoning Technique Alarms AI Safety Experts
An anonymous reader quotes a report from TechCrunch: OpenAI's new Astra model will use a reasoning technique called "recurrent depth" that allows it to operate outside of the sequential thinking that characterizes most reasoning models, The Information reported on Tuesday. This technique, also called "opaque recurrence," will likely make the model's chain of thought more difficult to monitor -- and that has AI safety experts rattled. While Astra's use of the technique is reportedly limited, its emergence has still raised significant concerns among AI safety experts. "I am extremely concerned by the reporting that Astra uses opaque recurrence," wrote Redwood CEO Buck Shlegeris in a post after the news broke. "I don't know whether Astra is much less CoT monitorable than previous models. But if OpenAI pushes this technique further, they'll have the option to massively increase the recurrence and totally destroys CoT monitorability." Longtime AI safety advocate Zvi Mowshowitz also weighed in and wrote that laws might be necessary to prevent a "race to the bottom" among AI labs. "The technique is playing with fire, risking a taboo that OpenAI and Anthropic have fought to establish that we work hard to maintain Chain of Thought faithfulness and monitorability for as long as we can," Mowshowitz wrote. "More intensive use of such techniques would probably damage monitorability." [...] In a post responding to the news, Redwood Research chief scientist Ryan Greenblatt said opaque reasoning could easily scale faster than conventional chain-of-thought reasoning, effectively removing all reasoning from visible channels. "My biggest concern is that a natural progression from here would involve scaling up the opaque reasoning to the point where the model reasons entirely or almost entirely in latent space," Greenblatt wrote. "I hope it isn't too late to avoid the most concerning architectures and that OpenAI will stop here." Astra's use of the technique appears limited. "OpenAI has worked to preserve and utilize chain-of-thought monitoring since our very first reasoning models," wrote OpenAI chief scientist Jakub Pachocki. "It's a core goal of our current research program."
Read more of this story at Slashdot.
- Audacity 4 Rebuilds the Open Source Audio Editor But Leaves Some Features Behind
BrianFagioli writes: Audacity 4.0 has been released with a rebuilt Qt interface, a new clip-editing model, customizable workspaces, native high-DPI rendering, and a new AUP4 project format. The open source audio editor also adds ASIO playback and recording support to official Windows builds, while bringing major changes to recording, playback, plugins, and project handling. The overhaul comes with some tradeoffs. Audacity 4.0 currently lacks several features found in Audacity 3, including Time Tracks, Note and MIDI tracks, Mixer, Macro Manager and scripting pipe, VAMP and LADSPA plugin hosting, and play-at-speed. The developers say they plan to bring the missing functionality back in future releases.
Read more of this story at Slashdot.
- Google Releases Gemini 3.8 Flash, Its Third Flash Model In Six Weeks
Google released Gemini 3.8 Flash, its third Flash model in six weeks, claiming it's their best reasoning and coding model yet (topping the DeepSWE leaderboard). Ars Technica reports: Gemini 3.8 Flash comes in two variations. There's the standard Flash, which Google describes as a "workhorse" model that's good for anything from agentic tasks to software development. Then we have Gemini 3.8 Flash Cyber, which runs on the same foundations but has been tuned for vulnerability detection and mitigation. For developers, Google has the same pitch as it did for the 3.7 Flash release just a couple of weeks ago. API access to the model is available at an "introductory rate" through the end of the year: $0.75 per million input tokens and $3.75 per million output tokens. The regular price will be $1.50 / $7.50, but it's likely there will be new models available long before the price changes. Google probably sees the lower prices as a necessity given that other AI labs have recently dropped token pricing to keep increasingly wary businesses engaged with AI tools. [...] Gemini 3.8 Flash will be available across the Google ecosystem starting today, but Gemini 3.8 Flash Cyber is currently limited to trusted testers and governments. Like the past Flash release, you'll need a Pro or Ultra subscription to access Gemini 3.8 Flash in the Gemini app, but you can always visit AI Studio if you want to tinker with it for free.
Read more of this story at Slashdot.
- Google Engineer Accused of Polymarket Insider Trading Says He Was Just Gambling
An anonymous reader quotes a report from Wired: Michele Spagnuolo, the Google engineer arrested in May by U.S. authorities for alleged insider trading on Polymarket, is making a new bold bet. On Wednesday, his legal team filed a motion to dismiss the charges against him. Spagnuolo isn't outright denying that he made money using internal information from Google. Instead, his legal team says that the wagers were not financial instruments subject to regulation by the United States' Commodities Exchange Act but rather good old-fashioned international betting that the U.S. has no authority over. Spagnuolo, who has been placed on leave from Google, is accused of committing commodities fraud, wire fraud, and money laundering. Using the alias "AlphaRaccoon," he allegedly made a series of wagers on Polymarket's flagship platform that resulted in profits totaling over $1.2 million. According to the criminal complaint, "AlphaRaccoon" correctly wagered that the singer D4vd, who gained notoriety for his suspected connection to a grisly killing, would be Google's most-searched person of the year in 2025. (D4vd was later charged with murder; he pleaded not guilty.) [...] Spagnuolo's lawyers argue that defining swaps to include wagers like who the most-searched person on Google will be each year "would fly in the face of the statute's purpose and history" and lead to "absurd results." They say it would make it so that any wager in the world, from a charity raffle to a local Ping-Pong match, could be classified as a financial instrument. "Spagnuolo is basically making the same argument as the states that are suing prediction markets," says a financial services regulation expert Todd Phillips. "This is the issue that will likely go up to the Supreme Court."Featured Video In addition to disputing the idea that prediction markets offer swaps, Spagnuolo's legal team argues that the U.S. government had no jurisdiction over him in the first place because he's a non-U.S. citizen who was wagering on a non-U.S. platform. Although Polymarket is headquartered in New York, the company's flagship prediction market is banned in the United States and technically is administered by an ostensibly Panama-based entity known as Adventure One QSS. Spagnuolo was living in Zurich, Switzerland, when he allegedly made the Google-related trades on Polymarket. "The extraterritorial argument is interesting and raises the question of whether the U.S. should be the world's prediction markets cop," Philipps says. Spagnuolo's team also claims that the charges should be dismissed because the internal information he supposedly leveraged did not have any commercial value to Google.
