Slashdot reader unixbhaskar writes: A company in the U.K. calling itself Minifree has started to ship old Thinkpad (specifically the X series and T series models) with Libreboot firmware. Which is based on coreboot firmware.
More specifically, Libreboot is the free-as-in-speech replacement for proprietary BIOS/UEFI firmware, the site notes, "offering faster boots speeds, better security and many advanced features compared to most proprietary boot firmware." Those advanced features include the GNU project's multiple-OS-booting "grand unified bootloader" GNU GRUB directly in the boot flash, along with several other customization options. "The aim is simple: make it easy to have a computer that was made to run entirely on Free Software at every level, meaning no proprietary software of any kind. That includes the boot firmware, operating system, drivers and applications."

The Libreboot project's founder is also the founder of Minifree, and the profits from Minifree's sales directly fund the Libreboot project. (The whole Minifree web site runs on Libreboot-powered servers, on a network behind a Libreboot-powered router...) Their site points out that Minifree Ltd has also privately funded several new board ports to coreboot, including 90,000 USD to Raptor Engineering for ASUS KGPE-D16 and KCMA-D8 libreboot support, and 4000 AUD to Damien Zammit for Gigabyte GA-G41M-ES2L and Intel D510MO libreboot support.

The installed OS on the laptops is either encrypted Debian (KDE Plasma desktop environment), with full driver support, or "other Linux distro/BSD (e.g. OpenBSD, FreeBSD) at your request... Advanced features like encrypted /boot (GNU+Linux only), signed kernels and more are available." And the laptops are also shipped — worldwide — with "your choice of 480/960GB SSD or 2x480GB/2x960GB RAID1 SSDs, with good batteries and 16GB RAM. Free technical support via email/IRC plus 5-year warranty."

But judging by their FAQ, the support is even more extensive. "If you brick your Minifree laptop when updating Libreboot, Minifree will unbrick it for free if you send it back to us. Even if your warranty has expired! However, such bricking is rare."

PINE64 has an update about their Star64 single-board computer with a quad-core RISC-V processor: it will be available on April 4th in two configurations: 4GB and 8GB LPDDR4 memory for $69.99 and $89.99: Let me just quickly reiterate the Star64 features:


- Quad core 64bit RISC-V
- HDMI video output
- 4x DSI and 4x CSI lates
- i2c touch panel connector
- dual Gigabit Ethernet ports
- dual-band WiFi and Bluetooth
- 1x native USB3.0 port, 3x shared USB2.0 ports
- PCIe x1 open-ended slot and GPIO bus pins (i2c, SPI and UART).
- The board also features 128M QSPI flash and eMMC and microSD card slots.


The board will be available in two different RAM configurations — with 4GB and 8GB LPDDR4 memory for $69.99 and $89.99 respectively. The Star64 store page ought to already be live when you read this, but will be listed as out of stock until the 4th.
Liliputing offers this summary: The Star64 is a single-board computer with a quad-core RISC-V processor, support for up to 8GB of RAM and up to 128GB of storage (as well as a microSD card reader). Developed by the folks at Pine64, it's designed to be an affordable platform for developers and hobbyists looking to get started with RISC-V architecture. Pine64 first announced it was working on the Star64 last summer...
Meanwhile, PINE64's Linux tablets, the PineTab2 and PineTab-V, will launch one week later on Tuesday, April 11th.

Other highlights from this month's community update: there's now a dedicated Debian with GNOME image with tailored settings for grayscale for their Linux-based "PineNote" e-ink tablets. ("Other OSes and desktop environments are being worked on too.")

And the update also includes photos of one user's cool 3D-printed replacement cases for their PinePhone featuring Tux the penguin.

"With an 8-core Rockchip RK3588S SoC, the Orange Pi 5 is leaps and bounds faster than the aging Raspberry Pi 4," writes Phoronix: With up to 32GB of RAM, the Orange Pi 5 is also capable of serving for a more diverse user-base and even has enough potential for assembling a budget Arm Linux developer desktop. I've been testing out the Orange Pi 5 the past few weeks and it's quite fast and nice for its low price point.

