SLACC doesn't support sending stuff like DNS servers.

It does

They actually had a couple seconds of the new mobile zbrush running on it. Blender natively supports metal nowadays (thanks to apple), so making it work is on the blender team. Sounds like a lot of work, though.

I looked into matrix servers the other day for an unrelated reason and tbh the amount of resources they ask for is way more than you need for a webpage (dendrite asks for 1gb ram minimum for a number of users, and that's without accounting for postgres)

One more for mikrotik (I run the VM version on a small linux box).

I tested a ton of those (pf/opn-senses, VyOS, even Cisco), and noone of the free ones can handle IPv6 in a reasonable way in 2024, which is slightly bizzare. Mikrotik has some annoyances, but it's rock solid as a router.

I don’t use its container features and instead run podman in a vm next to it. Works great.

BitMagnet isn’t a silver bullet. Its datastore use makes it rather unreliable past about 2M torrents mark.

I went for a much simpler approach lately as I downscaled my hardware for efficiency.

I run NixOS on the bare metal. It gives the system management a declarative approach, just like kubernetes would. On top of that, I run libvirt as a hypervisor. In other scenarios I'd use tinyvmm and cloud-hypervisor, but I found qemu way better for the variety of homelab workloads and libvirt is pretty straightforward.

Some vms have pci passthrough, e.g. my routeros vm gets a bunch of NICs directly, some have various funny network topology. Libvirt used to be a pain in that regard, but it's actually fine with NixOS because you manage both sides of the networking stack in declarative configuration.

I run NixOS on the vms too (now for the sake of easy upgrades), and I have a bit of a split between running services natively (systemd is very good about “containerizing” things nowadays) and using docker (mostly because of laziness, e.g. Elastiflow was easier to deploy this way). Finally, I have a single dokerized Ubuntu that's more like a VM (as in, I never had a dockerfile for it, it's fully stateful) running the matter home automaton bits because I gave up on properly containing the matter python stack and went for an easy way out.

Now, a word about alternatives.

I used to run Ubuntu. No more. Upgrading the OS is always a huge pain even if everything is in docker. I want my OS to be managed in a config file and be able to easily roll back to the previous state. I used to run k3s, but even though it is much thinner than k8s, it is still very much ram hungry and I just don’t want to pay for that. Besides, complex networking is often non-trivial due to how its networking works, and multus is a world of pain. I used to run different hypervisors for the VMs (kubevirt, tinyvmm, a bunch others). I went way back to libvirt mostly because it’s straightforward in tuning very specific qemu bits I cared for in the homelab. I have some cpu overprovisioning, so I want to make my quotas set up extremely precisely, sacrificing the right workloads.

from the left screen edge towards right.

isn’t threads already several times larger than the whole of the “fediverse”?

FWIW Sourcegraph chrome extension adds a neat “open in Sourcegraph” to github pages and SG is just superior. Why would you use Github's mediocre search either way ¯\_(ツ)_/¯

Hetzner machine in that article is bare metal. It’s much harder to extract the certificates from a running server without anyone noticing.

Unreal Tournament and Deus Ex both come to mind. Alexander Brandon was involved in both and his work is absolutely amazing.

If we talk specific singles, though, it's Morrowind (Nerevar Rising), Control (Take Control), and, recently, Baldur's Gate 3 (Raphael's Final Act). Morrowind's tune is so ingrained in my mind that it's my to-go whenever I get my hands on a keyboard.

That's somewhat similar to how apple private relay works.