Read more of this story at Slashdot.
- Perplexity Will Open Source Its Faster Lily AI Engine For Apple Silicon
BrianFagioli writes: Perplexity has built a local artificial intelligence engine designed specifically for Apple silicon and the Qwen3.6-35B-A3B model. Called Lily, the engine uses a Rust runtime and custom Metal kernels, with neither PyTorch nor MLX in its execution path. Perplexity says Lily averaged 23 percent faster prompt processing and 35 percent faster token generation than MLX-LM on an M5 Max MacBook Pro with 128GB of unified memory. Lily is more specialized than MLX-LM, which supports a much wider range of models and architectures. Perplexity says it plans to release Lily as open source, but the code is not available yet, leaving its performance claims dependent on internal testing for now.
Read more of this story at Slashdot.
- Instrument Clusters Are Now Paid Extras In Two Hyundai Models
"Enshittification of car controls [is] rapidly accelerating," writes longtime Slashdot reader sinij, pointing to a new report from Car and Driver. From the report: Remember when iPhones used to come with free headphones and a phone charger (including the wall plug)? It didn't feel so much like Apple giving you free goodies as it did that the company was providing you with the relevant hardware to use the device. Apple stopped including headphones and charging blocks in 2020. Now, Hyundai is pulling some of its standard hardware from the box, at least for two models. Hyundai is charging customers extra for a driver's display in the new Elantra generation (more specifically, the Korea-market Avante), as well as the Ioniq 3, Motor1 reported. Both models feature Pleos Connect, Hyundai's new infotainment setup that pairs a center touchscreen with a slim 9.9-inch instrument cluster mounted above the dashboard -- except where it doesn't. In its domestic market, the instrument cluster screen is offered as a 350,000 won ($255) option for the base trim. Not the most expensive optional extra in the world, but still kind of a slap in the face for a feature traditionally viewed as standard fare. Things are more expensive for the electric Ioniq 3. In the EV's case, the base trim gives customers the full Tesla-screen experience, meaning if customers want the driver's display, they'll need to fork over the additional $5000 necessary to move up to the next-level trim. [...] Hyundai plans to have the setup equipped in 20 million cars globally by the end of the decade.
Read more of this story at Slashdot.
- Global Heating Will Hit At Least 1.8C, UN Warns, and There Are 'No Good Outcomes'
An anonymous reader quotes a report from The Guardian: Global heating will reach at least 1.8C under even the most optimistic future, well beyond the Paris agreement goal of 1.5C, according to a UN report that warns every fraction of temperature rise intensifies destructive extreme weather, glacier melt, ecosystem loss, and island and coastal city submersion. The report by the Nairobi-based UN Environment Program confirmed overshooting the 1.5C goal inscribed in the landmark Paris agreement of 2015 was now "unavoidable" and, despite some progress in addressing the human-caused climate crisis driven by burning fossil fuels, likely in the next few years. It said: "There are no good outcomes above 1.5C." Heating of up to 3C above preindustrial levels could lead to glaciers losing more than a quarter of their mass by 2100, raising sea levels by up to 13cm. Global food production could decline by up to 14% by 2050 if there are not effective strategies to adapt. Human health, water supplies, nature, cities, infrastructure and economies could all be severely damaged. Some losses would be irreversible. Many communities may have to relocate or change their livelihoods. The report said the best hope for humanity to limit damage was to adopt an "overshoot, peak and decline" pathway that required immediate and sustained greenhouse gas emissions cuts combined with steps to remove carbon dioxide from the atmosphere. It described the goal of net zero emissions -- increasingly politically contentious in some countries -- as "an essential milestone that cannot be skipped" and stressed carbon dioxide removal through steps such as establishing vast new forests must occur alongside, not as an alternative to, deep cuts in fossil pollution. Crucially, the authors of the report, titled Limiting Overshoot, said the average global temperature could be returned to 1.5C this century only if heating stayed below about 1.8C. They warned nature's capacity to store carbon was uncertain and would shrink the more the planet heats. [...] The report's authors cited earlier work that found limiting heating to about 1.8C required global emissions to be halved by 2035. They said existing national policies were projected to lead to at least 2.3C heating, but it would still be possible to limit stay below 2C if countries delivered on net zero emissions commitments by mid-century.
Read more of this story at Slashdot.
- Security: Why Linux Is Better Than Windows Or Mac OS
Linux is a free and open source operating system that was released in 1991 developed and released by Linus Torvalds. Since its release it has reached a user base that is greatly widespread worldwide. Linux users swear by the reliability and freedom that this operating system offers, especially when compared to its counterparts, windows and [0]
- Essential Software That Are Not Available On Linux OS
An operating system is essentially the most important component in a computer. It manages the different hardware and software components of a computer in the most effective way. There are different types of operating system and everything comes with their own set of programs and software. You cannot expect a Linux program to have all [0]
- Things You Never Knew About Your Operating System
The advent of computers has brought about a revolution in our daily life. From computers that were so huge to fit in a room, we have come a very long way to desktops and even palmtops. These machines have become our virtual lockers, and a life without these network machines have become unimaginable. Sending mails, [0]
- How To Fully Optimize Your Operating System
Computers and systems are tricky and complicated. If you lack a thorough knowledge or even basic knowledge of computers, you will often find yourself in a bind. You must understand that something as complicated as a computer requires constant care and constant cleaning up of junk files. Unless you put in the time to configure [0]
- The Top Problems With Major Operating Systems
There is no such system which does not give you any problems. Even if the system and the operating system of your system is easy to understand, there will be some times when certain problems will arise. Most of these problems are easy to handle and easy to get rid of. But you must be [0]
- 8 Benefits Of Linux OS
Linux is a small and a fast-growing operating system. However, we can’t term it as software yet. As discussed in the article about what can a Linux OS do Linux is a kernel. Now, kernels are used for software and programs. These kernels are used by the computer and can be used with various third-party software [0]
- Things Linux OS Can Do That Other OS Cant
What Is Linux OS? Linux, similar to U-bix is an operating system which can be used for various computers, hand held devices, embedded devices, etc. The reason why Linux operated system is preferred by many, is because it is easy to use and re-use. Linux based operating system is technically not an Operating System. Operating [0]
- Packagekit Interview
Packagekit aims to make the management of applications in the Linux and GNU systems. The main objective to remove the pains it takes to create a system. Along with this in an interview, Richard Hughes, the developer of Packagekit said that he aims to make the Linux systems just as powerful as the Windows or [0]
- What’s New in Ubuntu?