The Orange Pi 5 single board computer was announced last year and went up for pre-ordering at the end of 2022.... When it comes to the software support, among the officially available options for the Orange Pi 5 are Orange Pi OS, Ubuntu, Debian, Android, and Armbian. Other ARM Linux distributions will surely see varying levels of support while even the readily available ISO selection offered by Orange Pi is off to a great start....

Granted, the Orange Pi developer community isn't as large as that of the Raspberry Pi community or the current range of accessories and documentation, but for those more concerned about features and performance, the Orange Pi 5 is extremely interesting.
The article includes Orange Pi 5 specs:

• A 26-pin header
• HDMI 2.1, Gigabit LAN, M.2 PCIe 2.0, and USB3 connectivity
• A Mali G510 MP4 graphics processor, "which has open-source driver hope via the Panfrost driver stack."
• Four different versions with 4GB, 8GB, 16GB, or 32GB of RAM using LPDDR4 or LPDDR4X. "The Orange Pi 4GB retails for ~$88, the Orange Pi 5 8GB version retails for $108, and the Orange Pi 5 16GB version retails for $138, while as of writing the 32GB version wasn't in stock."

In 169 performance benchmarks (compared to Raspberry Pi 4 boards), "this single board computer came out to delivering 2.85x the performance of the Raspberry Pi 400 overall." And through all this the average SoC temperature was 71 degrees with a peak of 85 degrees — without any extra heatsink or cooling.

An anonymous reader shares this report from Phoronix: For over a half-decade ASUS has been selling the Tinker Board devices as their line of Raspberry Pi alternatives. To date the ASUS Tinker Board single board computers have all been Arm-based while now they have launched their first RISC-V board, the Tinker V.

The ASUS Tinker V is their first RISC-V single board computer and intended for the industrial IoT (Internet of Things) developer community. The ASUS Tinker V is set to officially run Debian Linux and Yocto while surely with time more Linux distributions will be supported.... Being IoT focused, there isn't any display support. Those interested in learning more about the ASUS Tinker V can do so via tinker-board.asus.com.
The Register notes that Asus "is offering at least five years of support for Tinker V... Dedicated on-site technical support is also available to shorten customer development cycles and accelerate application deployment." The move shows that the RISC-V open-source instruction set architecture continues to garner support. The last RISC-V Summit in San Jose saw the launch of a family of datacenter-class processors based on the architecture from Ventana Micro Systems, while XMOS unveiled new high-performance microcontrollers using RISC-V.

According to Asus, Tinker V samples will be available in Q2 of this year, but it did not disclose a date for full availability or pricing.

An anonymous reader quotes a report from ZDNet: Now, leaders from the GNOME Foundation and KDE Foundation, along with Debian Linux, are considering [...] building an app store on top of Flatpak, a universal Linux software deployment and package management program. This idea of replacing traditional but not very friendly ways of delivering Linux desktop apps, such as DEB and RPM package management systems, has been around for a while. Besides being easier to use, Flatpak and its rivals, such as Appimage and Snaps, can also run on any Linux distribution. All the programs do this by containerizing applications with all their necessary libraries and associated files.

Now, as laid out in former Google chairman Eric Schmidt's Plaintext Group, the proposal is to "Promote diversity and sustainability in the Linux desktop community by adding payments, donations, and subscriptions to the Flathub app store." Behind this idea are several Linux desktop leaders, such as GNOME president Robert McQueen; former GNOME executive director and Debian project leader Neil McGovern; and KDE president Aleix Pol. Flatpak, unlike the earlier store attempts, works on essentially all Linux distros. This makes it much more interesting.

Why Flakpak, instead of its chief rival, Snaps? They explained, "Flathub is a vendor-neutral service for Linux application developers to build and publish their applications directly to their end users. A healthy application ecosystem is essential for the success of the open-source software desktop, so end-users can trust and control their data and development platforms on the device in front of them." [...] Be that as it may, while the proposal for a paid Flathub app store remains just an idea, it's still one that may garner support. If this plan can generate enough support, and then the revenue, to cover its costs, it may create the first popular universal Linux app store. Then, who knows, maybe the Linux desktop will finally become broadly popular. Stranger things have happened.

