According to Canonical’s Oliver Grawert, the next long-term support release of Ubuntu will be available to download in 2 versions: a classic, deb-based version (default) and, for the first time, an immutable, snap-based build.

This makes sense, and was inevitable. I wonder how long they’re going to keep the .deb-based version around; I doubt they’d pull it any time soon. Still, competition is good, and it’s been clear for a while now that immutability is the next big thing in the desktop Linux world.

As cryptocurrencies rise and fall, there’s one number that just keeps going up. Whenever somebody loses money to a crypto scam or hack, the Grift Counter on Molly White’s blog, Web3 Is Going Just Great, spins higher and higher. Recently it ticked over $12 billion.

White started the blog in December 2021 out of frustration with the mainstream coverage of crypto, which she says paid too much attention to rags-to-riches tales and not enough to its dark underbelly. Her goal was to paint a fuller picture, to chronicle the thefts and failures, debunk the marketing spiel, and underline the risks in the process.

A software engineer by trade, White coded Web3 Is Going Just Great over the span of a few weeks. It was only a side project, designed to “entertain me and me alone,” says White; she never imagined it would gain any traction. But within a few months, the blog had become a viral hit, earning White a reputation as an authoritative crypto pundit.

Cryptocurrencies, NFTs, and all the related bullshit are nothing but pyramid schemes – MLMs for tech bros. I’m glad most of us and the wider world has finally come to the same conclusion.

Way back in 2006, to celebrate the introdiction of MINIX 3, Andy Tanenbaum, the operating system’s legendary creator, published an introduction article to the new version here on OSNews. I’ve followed along with development ever since, with the last item we ever posted dating from 2015. Over the weekend, a link to the MINIX 3 git repository made the rounds, noting that the last change is dated 14 November, 2018.

It seems like MINIX 3 has pretty much stalled, and digging through the Google Groups group isn’t of much help either. There’s certainly interest in the platform, but even the people frequenting the list state while MINIX 3 isn’t dead, because open source projects technically rarely die, it is in a “coma”, in a post from 2021. There’s been various proposals for improvements or new directions – notably this very detailed one – but nothing has come of them.

It probably does not help that MINIX’s creator and steward, Andy Tanenbaum, retired in 2014 from VU University, my alma mater, where he and a team of doctoral students worked on MINIX 3 for a long time. Without its main creator, who is now 79 years old, and without the funding and manpower from the university, it makes sense MINIX’ development petered out in the years after 2014.

But did it?

As many of you already know, MINIX’ development isn’t actually dead at all – one of the biggest technology companies adopted the platform, and MINIX currently runs on every processor that company sold since roughly 2015. Yes, every decently modern Intel processor runs MINIX on its Intel Management Engine, including things like a networking stack, storage drivers, and more. This was first discovered in 2017, but Intel has kept the source code to its version of MINIX entirely closed, so this fact is not of much use to anyone interested in revitalising the platform.

The fact of the matter is that MINIX 3’s development has halted, and this effectively means that MINIX is, for all intents and purposes, dead. With the last commit being almost five years old, even simply picking up where development left off would be a big undertaking, and would require some seriously bright minds and dedication. I’d love for it to happen, but I have my doubts.

The IRIX Network, the primary community for SGI and IRIX enthousiasts, has announced a fundraising effort to reverse-engineer the last 32 bit version of the IRIX kernel.

IRIX-32, so named for its basis on kernel and APIs of the last 32-bit compatible IRIX (5.3) is a proposed reverse engineering project to be conducted by a team of developers in the US and the EU.

Purpose: We will reverse engineer the version 5.3 kernel with future goal of producing a fully open source reference implementation. This is the first major step and the delivery will be documentation and reference material to enable effective emulation and driver development for IRIX.

This is huge. If they can do this, they will save the operating system from an inevitable demise. I’m of course 100% behind this, and the total costs of 8500 dollars – 6500 from the fundraiser, 1000 as a donation from the IRIX Network itself, and 1000 from a few companies still using IRIX – is definitely realistic in the sense that they should be able to meet their goal. It’s not a lot of money, and it’s not meant as fair compensation for the work delivered – the teams of developers involved know this and aren’t asking for such either.