What Is Ubuntu? Ubuntu is open source software. It is useful for Linux based computers. The software is marketed by the Canonical Ltd., Ubuntu community. Ubuntu was first released in late October in 2004. The Ubuntu program uses Java, Python, C, C++ and C# programming languages. What Is New? The version 17.04 is now available here [0]
- Ext3 Reiserfs Xfs In Windows With Regards To Colinux
The problem with Windows is that there are various limitations to the computer and there is only so much you can do with it. You can access the Ext3 Reiserfs Xfs by using the coLinux tool. Download the tool from the official site or from the sourceforge site. Edit the connection to “TAP Win32 Adapter [0]
- ReactOS 0.4.16 released
We are pleased to announce the release of ReactOS 0.4.16! After a year and a half of development, we’re excited to showcase the improvements we’ve made between a new graphical installer; a unified bootcd and livecd image; video, audio, networking, and storage stack improvements; a new installation type; and third-party code syncs. ↫ The ReactOS Team on the ReactOS website The amount of changes and improvements is quite staggering, honestly. Theyll always be chasing a moving target, sure, but if they manage to keep this rate up ReactOS might actually grow into something usable in its own right, full compatibility with Windows or not. Excellent progress.
- EasyEffects should be part of every Linux distribution and desktop environment to massively improve laptop speaker sound quality
Virtually all laptop speakers suck. Its the one area where even really expensive laptops tend to fall on their ass, leaving users with a tinny, harsh, and hollow sound experience. While you cant exactly overcome physics laptop speakers are necessarily small and thus just cannot ever sound as good as proper speakers theres a lot you can do with proper tuning and software magic. If youre a desktop Linux user, you actually already possess all the plumbing needed to fix your audio; its just not exposed to you in any way. Luckily, an application called EasyEffects allows you to actually make use of desktop Linux advanced audio features to massively improve the sound quality of your laptops speakers. EasyEffects own description on its GitHub page doesnt really explain what it does or what its capable of, so heres the description from Wikipedia instead. EasyEffects uses PipeWire to process incoming and outgoing audio streams independently and can apply various sound effects in the form of plug-ins made by different developer teams such as Calf Studio Gear, MDA.LV2 and GStreamer. All plugins have their own presets and can be applicable inside the suite rather than having to use a different mixer or executing a script from the command line. Available output effects are limiter, auto volume, compressor of dynamic range, filter, 30 bands parametric equalizer, bass enhancer, exciter, reverbation, crossfeed, delay, maximizer and spectrum analyzer. Available input effects are WebRTC, limiter, compressor, filter, equalizer, de-esser, reverbation, pitch shift and spectrum analyzer. ↫ EasEffects Wikipedia page None of this matters, and you can forget everything from these two paragraphs. What matters is that using EasyEffects, you can tune the audio coming out of your speakers to make them sound a lot better. The few laptops on the market that do have decent audio MacBooks, some Dell XPS laptops, and surely a few more arent magically defying physics. While they probably do have objectively higher-quality speakers, the main difference between those laptops and laptops with crappy-sounding speakers is that the former come with built-in tuning from the factory to make them sound much better than they would without any software trickery. If you know your way around audio, you can very much use EasyEffects and tune your laptop speakers from scratch to massively improve how they sound. However, that requires time, experience, knowledge, and expertise that most people lack, including myself. Lucky for us, though, there are countless downloadable presets out there for EasyEffects designed specifically to make laptops sound better. In an ideal world, youd pick a preset created specifically for your laptop make and model, but odds are you wont find one, so for most laptops youll have to settle for a generic preset that tries to do its best. Ive long settled on the Advanced Auto Gain.json preset from JackHack96, which greatly improves the audio performance on any laptops Ive tried it on, but of course, theres countless other presets for you to try to see if theres anything that suits your particular laptop and ears better. Getting all of this up and running is really easy. EasyEffects is most likely packaged by your Linux distribution, and the latest version is always available as a Flatpak from Flathub. Download the preset(s) you want to try, copy them either to ~/.config/easyeffects (if you use your distributions package) or to ~/.var/app/com.github.wwmm.easyeffects/data/easyeffects/output/ (if you use the Flatpak version). Theyll show up right away in the Presets tab in EasyEffects, ready to be turned on and off whenever you want, making it very easy to compare and contrast to find the one you like best. EasyEffects can live in your system tray giving you easy access to your presets without having to open the main window, and it can be set to start automatically at boot. EasyEffects can also be turned on and off on the fly. Theres obvious downsides to all of this, too, of course. First, since youre most likely going to be using a generic preset not specifically crafted for your laptop, theres no guarantee the results will be positive for you. Second, not every preset is ideal for every type of audio. Most of my audio consists of YouTube videos with mostly speech; if you listen mostly to music, different presets may yield better results. Third, audio quality is deeply subjective, and what sounds good to my ears may sound like total garbage to yours. Fourth, EasyEffects does take up a tiny fraction of CPU power (Im talking 0.1-0.2% according to KDEs System Monitor), but I have never seen it have any noticeable performance impact on anything. Even the generic preset I use makes such a massive difference for me on every laptop Ive ever tried it on, that Ive become convinced EasyEffects and a few of the generic presets should be installed by default by any desktop-oriented Linux distribution. On top of that, Linux laptops OEMs like System76, Nova Custom, Star Labs, and so on, should really take the time to create proper presets for their laptops to improve their sound quality out of the box. I feel like if youre already designing and selling laptops, you probably also have the skills and means to create a decent preset. In fact, Id take it a step further and urge desktop environments like KDE and GNOME to properly integrate EasyEffects into their sound settings. They shouldnt include the entire application and its user interface, but should make it so that you can configure and manage presets right from the sound settings panels, and switch between presets from their volume applets (as well as turn it off entirely, of course). This would leave the full EasyEffects application for people who need more control, manual tuning, and more advanced features. Theres absolutely no reason why speakers on Linux laptops should sound tinny, harsh, and hollow. The Linux desktop has all the technologies and features built right in to make speakers sound much better than they do without any tuning,