Phoronix reports: While Ubuntu Linux hasn't provided Flatpak support out-of-the-box due to their preference of using their own Snap app packaging/distribution format, Ubuntu flavors/spins have to this point been able to pre-install Flatpak support if they desired. However, for the 23.04 "Lunar Lobster" cycle and moving forward, Ubuntu flavors will no longer be permitted to install Flatpak packages by default.

Flatpak support for Ubuntu and its flavors will remain available in the Ubuntu archive so those wanting to install Flatpak support can easily do so post-install.

This change going into effect with the 23.04 cycle is making it so no Ubuntu flavors will have Flatpak support installed by default / out-of-the-box: they are supposed to center around Debian packages and Snaps for their out-of-the-box packaging support to align with Ubuntu.
From the blog OMG Ubuntu: Ubuntu developers have agreed to stop shipping Flatpak, preinstalled Flatpak apps, and any plugins needed to install Flatpak apps through a GUI software tool in the default package set across all eight of Ubuntu's official flavors, as of the upcoming Ubuntu 23.04 release.

Ubuntu says the decision will 'improve the out-of-the-box Ubuntu experience' for new users by making it clearer about what an "Ubuntu experience" is....

As far as Ubuntu is concerned, only deb and snap software is intrinsic to the 'Ubuntu experience', and that experience now needs to be offered everywhere. Flavor leads (apparently) agree, and have all agreed to mirror regular Ubuntu by not offering Flatpak features in their default install for future releases....

Flatpak will not be uninstalled or removed when user makes the upgrade to Ubuntu 23.04 from a version where Flatpak is already present.

A Rust-based re-implementation of GNU core utilities like cp and mv is "reaching closer to parity with the widely-used GNU upstream and becoming capable of taking on more real-world uses," reports Phoronix: Debian developer Sylvestre Ledru [also an engineering director at Mozilla] began working on uutils during the COVID-19 pandemic and presented last week at FOSDEM 2023 on his Coreutils replacement effort. With uutils growing into increasingly good shape, it's been packaged up by many Linux distributions and is also used now by "a famous social network via the Yocto project...."

The goals with uutils are to try to create a drop-in replacement for GNU Coreutils, strive for good cross-platform support, and easy testing. Ledru's initial goals were about being able to boot Debian, running the most popular packages, building key open-source software, and all-around it's been panning out to be a great success.... [M]ore performance optimizations are to come along with other work for compatibility against the GNU tools and implementing some still missing options in different programs

Last summer GNOME invited people to voluntarily run the tool gnome-info-collect on their systems to send back (non-sensitive/non-identifiable) data about their system configurations. 2,560 people ran the tool, and they're now releasing the data.

Here's the distribution of distros for all 2,560 respondents:

Fedora: 1,376 (54.69%)
Arch: 469 (18.64%)
Ubuntu: 267 (10.61%)
Manjaro: 140 (5.56%)
EndeavourOS: 66 (2.62%)
Debian: 44 (1.75%)
openSUSE: 38 (1.51%)
Pop! 38 (1.51%)
Other: 78 (3.10%)


And the breakdown of hardware manufacturers (top four):

Lenovo: 516 (23.54%)
Dell: 329 (15.01%)
ASUS: 261 (11.91%)
HP: 223 (10.17%)


The site OMG! Linux pointed out that 90% of systems had Flatpak installed — (though it's enabled by default on Fedora, which was 54.69% of all the respondents). Some other interesting stats they noticed: - Most common default browser: Firefox (73.14%), Chrome (11.64%), Brave (4.76%). [Microsoft Edge was the default browser on 37 systems (1.51%) ]

- 83% of users have at least one (non-default) GNOME extension installed
- 'App Indicator' is the most popular extension (by 43% of those using extensions)

- GSConnect, User Themes, and Dash to Panel/Dock also widely used

- Most popular desktop apps: GIMP (58.48%), VLC (53.71%), Steam (53.40%)


[...] The popularity of GNOME extensions will surprise no-one. It is a solid indicator that the existing GNOME extension system is good at doing what it's there to: let users augment and extend their system in the ways they want.
GNOME's report adds that "it's exciting to see the popularity of new GNOME apps like Flatseal, To Do, Bottles, and Fragments."