The thread so far is a great read. They haven’t selected a fundraising platform yet, but I am definitely throwing money their way once they do.

There’s more coming to Windows 11 at some point during this year, and three of them are of particular interest to the type of people who read OSNews. First, Windows is finally getting support for more archive file formats.

Microsoft has finally added native support for more archive formats, allowing you to open tar, 7-zip, rar, gz, and other files. In addition, Windows 11 users will benefit from improved compression performance when zipping files.

You’ll soon also be able to force quit applications straight from the taskbar, instead of having to open Task Manager, and as we noted not too long ago, ungrouped taskbar buttons are also making a comeback – among other things.

Ars Technica:

A couple of months ago, Microsoft added generative AI features to Windows 11 in the form of a taskbar-mounted version of the Bing chatbot. Starting this summer, the company will be going even further, adding a new ChatGPT-driven Copilot feature that can be used alongside your other Windows apps. The company announced the change at its Build developer conference alongside another new batch of Windows 11 updates due later this year. Windows Copilot will be available to Windows Insiders starting in June.

Like the Microsoft 365 Copilot, Windows Copilot is a separate window that opens up along the right side of your screen and assists with various tasks based on what you ask it to do. A Microsoft demo video shows Copilot changing Windows settings, rearranging windows with Snap Layouts, summarizing and rewriting documents that were dragged into it, and opening apps like Spotify, Adobe Express, and Teams. Copilot is launched with a dedicated button on the taskbar.

Windows is getting an upgraded Clippy, one that shares its name with the biggest copyright infringement and open source license violation in history. In fact, some of the Windows Copilot features are built atop the Github Copilot, such as the new “AI” features coming to Windows Terminal. Now you can get other people’s code straight into your terminal, without their permission, and without respecting their licenses. Neat!

The United States surgeon general, Dr. Vivek H. Murthy, issued a public advisory on Tuesday warning of the risks of social media use to young people. In a 19-page report, Dr. Murthy noted that although the effects of social media on adolescent mental health were not fully understood, and that social media can be beneficial to some users, “there are ample indicators that social media can also have a profound risk of harm to the mental health and well-being of children and adolescents.”

The surgeon general called on policymakers, tech companies, researchers and parents to “urgently take action” to safeguard against the potential risks.

I don’t think anyone sane really needs to be convinced of the dangers of poorly-run and terribly moderated social media like Twitter and Facebook, but I do wonder why the supposed dangers stop at the age of 18? If we look at the past 10-15 years, it seems like to me the people who most easily fall prey to misinformation and targeted troll campaigns on social media are people of older generations, who then proceeded to to incredible damage to our societies in voting booths – something that can still get a lot worse in the coming years.

I have no idea how to fix any of this – social media will always exist, and so will its dark side – but we better start thinking of something, fast, because I’m afraid the damage to our society we’ve seen so far from gullible idiots falling for obvious nonsense on social media is only going to get worse from here on out.

It’s finally over.

In a post last year on the Windows XP subreddit (Windows XP web activation is finally dead…), retroreviewyt shared xp_activate32.exe⁴, which calculates the Installation ID then generates and optionally applies the corresponding Confirmation ID to activate Windows XP, all offline. Wiping the system and reinstalling Windows XP results in the same Installation ID being assigned by Windows (assuming no change in hardware or product key), thus the same Confirmation ID obtains even in msoobe’s standard telephone activation window.

Long considered out of reach, this development bodes well for salvaging old systems even after Microsoft has shut down the activation servers.

Incredible team effort spanning several decades. That being said, it’s quite sad that we do not live in a world where Microsoft just releases a simple tool to allow anyone to install XP anywhere without the need for activation.

This whitepaper details the architectural enhancements and modifications that Intel is currently investigating for a 64-bit mode-only architecture referred to as x86S (for simplification). Intel is publishing this paper to solicit feedback from the ecosystem while exploring the benefits of extending the ISA transition to a 64-bit mode-only solution.

