The first rule of containers is that you do not store any data in containers.
The second rule of containers is that you run them from a versioned config with proper volumes and tagging. Always.
If you obey these rules, then it’s as simple as moving the volumes to another host and starting your containers. They’re fully portable that way.
I think the real question is going to be whether your power bill is going to be worth it. Running a large chassis server to power such old and small drives seems like kind of a bad trade considering how much more sense storage is now.
A RAID5 array with these will yield you 28TB usable, and then you’d have to worry about getting the same drive dimensions to replace one if it goes down in the coming years, which is going to be tricky.
Your take on this is inaccurate, and this is not “facial recognition”. This is pattern recognition, and shoddy at best from the description. It’s using converted 2D imaging data with heat sensor data, and reduxing the resolution down to another 2D map, and ATTEMPTING to make a match. This is what we would call “fuzzy” recognition, and is not accurate at all. Fuzzy inference takes any range of accuracy as a success, meaning if it gets it right 5% of the time, it’s considered accurate.
Bottom of the barrel bullshit that doesn’t work. Don’t even take my word for it, you can look up this same pipeline model of inference in countless GitHub repos that the original work came from and understand why.
Here’s an example:
The military would consider this a detection.
YOU on the other hand are talking some crazy conspiracy theory noise about how these cameras are used in crowds and can differentiate using heat detection maps on people wearing face paint.
NOT HOW THAT WORKS
I work in this field. No such thing exists. Thermal Imaging, including FLR, doesn’t have the contours in 2D images needed to profile anything at all. There is no such thing as a depth ranging thermal camera sensor with complex stereoscopic images that can service contours for inference. It doesn’t exist.
LOL. No such thing exists in the way you’re alluding to. What crazy conspiracy subreddit did you get that on?
That’s not the problem…
If this is just a local network, you don’t need Tailscale. Right place and time, and this is not a use for it.
If you just want a VPN to attach to your network from our in the world, get Tailscale on your router, and set routes for that device.
If you’re not sure what this means, don’t use Tailscale.
Same network, but does the server have a default route for the Tailnet? If so, your Roku won’t see it unless it’s also on the Tailnet.
Stop the Tailscale service on the server and see if the Roku sees it.
Well, is “everything else” using Tailscale? That’s kinda the deal.
What’s the need for Tailscale in this mix?
Do you know about permissions in folders? Does the owner of the Jellyfin process have access to these folders?
Is that how you think the Internet works?
In order of fuss, config ease, and resource requirements, it’s: IRC < XMPP < Matrix
Anything that already exists and won’t have pwd permissions issues is fine. Generally whatever your direct user has access to, so you don’t have to add things to the base image.
Do not use /root inside or outside of a container for plain file access. That’s insane.
This is a permissions issue, so set the mount point to something else that’s world readable by default. Event /tmp isn’t a horrible idea.
You also don’t mention if Podman is the underlying runtime managing the container, but if it is, you need get familiar with mounting when things like SElinux are enabled on this host.
Do you stand outside your home with your humAn Holes on Display???
So shocking. I’m absolutely blown away. This sucks. 🙄
If you’re literally unfamiliar with the technical process of this, I suggest you go back and read a guide, so every step very literally, and then come back if you have a problem.
It’s very obvious that’s you’re skipping steps or ignoring something.
As long as it has Internet access you can do whatever you want like any other normal machine.
For running a Lemmy server, or you mean the desktop app? I’m confused on what your goal is here.
That’s not a NAS, that’s a full-on PC.
What you want for a NAS is a low power CPU, minimal memory, and hot swap capability.
If you’re looking more an application server, then that’s a different story. In either case, you probably want the lowest end non-APU chip.