One other interesting stat from their report: 55% of the participants were using Online Accounts, with Google the most common one added, followed by Nextcloud and Microsoft. But "Some of the account types had very little usage at all, with Foursquare, Facebook, Media Server, Flickr and Last.fm all being active on less than 1% of systems."

An anonymous reader quotes a report from ZDNet: Microsoft's Windows Subsystem for Linux (WSL) for running GNU/Linux environments on Windows 10 and Windows 11 has reached version 1.0.0 and is now generally available. Microsoft has been building WSL, including its own custom Linux kernel, for several years now. At first, WSL and WSL2 were an optional component within Windows, but last October Microsoft made the preview WSL available in the Microsoft Store as a separate app. The Store version could deliver users -- mostly developers and IT pros -- faster updates and features independently of updates to Windows.

As well as WSL shedding the "preview" label, Microsoft is making the WSL app from the Store the default for new users. As Microsoft noted last October at the release of Windows 11, the long term plan was to move WSL users to the Store version. However, Windows 11 still supported the "inbox version" of WSL while it continued developing the Store version. With this release, Microsoft is backporting WSL functionality to Windows 10 and 11 to make the Store version of WSL the default experience. The latest backport is available to "seekers" who click "Check for Updates" in Windows Settings, but in mid-December it will be pushed automatically to devices. The updates are available for Windows 10 version 21H1, 21H2, or 22H2, or on Windows 11 21H2 with all of the November updates applied.

Microsoft detailed a number of changes to commands now that the Store version of WSL is the default version, noting "wsl.exe --install will now automatically install the Store version of WSL, and will no longer enable the "Windows Subsystem for Linux" optional component, or install the WSL kernel or WSLg MSI packages as they are no longer needed." The virtual machine platform optional component will still be enabled, and by default Ubuntu will still be installed. One of the main new additions to WSL 1.0 is that users can opt in to support for systemd, the at-one-point maligned Linux system and service manager, which runs by default in several Linux distros, including Ubuntu and Debian. Also, Windows 10 users can use Linux GUI apps, a capability that was previously exclusive to Windows 11 users.

Michael Larabel writes via Phoronix: Debian developers have been figuring out an updated stance to take on non-free firmware considering the increasing number of devices now having open-source Linux drivers but requiring closed-source firmware for any level of functionality. The voting on the non-free firmware matter has now concluded and the votes tallied... The debian votes option 5 as winning: "Change SC for non-free firmware in installer, one installer."

Basically the Debian Installer media will now be allowed to include non-free firmware and to automatically load/use it where necessary while informing the user of it, etc. Considering the state of the hardware ecosystem these days, it's reasonable and common sense since at least users will be able to easily make use of their graphics cards, network adapters, and more. Plus a number of modern CPU security mitigations also requiring the updated closed-source microcode. So all in, I am personally happy with this decision as it will allow for a more pleasant experience for Debian on modern systems and one akin to what is found with other Linux distributions. The solution is described in full via the Debian Wiki.

"The GNOME desktop environment is one of the most popular user interfaces and suites of apps available for desktop Linux distributions," writes Liliputing.

"Now a team of developers have been working to bring GNOME to mobile devices running Linux-based operating systems." GNOME Shell for mobile provides a touch-friendly user interface optimized for smartphones and tablets. And while it looks a bit like Android or iOS at first glance, there are a few key differences. The GNOME team have outlined some of them in an article about recent updates to GNOME Shell on mobile.

Like other modern mobile user interfaces, you interact with GNOME shell using taps, swipes, and other gesture-based navigation. What's different is that Android has three different views for navigation: a home screen, app drawer, and multitasking view. iOS has two: home screen and multitasking. But GNOME Shell has a single screen that allows you to view and launch apps and switch between running apps using gestures. There's no need to wait for a new screen to load. In a nutshell, you can swipe up from the bottom of the any screen to view a list of installed apps, thumbnail images showing all currently running apps, and a search box. You can tap an app icon to launch a new app, enter a term in the search box to find an app, or swipe between running apps to switch which app runs in the foreground.