- IBM announces dual-ISA processor: ARM and IBM Z code running natively on the same cores
Built on a 2 nanometer technology node, the processor’s design will contain 11 high-performance cores operating at more than 5.7 GHz, AI inference accelerators for in-transaction fraud detection, a dedicated on-chip data processing unit for I/O acceleration, and a large cache architecture for demanding enterprise workloads. The chip is architected to not contain separate Arm and IBM cores: each processor core can natively execute Arm and IBM Z, or Arm and LinuxONE, instructions concurrently while prioritizing the platforms established performance, security, encryption, and availability characteristics. IBM Z and LinuxONE platforms are capable of scaling to hundreds of cores and tens of terabytes of memory. ↫ IBM press release IBM is still doing some amazing chip architecture design. ServeTheHome has more details of how this works: A key choice here is that IBM implemented AArch64 in full hardware rather than through translation. This design uses a little-endian Arm implementation alongside big-endian z/Architecture, with AArch64 v9.3, SVE and SVE2 support, and 2,792 implemented AArch64 instructions. IBM also claims Arm SystemReady compliance, which matters for how much off-the-shelf Arm software this core can absorb. This is absolutely crazy technology. Arm software sees a native Arm processor. Arm runs unmodified, out-of-the-box, and onto a standard Arm platform. IBM said the 2792 AArch64 instructions are more than twice the Z instructions. IBM made a funny quip about “reduced” in RISC. ↫ Patrick Kennedy at ServeTheHome This is bonkers technology. We can only dream of this ever serving a home.
- Haiku R1/beta6 released
Its always a special day on OSNews when Haiku has a new release. While OSNews was founded in 1997, it wasnt until 2001, when Eugenia took over and relaunched the site, that we really got going. Eugenia came from BeNews, a popular BeOS news website, which shut down in the wake of Be, Incs infamous focus shift! away from BeOS as a general purpose desktop operating system. BeOS continues to have a special place on OSNews ever since. Today marks the release of Haiku R1/beta6, the first official Haiku release in two years. As such, this new beta covers a monumental amount of progress since beta5, progress Ive reported on diligently. The highlights of this new beta include a port of Firefox (including branding) and many of its forks, much improve support for Qemu, a new memory allocated largely based on the one from OpenBSD, and improved support for various filesystems. Of course, theres a massive list of performance improvements, memory management changes, as well as a truly massive number of new application ports. Its important to note, as I usually do, that while these Haiku beta releases serve as patches of calm in rough seas, Haiku is generally stable and capable enough that using the projects nightly releases is usually a totally acceptable way of installing and running the operating system. If youre not comfortable running nightly releases, however, and havent tried Haiku since the previous beta, youre in for a massive overall improvement. Everybody loves Haiku.
- Genode OS Framework 26.08 released
Right on schedule as always theres a new Genode OS Framework release, version 26.08. The highlights of Genode 26.08 are VirtualBox 7, improved PC performance of our custom microkernel, the new ability to transparently reconfigure virtual file systems, revised timing and timeout handling, and a Linux 6.18.19 device-driver environment for ARM. Furthermore, the first version of a Goa-based SDK has become natively available for Sculpt OS. ↫ Release announcement on the Genode website The release announcement linked above is a mere quick overview; if you want all the possible details you could want, the release notes got you covered.
- An actively maintained and updated Motif fork actually exists
Motif is great, I love how it looks and feels, and I want it to be actively maintained. I want a healthy ecosystem of Motif applications and even window managers and desktop environments, so I can run a real Motif environment. Sadly, while Motif has been open source for a while, the project itself stalled years ago, with little to no activity from anyone involved. That may be changing, as a number of developers decided to take matters into their own hands last year. This fork of Motif was born of a desire to keep Motif (and other X11 technologies) alive and well. The original upstream Sourceforge project hasnt had any activity in over two years, none of the project admins have been active for at least that amount of time, the official bug tracker has disappeared into the void; and the user forum was closed way back in 2017. Sadly, it appears that the original upstream has abandoned the project. Ive incorporated some fixes from upstream that have laid dormant for years, a few others from Gentoo, and made a few improvements of my own. I intend to maintain this fork, and in doing so advocate for the continued use of the user interface toolkit that defined an era, and influenced many of the user interfaces that came after it. ↫ Tim Hentenaar at the Motif forks GitHub page Some of the people involved are people I know online, so I have a bit of faith in this fork being able to stand the test of time, but of course, managing a complex project like this is hard, so who knows how long the enthusiasm remains. Still, this fork has seen five releases since its inception a little over a year ago, which seems promising. It may seem weird for some to have a love for Motif, but Im the kind of person who installs weird, outdated corporate and industrial software I dont understand on my HP c8000 dual PA-RISC workstation running HP-UX just to enjoy the Motif interfaces they sometimes ship. We all have our quirks. From my experiences talking to people online, I know theres actually a rather solid number of people like me, and I hope that at some point the developers in this group can gain enough critical mass to build something like a basic Linux distribution or desktop environment using the disparate, actively-maintained Motif projects out there that yes, still exist. Its a long shot, but in todays computing landscape, where more and more people feel uncomfortable with modern! software, I really feel like theres a niche for something like this to exist. A really small niche, surely, but a niche all the same.
