Yes, no problem with that

This could be funny if you have a d event computer, specially for od games

https://games-on-whales.github.io/

Ehmmmm I still don’t grasp what you mean.

In any case, mandos has a possibility to do it automatically via rsa encryption, so you have the possibility of totally unattended restart.

Because the server is (ideally) in a different location, if one of yiur systems is stolen / compromised then you only delete / revoked the certificates ID and then that machine would not be able to decrypt its own luks system.

I never deployed this system on my own, but I know a few guys who did it

Regards

I am afraid I don’t get the question.

What do you exactly mean?

Chech here, I think is a more sensible way of doing things https://www.recompile.se/mandos

You are partially right, I was fast and sloppy and I gave the impression all is jitted and it is not the reality.

The part of the translation is fine. However there are parts that are compiled beforehand (shaders for example and I can recall something about arm or other architectures, not sure now). And this is a crucial point of the extra performance, because some parts can be ported to more updated/efficient implementations, not because there are less services in the background.

As far as I know for the new Vulkans layers and dx12 implementation there is a “translation layer” from the old dx implementation to the most updated one. This is the main reason why old games runs faster on Proton than in w7 for the same hw. Even if they were designed for w7 specifically.

Last time I checked this was done during the booting of the game, but i have to admit this was time ago and it could have been changed.

Ummmm sure?

I don’t want to start that extremely old flame war of native VS jit code but…

Proton is not an emulation, it is a translation to native code, and while it has some drawbacks (more memory usage, more time at start up to compile things) it can unlocks a lot of potential when the hw support new capabilities, this is the reason that some dx10 games run faster on Linux…

Nginx is considered battle tested.

Very few products have this level of puic scrutiny and and a good record of being safe.

Once this is said, the majority of problems come from misconfigurations, so triple check the things

OK I understood that the request came from internet and tailscale was to link the reverse proxy and the server.

In this case try ipv6, pretty sure you have ipv6 and you will have a public address.

But for this case you will need a dns in your network so example.com can be resolved and then your proxy will make the right request.

Yes doable.

Yes, it is possible, but you need a domain (example.com) that I guess you want to be resolved from internet and a public face ip.

After that, yep, if the reverse proxy can resolve tailscale names (basically it has tailscale installed in the same machine) and the service is reachable via tailscale, then it is perfect.

In fact in my setup I have a public domain name that is translated into a private domain name in the reverse proxy (exactly what you want with the addition of tailscale)

Start with a nas, the rest will naturally come when you try to access your data for outside, or organize your data, or save more data types to your nas.

Your nas should be the central device and you build the rest around it.

Now, The question is, which nas? I would recommend synology, they are not too performance, a bit expensive and the company is lately doing suspicious moves, but the sw and the hw are rock solid and they are quite good for beginners from almost all angles. Extra point for how many howtos and tutorials are present in internet.

Once you are comfortable with them, you will realize the rest

No, it is not, your premise is false (in our real world. TM.) but your reasoning is good.

Energy does not vanish, you need a process to remove energy of a system.

Think in the planets orbiting the sun or the energy contained in a damm with millions liters of water. The energy is not dissipating itself, it is constant, forever.

So as long as the system is not disturbed, keeping the system in the same state is energy free because you only need energy to alter the system. Even of the energy distributions is not evenly balanced through it.

Disclaimer about the real world

The negative one!

:)

I don’t like the tone of the news, it is not ideal but it is much better than showed by this one.

A little more unbiased sourceB https://www.iea.org/reports/global-energy-review-2025

OK, I’ll take a look

Should I give it a try?

How is the i2p doing?

Last time I checked (several years ago) it was slow, non performing and scarce in results.

And my lack of knowledge didn’t help at all :)

OK, it is clearer now, thanks

If I get it correctly, this is a kind of kasm but only for the local user, right?