You can also keep swiping upward to shrink the multitasking thumbnails and provide more room for app icons. And you can flick thumbnail previews upward to remove an app from the multitasking section. Typing in the search box will bring up relevant results including apps and settings.
"One interesting new feature here is that notifications can be swiped away horizontally to close, and notification bubbles can be swiped up to hide them..." the developers point out. "While the current version is definitely still work in progress, it's quite usable overall, so we feel it would make sense to start having experimental GNOME OS Nightly images with it."

But Liliputing also notes that it's not the only GNOME-based UI for mobile devices. There's also Purism's Phosh UI — the default UI for the PureOS on its Librem 5 smartphone (and available for other mobile Linux distros including Debian).

And Purism recently bragged that its smartphone is now also "the first mobile computer with a truly convergent OS" — meaning it can run on multiple hardware platforms, with apps adapting to their hardware. The Librem 5 [smartphone] uses the same convergent PureOS as our Librem 14 laptop and Mini PCs, with the same adaptive applications that make the Librem 5 more than merely a phone, it's a mobile computer in your pocket that can shape shift into a laptop, tablet, desktop, or even a server.... Scale your Librem 5 up to be a full laptop by attaching the Nexdock. Because our core apps are adaptive, they are ready to run on whatever screen you have....

With phosh-mobile-settings installed, you can flip the nexdock around and use the big screen just like a tablet.... Don't have a laptop dock? The Librem 5 can also act like a desktop computer when connected to a screen, keyboard, and mouse using our USB-C dock. Using the beta phom virtual mouse app, you can turn your Librem 5 into a touchpad mouse while it's connected to the big screen.

With the Librem 5, you can keep your desktop computer in your pocket and connect to a bigger screen at home or at the office and use the same apps on the bigger screen without restarting....

With the Librem 5 phone, you're getting much more than smartphone to run mobile-only apps; you're getting a laptop, tablet, desktop, all running software that respects your privacy and freedom.

Following a preview in April, Microsoft this morning announced the general availability of virtual machines (VMs) on Azure featuring the Ampere Altra, a processor based on the Arm architecture. From a report: The first Azure VMs powered by Arm chips, Microsoft says that they're accessible in 10 Azure regions today and can be included in Kubernetes clusters managed using Azure Kubernetes Service beginning on September 1.

The Azure Arm-based VMs have up to 64 virtual CPU cores, 8 GB of memory per core and 40 Gbps of networking bandwidth as well as SSD local and attachable storage. Microsoft describes them as "engineered to efficiently run scale-out, cloud-native workloads," including open source databases, Java and .NET applications and gaming, web, app and media servers. Preview releases of Windows 11 Pro and Enterprise and Linux OS distributions including Canonical Ubuntu, Red Hat Enterprise Linux, SUSE Enterprise Linux, CentOS and Debian are available on the VMs day one, with support for Alma Linux and Rocky Linux to arrive in the future. Microsoft notes that Java apps in particular can run with few additional code changes, thanks to the company's contributions to the OpenJDK project.

An anonymous reader quotes a story from the Linux/Open Source news site It's FOSS: While Firefox is still the default web browser in Debian, you can find the Chromium browser in the repositories. Chromium is the open source project upon which Google has built its Chrome web browser. It is also preferred by many Linux users as it provides almost the same features as Google Chrome.

Earlier, Chromium used Google as the default search engine in Debian. However, Debian is going to use DuckDuckGo as the default search engine for Chromium.

It all started when bug report #956012 was filed in April 2020, stating to use DuckDuckGo as the default search engine for the Chromium package. You can see the decision was not taken in any hurry, as the maintainers took more than two years to close the bug report.

The reason for the change goes as stated in the official package update announcement.

Change default search engine to DuckDuckGo for privacy reasons. Set a different search engine under Settings -> Search Engine (closes: #956012).