- AROS gets official Raspberry Pi images
AROS, the open source Amiga OS-compatible operating system, now has images available for the Raspberry Pi 3 (although some people state it also works on the Pi 4), in both 32bit and 64bit versions. According to the AROS team, they are quite stable, but not yet complete, so do know what youre getting into. Dan Wood posted a YouTube video about these new images, providing much more insight into how well they work if you want more insight into how well they work. The images are, of course, the basic AROS operating system, so expect a rather barebones experience. If youre used to some of the AROS distributions for x86, which come loaded with software and customisations, these images will feel quite bare to you. Its going to take some time to port over all of these applications and customisations to the ARM version of AROS, but if and once that happens, I expect more complete images to appear as well. Great news for AROS and the Amiga community in general.
- Japan tried to build an operating system for the entire world: TRON
Ah, Japans TRON project every few years someone discovers it anew and it bubbles back up the surface, and deservedly so, as its an incredibly interesting operating system project that, like so many others, deserved a better fate. Theres a version of computing history where the desktop OS that won wasnt Windows. Not because the alternative was Unix-based or because Apple pulled off something different, but because an operating system designed at the University of Tokyo in 1984 was ambitious enough to try to replace the file system with a hypermedia document model, run on a custom Japanese CPU architecture, and encode 1.5 million characters, only to have a US trade report single it out as an unfair trade barrier in 1989. That project was TRON (The Real-time Operating system Nucleus), a real, government-backed Japanese computing initiative whose desktop variant, BTRON, was named in a US trade barrier report and effectively killed before it could reach schools nationwide. Meanwhile, its embedded counterpart, ITRON, quietly became one of the most deployed operating systems in history. TRONs history has since attracted some genuinely wild conspiracy theories, including one claiming that Japan Airlines Flight 123 was deliberately crashed in order to target the TRON developers on board, despite there being no evidence that any TRON developers were even on the flight. But the strangest part of the story isnt even a conspiracy theory: BTRONs hypermedia desktop was decades ahead of what the market could support, and SoftBank founder Masayoshi Son may have helped sink it from the inside. ↫ Adam Conway at XDA The most interesting part of TRON for me was the different ways it treated files and documents compared to other operating systems. Instead of focusing on applications and files as the core interaction points for users, it focused on the document. While most operating systems associate specific files with specific applications, TRON associated individual components of documents with individual handlers. If you want to edit a Word document today, you open Word and do all your editing work inside Word, whether youre editing blocks of text or an image, or you open entirely different applications when Words capabilities for a certain component in a document are too limited. In TRON, youd open a document, and only once you wanted to edit specific components did it open! an application! to perform the editing, without actually leaving the document in question. Want to edit an image inside your document? In most operating systems, youd have to open a separate image editor, load the relevant image file into it, make your edits, save the image file, and then paste said edited image file back into your document. Theres a considerable amount of overhead here that shouldnt really exist; a computer is more than smart enough to open up just the editing controls from a different application if need be. In our current paradigm, applications often solve! this by adding ever more features and controls and tools to cover every possible object or component you might have to deal with, but that just makes applications more complex, more bloated, and more difficult to use. TRONs approach has been tried in a variety of times and places, but it never caught on. My personal pet theory is that the application-first model is far better at wealth extraction and concentration than TRONs model, and as such, thats what we ended up with. If a users document and all of its constituent parts are tied to and wrapped up into a single application from a single vendor, its much easier to control said user and extract wealth from them than when that user can just pick and choose whatever handler they want to use for whatever object they happen to run into in a document, without having to open tons of different applications and move, copy, and paste stuff all the time. In fact, this is also why consistency in user interface design is now all but dead; application developers and vendors use their own weird, non-standard, custom user interfaces for branding purposes. Sticking to a platforms standards and conventions makes it harder to stand out and put your brand! in peoples faces. But I digress. Regardless, Im not sure if all the stories about the US trying to bury TRON have any real value to them, as even the article itself notes (undoing its own clickbaity headline) that the project already seemed to be in dire straights even before it got a buried mention in some trade document. On top of that, ITRON, the embedded TRON variant, survived and thrives to this very day, powering untold numbers of devices. It seems to have done quite well for itself, supposed US government intervention or no. This article by Steven J. Searle also takes a look at the workstation-focused variant of TRON.
- Reverse-engineering Apples Find My people
So that is the whole pipeline exercised end-to-end. GrandSlam authenticates the Apple Account and obtains the IDS delegate. authenticateDS and id-register turn the Linux process into a registered Apple messaging identity. The Friends sequence attaches that identity to the existing accepted relationship. A missing-key SubscribeAndFetch makes the sharing device deliver its current P-224 key over APNs/IDS, inside a sender-verified P-256 NGM envelope. A second SearchParty fetch returns the encrypted report, and the P-224 key opens it locally. So yeah, in one sentence: authenticate to Apple’s private services, register the Linux machine as an IDS client, receive the existing Find My share key, and use it to fetch and decrypt a consented friend’s latest location. ↫ Zerotistic I wonder if it would be possible to build a proper third-party client for Apples Find My network like this, or if it would be trivial for the company to block it. Im fairly sure quite a few people would love to be able to keep using Find My when moving away from Apples operating systems.
