docs VS Rufus

marcan of the Asahi Linux project got into a discussion on reddit about this, and says that when it comes to hardware, you just can’t know.

> I can't prove the absence of a silicon backdoor on any machine, but I can say that given everything we know about AS systems (and we know quite a bit), there is no known place a significant backdoor could hide that could completely compromise my system. And there are several such places on pretty much every x86 system

(Long) thread starts here, show hidden comments for the full discussion https://old.reddit.com/r/AsahiLinux/comments/13voeey/what_is...

I highly recommend reading this if you’re interested https://github.com/AsahiLinux/docs/wiki/Introduction-to-Appl...

Depends on the box. In general if there is a hardwired HDMI port it works, if it's an alt mode it doesn't yet. The feature pages give detail by hardware, heres a direct link to the M2 page https://github.com/AsahiLinux/docs/wiki/M2-Series-Feature-Su...

https://github.com/AsahiLinux/docs/wiki/M1-Series-Feature-Su...

According to this page it should work on M1 MBP, but there is also a note about a specific patch released next week.

I'm just refuting that OP's dot update problem on Sonoma was caused by the refresh rate bug. In all likelihood OP doesn't have a weird Sonoma/Ventura dual boot situation going on (or Ashai Linux for that matter, who wrote a great article about this). In all my testing (and with a large enterprise sample size) we had zero reports of the refresh bug impacting an Apple Silicon Mac running just Sonoma itself.

> They don't support variations of software at all. They support the hardware. [...] Asahi does not need to support applications at all.

From their FAQ page[1]:

> We will eventually release a remix of Arch Linux ARM, packaged for installation by end-users, as a distribution of the same name. The majority of the work resides in hardware support, drivers, and tools, and it will be upstreamed to the relevant projects. The distribution will be a convenient package for easy installation by end-users and give them access to bleeding-edge versions of the software we develop.

As distro maintainers, it is their job to make sure the applications they package work on the hardware they support. This includes submitting patches upstream when that is not the case, as application maintainers likely wouldn't want to support such a niche environment directly. So, yes, they rely on volunteers to fix issues, but they will likely have to support many applications themselves.

There is still a lot of broken software, as this list[2] is surely not exhaustive.

> Same deal for any other hardware manufacturer. [...] Really not much different to other hardware manufacturers since Linux started.

No, it's very different. First of all, the amount of Linux hackers who volunteered to reverse engineer the wide variety of hardware was orders of magnitude larger than the Asahi team. Even if they limit the amount of devices they support, modern computers are far more complex than in the early days of Linux. Regardless of how talented the Asahi team is, maintaining all the hardware of a modern computer is a sisyphean task for a project run by volunteers.

Secondly, hardware manufacturers could see the benefit of getting their hardware to run in Linux, and many eventually took over support from volunteers. Apple has shown no interest in doing so, and has historically been hostile to open source.

> Asahi devs have made it clear that Apple has chosen to avoid blocking installation of other operating systems.

The fact they allow installation of other operating systems today, doesn't mean that this decision couldn't change in the future. Services are a large part of their business, and allowing a group of hackers to use their hardware without being part of their software ecosystem may seem like a non-issue today, but if this group grows larger assuming projects like Asahi are successful, this might become a considerable loss of income which wouldn't be in their best interest.

> Apple has no issue with it.

Can you point me to an official ackgnowledgment of Asahi Linux by Apple? Or any indication that leaving this door open was a sign of good will, instead of a lack of interest in closing it? What makes you think they wouldn't eventually lock down Macbooks in the same way they do iPhones and iPads?

> ARM is a stable well supported platform for Linux

It's really not. A lot of software works, but when it doesn't, the user is SOL. As you can see on their Broken Software page[2], the major issue is precisely with AArch64 support. This should improve eventually, and Asahi is certainly a torchbearer in this scenario, but today it's yet another hurdle of using Apple hardware.

[1]: https://asahilinux.org/about/#is-this-a-linux-distribution

[2]: https://github.com/AsahiLinux/docs/wiki/Broken-Software

More information about the macOS Sonoma ProMotion bug here.

Here’s the actual issue for anyone that cares, fully documented : https://github.com/AsahiLinux/docs/wiki/macOS-Sonoma-Boot-Failures

Get Rufus

You can also use Rufus. It has options to customize Windows 11 and one of them is to disable the hardware module requirement.

https://rufus.ie

You can use Rufus: https://rufus.ie/en/

To modify the ISO to turn off hardware check and TPM support for Windows 11 to install it on an unsupported PC.

https://github.com/pbatard/rufus/wiki/FAQ#user-content-Help_...

Besides Linux and BSD Unix there is: https://reactos.org/ https://aros.sourceforge.io/ https://www.haiku-os.org/ and https://www.arcanoae.com/arcaos/

I know some third-world nations still use DOS and the BORLAND DOS compilers because people donate old computers to their nations.

With the right OS, old computers are still usable. Please don't throw them away, e-cycle them so they get used by poor nations that cannot afford new PCs.

3. NVMe drives may not gracefully handle sudden disconnections, because USB connections are inherently unreliable interfaces prone to physical disruption and loss of power.

If your drive decides to stop showing up, first try loading up the boot device selection screen in the UEFI, and then insert the drive. It may take several seconds to show up. If trying that a few times doesn’t work, the drive may be stuck in a bad state, and might be recovered with the power cycle technique https://dfarq.homeip.net/fix-dead-ssd/

Always set up automatic backups if you actually have non-replaceable data on the drive. They can and will just suddenly die forever with loss of all data, just like thumb drives. You have been warned.

All that said, there are generally less issues if you are simply putting ventoy on it to install from a loaded iso.

I have a dual raid1 sata enclosure that I use to boot a windows to go install created with Rufus (https://github.com/pbatard/rufus), which makes testing and benchmarking so much nicer to deal with. I’ve even stuck games on it, and other than relative filesystem slowness it works pretty great.

The author has extensive documentation and tutorial content. First steps: download CD image, download Rufus (http://rufus.ie), write the image to the flash drive, remember that this will clear the data on the flash drive and it will not be recoverable.

Seems like you're an absolute newbie. Well, here is the website: https://github.com/pbatard/rufus Direct download link Youtube guide to create a bootable pen-drive

You can use that to create a bootable usb stick using rufus: https://rufus.ie

Note: Once you have created the "persistent partition" on the pedrive (you can use Rufus),during the Ubuntu installation you have to select that partition as your /home