PINE64's August update included photos of their first prototype for its upcoming Star64 single-board computer, "the first true RISC-V single-board computer from us...but as I wrote last month it certainly isn't the last RISC-V piece of hardware you'll be seeing from us." Just as a short recap: Star64 comes with a StarFive JH7110 64bit CPU sporting quad SiFive FU740 cores clocked at 1.5GHz. The SOC is equipped with BXE-2-32 from Imagination Technologies, which is said to be a solid mid-range GPU. Star64 will be available in two configurations — with 4Gb and 8GB of RAM, similarly to the Quartz64. Both hardware versions include USB 3.0 and a PCIe slot as well as two native Gigabit Ethernet NICs.... Along the long leading edges you'll find PCIe on one end and GPIO on the other. At one end of the board you'll find a digital video output, a double-stacked Gigabit Ethernet port and a 12V barrel plug for power. On the opposite side, you'll find 3x USB 2.0, 1x USB 3.0, an audio jack as well as a power button. There are also two U.FL ports for antennas — one for bluetooth and the other for WiFi....

The Star64 also has an MiPi display output complete with a touch panel (TP) input, a 12V power port, a CSI camera port and an eMMC slot. A micro SD card slot can be found at the bottom of the PCB. Similarly to the RockPro64 and Quartz64, the 12V port on the Star64 can be used for powering other hardware directly from the board — a popular example is powering one or multiple SSDs connected to a PCIe SATA adapter. I'll add that, at least in theory, the Star64 would make a great network-attached storage device because of its SoCs low thermals and idle power. I am looking forward to seeing NAS-focused Linux or BSD* OSes available for the board.

Speaking of software, efforts to support the SoC in Linux have already begun. I've been told that both Debian and Fedora are already being ported to the StarFive JH7110, which is great news. We are certain that many other OSes will follow swiftly — especially once we start delivering the Star64 to interested developers. On the subject of availability: the Star64 will be available in a few weeks time, and will initially be available to developers. Given the interest in the Star64's and the SoC powering I hope to see functional distributions available for the board soon after launch.
The announcement also included an update on their PinecilV2 smart mini portable soldering iron (built with a 32-bit RISC-V SoC). "The Pinecil V2 landed earlier this month and sold out almost instantly. The next production run of the ought to be available soon however..."

"Debian currently doesn't load non-free firmware by default on its systems," reports Phoronix, "even when it means no working hardware support/acceleration without those binary elements. Not loading the non-free firmware can also mean missing out on security updates or for addressing usability issues."

Now the Debian community is discussing three proposals on how non-free firmware should be handled going forward (before a vote in September).

Proposal A and B both start with the same two paragraphs: We will include non-free firmware packages from the "non-free-firmware" section of the Debian archive on our official media (installer images and live images). The included firmware binaries will normally be enabled by default where the system determines that they are required, but where possible we will include ways for users to disable this at boot (boot menu option, kernel command line etc.).

When the installer/live system is running we will provide information to the user about what firmware has been loaded (both free and non-free), and we will also store that information on the target system such that users will be able to find it later. The target system will also be configured to use the non-free-firmware component by default in the apt sources.list file. Our users should receive security updates and important fixes to firmware binaries just like any other installed software.
But Proposal A adds that "We will publish these images as official Debian media, replacing the current media sets that do not include non-free firmware packages," while Proposal B says those images "will not replace the current media sets," but will instead be offered alongside them.

And Proposal C? "The Debian project is permitted to make distribution media (installer images and live images) containing packages from the non-free section of the Debian archive available for download alongside with the free media in a way that the user is informed before downloading which media are the free ones.

"For more than a decade, Google has been baking and eating its own homemade Linux desktop distribution," writes Computerworld.

Long-time Slashdot reader waspleg shared their report: The first version was Goobuntu. (As you'd guess from the name, it was based on Ubuntu.) In 2018, Google moved its in-house Linux desktop from the Goobuntu to a new Linux distro, the Debian-based gLinux. Why? Because, as Google explained, Ubuntu's Long Term Support (LTS) two-year release "meant that we had to upgrade every machine in our fleet of over 100,000 devices before the end-of-life date of the OS."