- Windows news sites are reviewing context menus and its perversely delightful
When I wrote about using Windows 11 for a month as part of the ongoing OSNews fundraiser (keep donating to get me to do the same for macOS!), one of the things I mentioned was that the modern desktop context menu has its own classic Win32 context menu!. This is, in fact, a long-standing complaint Ive repeatedly used as the perfect example of just how chaotic and low-quality Windows has become. Thankfully, and naturally I fully attribute this to my repeated complaints (*), Microsoft has been working on a brand new, faster, configurable context menu, and Neowin actually reviewed it. If you ask me, this revamped context menu addresses just about the biggest problem users had with the one in Windows 11, and that is the need to click through more buttons than necessary to do simple things like renaming a file or opening its properties. That problem is now basically gone. I have no issues with the new design. It looks modern, it feels more consistent with the rest of Windows, and even though all the new sections can still make it look a little busy, you now have the option to make it as simple or as button-packed as you want. That should cover most use cases and preferences well. I’d even say that when the new context menu becomes available to everyone, my guide on how to bring back the classic context menu might become obsolete. ↫ Ivan Jenic at Neowin The biggest reason Im linking to this is not because I care about whatever monster of a context menu Windows users are having to deal with. No, Im only linking to this because I never in my life imagined Id be linking to a review of a context menu. I mean, at least its not the chess application icon. That would be embarrassing. I get a perverse sense of joy out of this.
- Top AEO Tools for Linux and Developer Documentation Teams
by Malana VanTyler
These platforms help teams monitor how technical content appears in AI-generated answers, from brand mentions and citations to accuracy and referral traffic.
Search is splitting into two experiences: one built around ranked pages and another around generated answers. As AI platforms summarize Linux tutorials, open-source project documentation, API references and technical guidance, teams need ways to measure whether their content is mentioned, cited and accurately represented.
An Go to Full Article
- The New Way Security Teams Evaluate Pentesting Vendors
by George Whittaker
Why security buyers are rethinking what matters most.
Security teams typically don’t struggle to find vulnerabilities as much as they have in the past. The harder part usually begins after the report arrives, once dozens of findings land in front of engineering teams already juggling patch schedules, production deadlines, and internal disagreements about urgency. Platforms like Go to Full Article
- New Linux “Steal Governor” Targets CPU Contention in Overcommitted Virtual Machines
by George Whittaker
Linux kernel developers are considering a new “steal governor” designed to improve performance when multiple virtual machines compete for limited physical CPU resources. The proposal uses the amount of CPU steal time observed inside a guest to dynamically reduce or expand the number of virtual CPUs on which that VM prefers to schedule work.
The feature is primarily aimed at heavily virtualized servers where administrators deliberately assign more virtual CPUs than the host can physically execute at once. Under heavy load, that overcommitment can lead to frequent vCPU preemption, lock-holder delays, cache disruption, and ultimately lower overall throughput.
The latest v11 patch series was posted on August 25, 2026, and its developer has proposed consideration during the Linux 7.3 development cycle, potentially targeting Linux 7.4 for inclusion. This means the feature is still under review and is not part of a stable Linux kernel yet.
What Is CPU Steal Time?
CPU steal time is a concept specific to virtualization.
Imagine a virtual machine has eight vCPUs. From inside that VM, the operating system behaves as though those eight CPUs are available. But those virtual CPUs ultimately need to run on the host's physical processors.
If several VMs are competing for the same physical CPU resources, the hypervisor may temporarily prevent one VM's vCPU from running so another VM can use the processor.
The time during which the guest wanted to execute but couldn't because the hypervisor was using the underlying CPU elsewhere is known as steal time.
High steal time is therefore a useful indication that the physical host is experiencing CPU contention.
The “Noisy Neighbor” Problem
The steal governor is designed primarily to address what virtualization engineers commonly call the noisy neighbor problem.
Consider a server hosting several VMs:
VM A has 32 vCPUs. VM B has 32 vCPUs. VM C has 32 vCPUs. The physical server has only 64 CPU threads available to those workloads.
That configuration can work perfectly well when the VMs aren't simultaneously busy.
If all three suddenly become heavily loaded, however, they may collectively request more CPU time than the physical machine can provide.
The hypervisor then has to constantly switch between vCPUs.
Those interruptions can become particularly expensive if a vCPU is preempted while holding a lock or executing another latency-sensitive section of code. Other threads may then wait for a vCPU that isn't currently being allowed to run.
The result can be counterintuitive: giving the VMs more virtual CPUs can sometimes make the combined workloads slower.
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- Thunderbird 154 Released with System Tray Mode, Microsoft Graph Support, and Major Mail Fixes
by George Whittaker
The Thunderbird team has officially released Thunderbird 154, delivering several useful new features alongside a substantial collection of fixes for email, calendars, address books, authentication, and stability. Released on August 18, 2026, Thunderbird 154 is now the latest monthly release of the popular open-source email client.
For Linux users, one of the most interesting additions is a new optional system tray mode, while Microsoft 365 users gain Microsoft Graph support. The release also improves global search, attachment handling, IMAP reliability, Exchange authentication, and CalDAV synchronization.
New Optional System Tray Mode
One of Thunderbird 154's most welcome additions is an optional system tray mode.
When enabled, closing Thunderbird's last window no longer needs to completely terminate the application. Instead, Thunderbird can remain running in the background through the system tray.
This can be particularly useful for users who want Thunderbird available throughout the day without keeping its main window open.
For Linux desktop users, the feature could make Thunderbird feel more like a traditional background email client, especially on desktops where tray-based applications remain part of the normal workflow.
Microsoft Graph Enabled for Microsoft 365
Thunderbird 154 also enables Microsoft Graph for Microsoft 365.
