WbrJr

"Ich gurke beruflich"

Take the leak and do the "we open sourced our user dataset and moved to an community driven, distributed offsite storage solution"

As everyone recommends something else, I will throw in yet another suggestion and maybe a way to put it in perspective.

hardware:

What ever you have right now is enough. I would recommend something that has more than one drive, but you can upgrade lager all the time. Watch out for power consumption.

OS

my recommendation is proxmox. You can run multiple OS on it, test things, make backups and restore them. It takes out the pressure. It is a bit more advanced but you can configure most things regarding VM creation via GUI. You can run Ubuntu, Debian, nixos, whatever. What I like about it, is that you can install home assistant as its own VM and it runs independent of your are stack or immich if you like.

the purist would probably suggest plain Debian or so. You can access it via ssh and install docker or whatever. You will learn a lot, just like with proxmox, but here you can't do backups as easily as with proxmox. You can also install Debian or so directly in proxmox.

plug and play could be yunohost, CasaOS and things like that. It is an "server app store OS", so you install things you want to run from their app store. Its mostly one click and it runs. Its nice if you don't want to learn all that crap, but you are also limited in what you can do. You could install this on proxmox. Some don't allow good storage management, best you'd o your own research if you are interested in this route.

the storage

If you want to store all you data and images on there, you propably want to go with 2 hdds mirrored, so you don't loose your local data if one fails. I would go with no less than, 1tb, but data usage depends I guess. To run the os, definetly use ssd or nvme for their speed.

There is the 321 backup rule.

• 3 copies
• 2 different media (hdd, ssd, magnetic tape, whatever)
• 1 offsite storage.

I have a 4 1 1.5 set up:

• mirrored local storage
• 1 media (hdds)
• 1.5 offsite ad I have a mirrored offsite storage

321 is ideal but 211 would also be ok for a home lab. Some run 110 and hope for the best.

how to access it

There are multiple ways to get to your data.

The headache free one for me is a vpn mesh (tailscale, pangolin, netbird), so all your devices are in a mesh and you can access your stiff from everywhere. pro:

• very secure as it relies on the wireguard protocol and is not exposing anything. Its also pretty fast, the cap is you own internet connection. It uses smart routing, so if you are in the same network, it tries to find the fastest way. cons:
• you can't share your story as easily without others having a vpn connection.

You can also use a wireguard connection to your home router and expose you complete home network to your vpn. Also secure, my router (Fritz! Box from avm) offers this natively, but I would argue the vpn mesh solution is easier.

There is the cloud flared tunnel which some recommend, I cant say anything about it, did not use it yet.

You could also do port forwarding on your network. That way you can expose a reverse proxy for example through your home router, and access it from the outside. That way you rely on the services you run to be secure, not have a zero day and to do the authentication well. For me the risk that I forgot to update a service and there being a security risk to my data is too high, so I use the vpn route.

services to run

What ever route you choose, here are suggestions I found nice:

• docker makes it easy and fun to start and stop stuff. I use compose files as they allow you to copy that config file as a backup.
• traefik as a reverse proxy. That way you can reach your services via a domain (like shoppinglist.hezaethos.lol or so). It allows to do port mapping as well, so you could run game severs as well. Its a nice trade off between ease of use and features. Caddy is easier but can't do dns-01 certificate requests.
• immich for hosting you images. Has phone apps, is pretty much just google photos self hosted.
• paperless to uplaod all your PDFs. It does machine learning to sort your files. Its just a convenient way to store all you documdnts in one place. Its not a google drive Alternative
• nextcloud or truenas to store files

Have fun! Do what ever feels fun and don't put your goals too high, it will burn you out :)

The AI buttle is deflating right now, CPUs are getting cheaper by about 20%, as well as ram and storage, as old boy Sammy can't hold up his exaggerations and had to admit he can only spend half as much in the next 5 years. I really hope to get a gpu with 16-24g in the next 2 years, running AI locally will only get better

Edit: read comment below, I'm talking rubbish.

Isn't ffmpeg from the MPEG group which is pretty huge and has a bunch of money from all bug tech that want to use it? Idk, just what I have heard :D

I think the only real arm laptop that runs Linux decently is a Mac. I have a m1 pro I repaired for cheap. I installed asahi on it, which went crazy smooth (after Mac-OS stopped messing around). It does not feel different or faster than my other laptop. The batterylife is quite long though.

Its nice for coding and web, but its missing stuff:

• flatpak, apt and the like need to offer arm versions of a package, not everything is available. (For example Signal is missing, video codecs are missing)
• can't watch Netflix (video codecs missing)
• external monitors are not working yet (it should be close to a release)
• I had Linux force stop some apps because ram was full (I played factorio, and I think one time this happened as well with freecad or so?)

So in the end, you can get it working, for me its too much pain for too little change

I would recommend a Mac m1 air with 16gb ram and 500+ssd.

The asahi website shows what macs are supported, m1>m2>m3 etc

My frame work 13 has to me the best keyboard. Its really nice and clicky and has a nice long travel. Compared to some Lenovos and other devices i tried I like mine the best.

The touchpad is ok. Its not a Mac touchpad but its ok I guess

Herrjemine.

I don't understand where this doffers from other single bit vectors used already for quite some time. Is it just that the algorithm is more precise to reduce the 32 bit into 1 bit, than other compression models?

There is a very good episode by the Darknet diaries podcast about it. Highly recommend the show and episode

To add yet another advice:

• Get a Lenovo or dell slim client (not a nuc/mini pc but the bigger version with data ports. Roughly same power but more useful hardware)

• get 2*4 tb hdd for mass storage

• a 500gb ssd for the os. If you have the money, maybe even 2 of them and clone them

• the os is tricky. You can use proxmox, which is basically like Linux but as you have multiple vms in there you can have multiple Linux installed to take care of. Another choice would be something like truenas, casaOs, unraid etc. I can't recommend one there, I use proxmox and its great if you like CLi/sah

• to make it accessible from not home, use tailscale. You can also use a domain/dns to not have to remember ips

• if you have the option, take a mother thin client or pc with same amount of storage to another location and install a backup system, like proxmox backup system. That way your data is safe. Take a look at encryption if you dong trust the other place.

• my backup server draws 15w idle and 40-50w when its working

• my home lab is drawing 30w idle and 60 under load

• its just another factor to be aware of

Have fun!