That was a pain. Add in the time-consuming need to fully customize engineers' PCs, and Google decided that it cost too much. Besides, the "effort to upgrade our Goobuntu fleet usually took the better part of a year. With a two-year support window, there was only one year left until we had to go through the same process all over again for the next LTS. This entire process was a huge stress factor for our team, as we got hundreds of bugs with requests for help for corner cases."

So, when Google had enough of that, it moved to Debian Linux (though not just vanilla Debian). The company created a rolling Debian distribution: GLinux Rolling Debian Testing (Rodete). The idea is that users and developers are best served by giving them the latest updates and patches as they're created and deemed ready for production.
Google's using what appears to be an automated build system (along with virtualized test suites, and eventually "incremental canarying"), the article points out. The end result?

"The entire gLinux development team consists of a single on-duty release engineer position that rotates among team members."

In April ZDNet called its beta "the cutest Linux distro you'll ever use," praising the polished "incredible elegance" of Debian-based Cutefish OS, with its uncluttered, MacOS-like "Cutefish DE" desktop.

But now CutefishOS.com times out, with at least one Reddit user complaining "their email is not responding" and seeking contributors for a fork.

But meanwhile, the technology site DebugPoint.com shares another update: It looks like the OpenMandriva project is already continuing with the development of the Cutefish DE (not the OS) for its own OS. For more details, visit the Matrix discussion page.

Besides, it's worth mentioning that Arch Linux already have the Cutefish desktop packages in the community repo. You can even install it as a standalone desktop environment in Arch Linux with easy steps. As you can see, it is easier to maintain the desktop environment to continue its development because the structure is already out there.

I have tested and reviewed hundreds of distros for years, and Cutefish OS is the promising one with its stunning desktop environment. It was written from the ground up with QML and C++ and took advantage of KWin. It would have been an attractive desktop as a separate component and could have been another great option besides KDE Plasma or GNOME.

Many open-source projects are born and die every year, and it's unfortunate to see the situation of Cutefish OS. I hope an official fork comes up soon, and we all can contribute to it.

A senior systems administrator at the Free Software Foundation points out that they're running free software in two data centers and over a hundred virtual machine — each and every one with "a freedom-respecting BIOS."

But the "how" is surprisingly intricate: [E]arlier this week, we replaced "Columbia", the last of any FSF-run machines running a nonfree BIOS....

At FSF, our current standard is ASUS KGPE-D16 motherboards with AMD CPUs 6200 series CPUs released in 2012. For the BIOS, we install Libreboot, the easy-to-install, 100% free software replacement for proprietary BIOS/boot programs, or a version of Coreboot that is carefully built to avoid including any nonfree blobs. They are fast enough for our needs, and we expect this to be the case for many more years to come. They are also very affordable systems. We are also working toward supporting Raptor Computer Systems' newer and more powerful Talos II, as well as Blackbird motherboards that use IBM POWER9 CPUs. The POWER9 CPU architecture is called "PowerPC 64-bit little endian," abbreviated "ppc64el...." The Raptor motherboards come with entirely free firmware — and even have free hardware designs!

However, this type of migration has its challenges. For example, the first thing we needed to address before using these motherboards is that the main operating system we use, Trisquel GNU/Linux, didn't previously run on pp64el. So, earlier this year, we set up a Raptor POWER9 computer running Debian (without using any nonfree parts of Debian repositories) and loaned it to the maintainers of Trisquel for as long as needed. And now, we are proud to say that the upcoming Trisquel 11 release will support POWER9...!

Before I decommissioned Columbia, I ran a dmidecode, which told me that the BIOS program fit within a single megabyte of space. Often, very simplistic firmware becomes more complicated in later models, and that also usually means it has a growing significance for a user's software freedom. Some newer nonfree BIOSes have grown into operating systems in their own right, sometimes with large programs such as a full Web browser.

There is no fully-free BIOS available for x86 Intel and AMD CPUs released after about 2013. The key blocking factor is that those CPUs require certain firmware in the BIOS, like Intel Management Engine. Those CPUs will also refuse to run firmware that hasn't been cryptographically signed by private keys controlled by AMD and Intel, and AMD and Intel will only sign their own nonfree firmware. At the FSF, we refuse to run that nonfree firmware, and we applaud the many people who also avoid it. For those people who do run those Intel or AMD systems, running Coreboot or Osboot is still a step up the Freedom Ladder for the software freedom of your BIOS.