This seems like a very good idea – and it does seem like the time is ripe to remove some of the unused cruft from x86. Intel is proposing removing removing the 16 bit and 32 bit modes, and instead start in 64 bit mode right away. The company’s proposal does retain the ability to run 32 bit code on a 64 bit operating system, though.

As a sidenote, the introduction to this proposal is hilarious:

Since its introduction over 20 years ago, the Intel® 64 architecture became the dominant operating mode. As an example of this evolution, Microsoft stopped shipping the 32-bit version of their Windows 11 operating system. Intel firmware no longer supports non UEFI64 operating systems natively. 64-bit operating systems are the de facto standard today. They retain the ability to run 32-bit applications but have stopped supporting 16-bit applications natively.

It’s 2023, and Intel is still not, in any way, capable of acknowledging AMD for coming up with AMD64. Sad.

This project’s vision is to help every college student read all the code of an operating system.

With only 2000 lines of code, egos-2000 implements every component of an operating system for education. It can run on a RISC-V board and also the QEMU software emulator.

Exactly what it says on the tin.

Recently, hinted by people on Discord, Neozeed found a Win64 compiler for AXP64 / ALPHA64, that came in as part of Platform SDK from 1999. This was to let Windows developers test compile their programs to make sure they are “64bit ready”, before the hardware was even available. However, as this was a cross-compiler from IA32 to IA64 and AXP32 to AXP64, there was no actual way of running any of the binaries. Until Itanium finally came out, after long delays. Sadly, 64-bit Alpha AXP Windows was never released outside of Redmond.

[…]

And that would be the end of the story… if not for one reader, who contacted Neozeed after his previous post, and shared a disk image… containing a 64bit version of Windows 2000 for Alpha AXP! The reader got it from a lot of random lot of hard disks bought from an e-waste, years ago, and completely forgot about it until they saw the blog post!

And you bet they got it up and running. This find is extraordinary.

The KDE project just finished up its 2023 developer sprint, and with Plasma 6 development being in full swing – which encompasses moving to Qt 6 – there’s some major announcements here.

As a result, we advanced a number of topics that had been stuck for a while. A major area of my focus in this respect became “Better default settings”. The 5 -> 6 transition is the perfect time to make significant changes to the default settings in a way that improve the UX out of the box.

The two biggest changes to KDE’s default settings will be moving from single-click to open a file, to double-clicking. Single-clicking to open has been a KDE staple for a long time, but it’s the exact opposite of literally every other major environment, so it makes sense to align this basic interaction with people’s expectations. Of course, this is KDE, so it’ll be a toggle in the same way it is now.

The second major change is Wayland by default. While X.org will, of course, still work and be available to distributions and users, Wayland will be KDE’s official recommendation from here on out. With X.org development having pretty much halted completely, and quite a few major distributions now defaulting to Wayland, this is the right move to make. For all the Wayland haters – feel free to donate your time and expertise to X.org development, because no one else is.

There’s a few other cool changes coming up, such as the floating panel by default, the accent colour being used in the top parts of windows, and more.

I was wondering what the IBM Personal Computer would have been like if they had chosen the Motorola 68000 instead of the Intel 8088, so I used my MCL86+ to emulate the 68000 and find out!

The MCL86+ is a board which uses a Teensy 4.1 to emulate a microprocessor in C code as well as use its GPIOs to emulate the local bus of the Intel 8088. It can be used as a drop-in replacement for the Intel 8088 and can be cycle accurate as well as run in accelerated modes.

That’s a neat trick.

Power-on self-tests (POST) are widely used in electronics, and one of the oldest features of personal computers. Every model of Mac in the past has had its own POST routines, some that have become famous because of the sounds that result, or what’s displayed, from the sight of a Sad Mac to the sound of a car crash. So what happens when an Apple silicon Mac fails its POST? Does it even run them?

I never stopped to think about this. The answer is interesting in that it’s not definitive.