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The issue here would be that no two blind people have exactly the same needs. It sounds like this would prevent any customization at all. We all use different speech voices, at different speeds, etc. So a system where no settings can be changed just wouldn't work.
Totally fair. Thats why Immutability on Linux, apart from the Steamdeck, is never locking down the system fully.
You can install (layer) and uninstall as many apps as you want. It also gets easier and easier to create custom images, universal-blue.org is a good example for that.
Only thing is that all installed packages need to be RPMs, no installing from source/into the system using some scripts here. This is all due to traceability.
So if the system fits your needs, leave it, but smaller or bigger changes, overrides, removals, replacements, are always possible. Simply that
So configs should be always possible, as well as changing packages. But I think maybe unlike sighted people, first priority should be to have a reliable system, that will never stop talking.
Or perhaps, better to rephrase as "first priority should be to have a system that's as reliable for blind people as it is for sighted people". In practice, that means that whenever text is printed to the screen, there needs to be a way for a blind person to know about it. Text to speech systems like espeak can run in kilobytes of memory and storage. The primary problem is sound support.
The second problem is maintaining this system. Right now, Linux is caught in a vicious circle. The system isn't accessible enough for a blind person to use, so why would a blind person put in a bunch of work on it? The NVDA screen reader on Windows is an open source screen reader entirely created by blind users. But that only works because Windows is accessible enough that the tools blind people need to create and maintain software are accessible enough for us to use. What are the tools for creating these types of systems like on Linux? You mentioned CI tools. Currently, the leading providers of these tools don't provide decent screen reader access to them, as far as I am aware. So now the tools for blind people on Linux need to be built and maintained by sighted people. From a practical standpoint, this just isn't going to happen. Open source only works when people are scratching their own itches. It's power is when people can build solutions for themselves. In the long term, an accessible Linux built for blind people by sighted people just isn't sustainable.
This is a very good point. So the basic issues should be fixed, creating the foundations for blind people to easily improve it.
For example espeak would need actually understandable voices, sound would need to work always even if everything breaks, Wayland support would need to work somehow.
But to be honest, I have no idea how a blind person works on translating something to speech/braille that is not accessible? Like, how do they know its even there?
It happens in a few ways. First, by examining the sourcecode when available. However, blind programmers talented enough to do this generally have paid, closed source work they're busy with. Second, when a platform has accessibility API's, it's at least easy to get the outline of a system, and determine what's not working. Third, of course, commercial grants for paid work. In the case of Windows, many corporations pay a lot of money to make sure Windows is accessible, so it can be used in schools, governments, and workplaces. This kind of money just hasn't been invested in the Linux desktop ecosystem. As well, in a centralized closed-source system, it's easier to force everyone to follow various coding requirements. In the case of Linux, who has the power to push through the infrastructural changes we're talking about? Oracle/Gnome, I guess? But there's a bunch of work the distros also need to do. Unlike in Apple or Microsoft, it's not just a matter of getting the "CEO of Linux" (not a real position) convinced that accessibility matters and she should invest in it.
Very true.