The road to freedom is a long road. We hope our dedication to achieve milestones like these can inspire the free software movement.

williamyf writes: Today, Mozilla released Firefox 102.
New features include:
* Tired of too many windows crowding your screen? You can now disable automatic opening of the download panel every time a new download starts. Read more.
* Firefox now mitigates query parameter tracking when navigating sites in ETP strict mode.
* Subtitles and captions for Picture-in-Picture (PiP) are now available at HBO Max, Funimation, Dailymotion, Tubi, Disney+ Hotstar, and SonyLIV. This allows you to view video in a small window pinned to a corner of the screen while navigating between apps or browsing content on the main screen.

But do not get fooled, the most important feature is that this release is an ESR, this is super-important of a host of reasons:

* Firefox ESR is the basis for KaiOS (an evolution of BootToGecko), an OS for Semi-Smart Phones very popular in India (100milion+), SE Asia + Africa (~60Milion), so, whatever made the cut in 102 will define the base capabilities for KaiOS for the next year.

* Firefox ESR is the basis for Thunderbird, so, if you use Thunderbird or a derivative, whatever made the cut in 102 will underpin Thunderbird for the next year.

* Many popular Linux distros (like Debian or Kali) use Firefox ESR as the default browser.

* Many companies and organizations use Firefox ESR as their default browser, and many SW development companies certify Firefox ESR as an alowed browser for their SW.

So, 102 is a very important release, becuase it brings a year of advances to ESR.

An anonymous reader shares an excerpt from an opinion piece via The Register, written by longtime technology reporter and Linux enthusiast Steven J. Vaughan-Nichols: Recently, The Register's Liam Proven wrote tongue in cheek about the most annoying desktop Linux distros. He inspired me to do another take. Proven pointed out that Distrowatch currently lists 270 -- count 'em -- Linux distros. Of course, no one can look at all of those. But, having covered the Linux desktop since the big interface debate was between Bash and zsh rather than GNOME vs KDE, and being the editor-in-chief of a now-departed publication called Linux Desktop, I think I've used more of them than anyone else who also has a life beyond the PC. In short, I love the Linux desktop. Many Linux desktop distros are great. I've been a big Linux Mint fan for years now. I'm also fond, in no particular order, of Fedora, openSUSE, Ubuntu, and MX Linux. But you know what? That's a problem right there. We have many excellent Linux desktop distros, which means none of them can gain enough market share to make any real dent in the overall market.
[...]
Besides over 200 distros, there are 21 different desktop interfaces and over half-a-dozen different major ways to install software such as the Debian Package Management System (DPKG), Red Hat Package Manager (RPM), Pacman, Zypper, and all too many others. Then there are all the newer containerized ways to install programs including Flatpak, Snap, and AppImage. I can barely keep them all straight and that's part of my job! How can you expect ordinary users to make sense of it all? You can't. None of the major Linux distributors -- Canonical, Red Hat, and SUSE -- really care about the Linux desktop. Sure, they have them. They're also major desktop influencers. But their cash comes from servers, containers, the cloud, and the Internet of Things (IoT). The desktop? Please. We should just be glad they spend as many resources as they do on them.

Now, all this said, I don't want you to get the impression that I don't think the conventional Linux desktop is important. I do. In fact, I think it's critical. Microsoft, you see, is abandoning the traditional PC-based desktop. In its crystal ball, Microsoft sees Azure-based Desktop-as-a-Service (DaaS) as its future. [...] That means that the future of a true desktop operating system will lie in the hands of Apple with macOS and us with Linux. As someone who remembers the transition from centrally controlled mainframes and minicomputers to individually empowered PCs, I do not want to return to a world where all power belongs to Microsoft or any other company. "The Linux desktop will never be as big as Windows once was," writes Vaughan-Nichols in closing. "Between DaaS's rise and the fall of the desktop to smartphones, it can't be. But it may yet, by default, become the most popular true conventional desktop."