Microsoft Graph is Microsoft's API platform for accessing Microsoft 365 services and data. Its integration is particularly important as Thunderbird continues improving its support for Exchange and Microsoft-hosted email environments.
Thunderbird has been steadily expanding its Microsoft ecosystem compatibility, making the open-source client increasingly practical for users who need to access workplace Microsoft 365 accounts from Linux.
Global Search Gets a Useful New Option
Thunderbird's global search functionality also receives an improvement.
Users can now configure global search results to open in list view by default, providing another option for people who prefer a more traditional message-list workflow when reviewing search results.
It's a relatively small addition, but one that can make repeated searches more convenient for users managing large mailboxes.
Better Attachment Management
Thunderbird 154 introduces several improvements for handling email attachments.
A new "Copy To" folder context menu has been added for message/rfc822 attachments, and these attached messages can now be dragged directly into Thunderbird's folder tree.
These changes should make it easier to organize attached email messages without having to use additional steps or workarounds.
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- Linux Kernel 7.2 Officially Released with Cache-Aware Scheduling, USB4STREAM, and Major AMD Improvements
by George Whittaker
Linux creator Linus Torvalds has officially released Linux Kernel 7.2, opening another chapter in the development of the world's most widely deployed open-source kernel. The final release arrived on August 16, 2026, following seven release candidates and roughly two months of development. Kernel.org now lists Linux 7.2 as the latest mainline release.
Linux 7.2 is a substantial update with improvements spanning CPU scheduling, storage performance, AMD and Intel hardware support, graphics, networking, virtualization, RISC-V, and Apple Silicon. Among its biggest additions are Cache-Aware Scheduling, USB4STREAM, AMD ISP4 support, and initial AMDGPU HDMI 2.1 FRL functionality.
Cache-Aware Scheduling Lands in Linux
One of the most interesting performance additions in Linux 7.2 is Cache-Aware Scheduling (CAS).
Modern processors frequently contain multiple last-level caches shared between groups of CPU cores. Traditional scheduling decisions don't always account optimally for those cache relationships, potentially moving tasks between cores in ways that increase cache misses.
Cache-Aware Scheduling gives the Linux scheduler additional information about cache topology so it can make smarter decisions about where workloads should run.
Early testing during development produced particularly impressive results for some server workloads, including major gains in certain MySQL configurations. The improvement varies significantly by hardware and workload, so users shouldn't expect similarly dramatic gains everywhere.
For modern AMD and Intel systems with increasingly complex CPU topologies, however, CAS provides another tool for extracting better performance from existing hardware.
USB4STREAM Enables High-Speed Connections Between Computers
Linux 7.2 also introduces USB4STREAM, an interesting new capability for transferring data directly between computers over USB4 or Thunderbolt connections.
Rather than treating USB primarily as a traditional host-to-device interface, USB4STREAM can facilitate high-speed communication between systems.
Potential applications include:
Large file transfers Development environments High-speed system-to-system networking Debugging Specialized workstation workflows
With USB4 and Thunderbolt increasingly common on laptops and desktops, this could eventually become a useful option for moving large amounts of data between Linux machines.
AMD ISP4 Finally Reaches the Mainline Kernel
AMD users receive another important addition with the arrival of the AMD ISP4 driver.
ISP stands for Image Signal Processor, hardware responsible for processing camera data before it reaches applications.
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- Linux 7.2 Reverts DRM Scheduler Change After Serious GPU Regressions
by George Whittaker
Linux kernel developers made a significant last-minute graphics change for Linux 7.2, reverting the DRM GPU scheduler back to its previous FIFO policy by default after the newer fair scheduling implementation caused serious performance regressions. The revert was submitted just before the final Linux 7.2 release after users reported severe slowdowns and desktop freezes under sustained GPU workloads.
The decision demonstrates the kernel community’s conservative approach to regressions: when a new feature causes problems this late in a development cycle, restoring known-good behavior can be safer than rushing an incomplete fix.
What Changed in Linux 7.2?
Earlier in the Linux 7.2 development cycle, the DRM subsystem switched its default GPU scheduling policy to a new fair scheduler.
The goal was to distribute GPU execution time more fairly between competing workloads. Instead of relying on the established FIFO scheduling behavior, the new implementation uses a fairness-oriented approach designed to prevent one workload from dominating GPU resources.
However, real-world testing exposed problems that had not appeared during earlier development.
The final DRM fixes for Linux 7.2 therefore:
Revert the fair scheduler changes Restore FIFO as the default Restore selectable scheduling policies Mark the fair scheduling policy as experimental
DRM maintainer Dave Airlie acknowledged that developers may have moved too aggressively when switching to the new scheduler.
AMD Radeon Gaming Exposed the Regression
The problem became particularly noticeable during gaming on an AMD Radeon RX 9070 XT.
A regression report described severe performance degradation when the GPU remained close to 100% utilization. A game running through Proton could drop to roughly 10 FPS or freeze, while audio continued playing normally.
The problem could become severe enough that the entire KDE Plasma Wayland session stopped responding, sometimes requiring the compositor to be killed or the computer to be rebooted.
Interestingly, reducing GPU load—such as by opening an in-game menu or switching away from the game—could immediately stop the stuttering.
FIFO Worked, FAIR Did Not
Testing provided strong evidence that the new scheduling policy was responsible.
The reporter compared Linux 7.2 release candidates using FAIR against configurations using the previous FIFO policy. Under otherwise similar conditions:
FAIR: reproduced the performance problem.
FIFO: survived extended stress testing without the regression.
Linux 7.1.x also behaved normally.
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- Intel’s Linux Vulkan Driver Adds AV1 Video Encoding for Arc Alchemist GPUs
by George Whittaker
Intel’s open-source Linux graphics stack has taken another step forward with hardware-accelerated AV1 encoding through Vulkan Video. New code merged for Mesa’s ANV Vulkan driver enables the VK_KHR_video_encode_av1 extension on Intel’s DG2/Alchemist graphics hardware, including Arc A-Series GPUs.
