As a non-coder interested in self hosting and somewhat aware of cybersecurity, this is the most relevant take for me.

An application that facilitates safe self-hosting of many different service is great, however for it to be actually safe and useful it must either be a cybersecurity service keeping up with the pace of threats (which is essentially the corporate closed source model) or from the ground up be an educational platform as much as an application. Documentation needs to not only be comprehensive, but also self-explanitory to a non-technical audience. It is not enough to state that a setting or feature exists, it must also be made clear why it should be used and what the consequences of different configurations are.

This approach is almost never done effectively by FOSS projects unfortunately. Fortunately I think we are at the point where it is completely feasible for this type of educational approach to be fully replicable and adaptable from a creative commons source to the specific content structure of the application user manual using LLMs (local ones). The big question is, what is the trusted commons source of this information? I suppose there are MIT and other top university courses published for open use online that could serve as the source material, but it seems like there is likely a better formatted “IT User Guide Wiki” and “Cybersecurity Risk and Exploit Alert List” with frequent updates out there that I’m not aware of, perhaps the annals of various cybersecurity and IT associations?

Anyway I’m aware this is basically calling for another big FOSS project to build a modular documentation generator, but man would it help a lot of these projects be viable for a wider audience and build a more literate public.

awesome! glad to see it.

hahahaha, what a mess.

https://youtu.be/dU3ru09HTng

Welp, looky there, an expansion port right on the bridge of the headset with PCIE compatibility.

It is nitpicking, but in legal terms you could say he has shares in the company but not stocks. Stocks refers specifically to publicly traded shares, that is to say shares sold on a stock market. Shares is the more broad term as it can refer not only to stocks but also private equity units of various types. Valve is a Limited Liability Corporation, or LLC, which have Membership Units as the type of shares held by owners, which differs from stocks both in terms of tax treatment and limitations on how they can be transacted.

Offer him the option to transition Valve to a workers cooperative. Boom, he would no longer be a billionaire.

aren’t I glad I just bought an Onn instead.

I don’t see it in the hardware design, but from a software perspective the groundwork is there for modularity. Offloading the core compute to the PC frees up onboard processing to run peripherals like full color front cameras (onboard are black and white / IR) and more advance proximity detection, hell hook up lidar and go nuts with full body tracking.

That said, all of that would depend on decent I/O. 2x USB4 ports would go a long way.

It days right in the marketing text that the headset is “a PC” which to me implies full SteamOS distro with no limitations on installing a different OS, if you can get the many hardware drivers to work.

Houdini M2 over LORA is kind of a replacement.

YouTube video on it

It’s too bad it leaves the door open for age verification requirements, but the language is overall pretty decent.

Its a commercial product fundamentally. Looking at the company’s site its clear this is an attempt to sell their commercial/enterprise “private cloud” node hardware to the general public but they’ve botched the marketing.

Medical and Transport are their core business, and they are a software-first company that has built a hardware solution for ready drop-in of their secure private cloud server software stack. https://www.nexalta.net/blog-news/11

Looking at NAS options is how I found this, I got suggested a few NAS kickstarters, but the hardware on this one seems to be superior over all. Too bad the documentation sucks.

Well there are 15 days left on the kickstarter but it has been up for a while. I didn’t catch the medical office thing before, but makes perfect sense, they are clearly a commercial/enterprise targetted business and this is their first kickstarter. They just don’t know how to market to the masses.

I agree the software documentation is lacking, they claim it is easy to setup but they don’t show what it is actually like.

I get a sense that this could be a diamond in the rough but to your point about drivers I agree support is going to make or break this device. I think there are some indications that could be decent, the company itself appears to be software-first and targeting highly regulated industries (medical and transport) that require zero downtime. So long as the company itself survives I would guess drivers will likely stay updated. As long as the company survives.

To that point, it seems like this kickstarter is a line in the water for rebranding their enterprise “private cloud” hardware for general use, but they half baked the launch.

IDK, I’m tempted, but without better documentation it’s hard to spend that cash.

What do you think? It isn’t cheap but seems like great hardware to a n00b like myself, I like the future-proofness and repairability of the slots it has. Possibly worth it?

Thanks, try now

I love this idea, but I agree lack of docker auto-installation as a part of your executable is going to make it harder to convince less techy folks to use, and they (we) strongly prefer a one click installation process at the front end.

Overall though, I love this concept and will give it a shot!

OK, you might be on to something there.