The development expands Intel’s Vulkan Video capabilities on Linux and gives applications another standardized way to access the dedicated video encoding hardware found in modern Intel GPUs.
AV1 Encoding Arrives in Intel ANV
The key change is support for the Vulkan extension VK_KHR_video_encode_av1 in Mesa’s open-source Intel ANV driver.
The extension was finalized by the Khronos Group in 2024 and provides a standardized Vulkan interface for hardware-accelerated AV1 encoding. It complements Vulkan Video’s existing AV1 decoding support and means Vulkan can provide both encoding and decoding interfaces for AV1, H.264, and H.265.
Intel had previously stated that its Arc graphics products would support Vulkan Video AV1 encoding through a future software update.
Initially Targeting Intel Arc Alchemist
The newly enabled Linux support specifically targets DG2, better known commercially as Intel’s Arc Alchemist GPU generation.
These GPUs already contain dedicated hardware capable of AV1 encoding, so the Mesa update does not add AV1 capability through software. Instead, it provides Vulkan applications with another way to access the GPU’s existing hardware video engine.
That distinction is important because hardware encoding can deliver much better performance and efficiency than encoding AV1 entirely on the CPU.
Why AV1 Matters
AV1 has become increasingly important for streaming, screen recording, video conferencing, and online video distribution.
The codec can provide high image quality at relatively low bitrates, making it attractive for applications where bandwidth and storage efficiency matter. It is also royalty-free, which has helped encourage adoption throughout the open-source ecosystem.
Hardware AV1 encoding can be particularly useful for:
Game streaming
Desktop recording
Live broadcasting
Video conferencing
Video transcoding
Content creation
For Linux users with supported Intel Arc hardware, Vulkan Video now has the potential to provide a common API for these workloads.
Building on H.264 and H.265 Support
The AV1 work follows recent improvements to Intel’s Vulkan Video encoding support for other codecs.
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- New AMD P-State Patch Delivers Major Linux Gaming Performance Boost
by George Whittaker
A newly proposed patch for the Linux kernel's AMD P-State CPU frequency scaling driver is showing impressive gaming performance improvements, potentially delivering a noticeable boost for Ryzen users without requiring new hardware. Early benchmarks indicate that the optimization can significantly improve frame rates in CPU-bound games by allowing processors to respond more quickly to changing workloads. (phoronix.com)
Although the patch has not yet been merged into the mainline Linux kernel, the initial results have generated considerable excitement among Linux gamers and kernel developers alike.
What Is AMD P-State?
AMD P-State is the modern CPU frequency scaling driver for AMD Ryzen processors on Linux. Rather than relying on the older ACPI CPUFreq driver, AMD P-State communicates directly with the processor to adjust clock speeds based on workload demands.
Its goals include:
Faster frequency scaling Improved power efficiency Better responsiveness Higher performance during demanding workloads Lower power consumption when the system is idle
Most modern Linux distributions already support AMD P-State on compatible Ryzen processors. (kernel.org)
A Focus on Gaming Performance
The new patch specifically targets how quickly AMD P-State responds when a game suddenly demands additional CPU performance.
Many games rapidly alternate between light and heavy CPU workloads. If the processor takes too long to increase its clock speed, short performance dips can occur.
The proposed optimization reduces that delay, allowing the CPU to boost more aggressively when needed and helping maintain smoother gameplay. (phoronix.com)
Promising Benchmark Results
According to early testing, the patch delivers meaningful improvements across several Linux gaming workloads.
Reported benefits include:
Higher average frame rates Better 1% low FPS performance Faster CPU frequency response Improved responsiveness during gameplay More consistent frame delivery
The biggest gains appear in CPU-limited games where processor performance has a greater impact than GPU performance. Systems that are already GPU-bound may see smaller improvements. (phoronix.com)
Designed for Modern Ryzen CPUs
The patch targets systems using the AMD P-State driver, which supports many recent Ryzen processors.
Compatible platforms generally include:
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- Linux Kernel Begins Phasing Out the crypto_rng Layer to Simplify Random Number Generation
by George Whittaker
Linux kernel developers are moving forward with plans to remove the crypto_rng API layer, a long-standing component of the kernel's cryptographic subsystem. The proposed change is part of a broader effort to simplify the kernel's internal architecture by eliminating redundant code paths and encouraging developers to rely on the kernel's modern random number generation interfaces instead. (phoronix.com)
Although the change happens entirely behind the scenes, it reflects the Linux kernel community's ongoing commitment to reducing technical debt, improving maintainability, and modernizing core infrastructure.
What Is the crypto_rng Layer?
The crypto_rng framework is an API within the Linux kernel's Crypto API that provides random number generation services for kernel components.
Historically, it allowed different kernel subsystems and drivers to request random data through a generic cryptographic interface. Over time, however, the kernel's dedicated random number generator has matured considerably, making much of the crypto_rng abstraction unnecessary. (kernel.org)
Today, developers generally recommend using the kernel's built-in random number generation functions directly instead of routing requests through the older crypto layer.
Why Developers Want to Remove It
According to discussions on the Linux kernel mailing list, the crypto_rng layer has become largely redundant.
Modern kernel code already relies on well-established interfaces such as:
get_random_bytes() get_random_u32() get_random_u64()
These functions are maintained as part of the kernel's primary random number generation subsystem and are widely used throughout Linux. Maintaining an additional abstraction layer increases code complexity without providing significant practical benefits. (phoronix.com)
Removing unnecessary infrastructure also makes the kernel easier to maintain and audit over the long term.
Simplifying the Crypto API
The Linux Crypto API has evolved significantly over the years as new algorithms, hardware accelerators, and security features have been introduced.
Kernel maintainers have increasingly focused on:
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