This what I was trying to setup when I first started (with Nginx, domain and free tier version of Google Cloud). I wasn’t able to get it all running with Nginx and HTTPS.

I am relatively sophisticated on LAN/local services (been running Raspberry Pi since 2018 or so), I was never able to setup a reverse proxy to get a true self-hosted system (i.e. remote access); got roadblocked by nginx and setting up letsencrypt with reverse proxy support.

In general, true remote access is IMO exponentially more difficult and demanding than getting things running on your local network.

For anyone starting out with self-hosting, I would strongly recommend LAN/local services where you can relatively easily deploy multiple very useful and powerful services (SMB/NAS, Jellyfin, Pi-hole, Qbittorrent-Nox).

I would suggest looking into DietPi, it’s IMO the best RaspberryPi/SBC distribution there is if you want things to just work and not bug you. Very helpful developers and community too. Excellent, user friendly CLI management tools for headless operation.

For that kind of money, I would expect the SSD drive to be able to provide some other qualities beyond technical things like capacity/bandwidth/latency.

Some very good qualities.

AV1 content is rather rare and encoding even 1080p content (from BD) is pretty slow unless you have a 9985WX Threadripper Pro (which costs over $11 K retail where I live).

And AV1 client support (HW decode) is lacking compared to HEVC/x265.

Don’t know which country you live in but $160 for a 14 TB HDD is a good price. It’s been a while since I lived in North America, but from memory this is a good price for US/Canada.

One general tip for saving space is to get x265/HEVC content, as it tends to be most space efficient on both an absolute and a “quality per GB basis” (some caveats of course, but I digress). That being said you may want to make sure all your clients support x265 (I prefer to simply never have to transcode and have all clients support Xvid/x264/x265 and all major audio formats).

Fair point. :)

The only reason I mentioned this is I have multiple family members who have by this point learned how to stream via bittorrent and how to use rutracker.

Why not just use something like rutracker.org ?

All the netflix releases are on there and vast majority of them can be streamed via bit torrent. Just select language defaults in your media player and you’re good to go.

Ah, Ok!

Thanks for the clarification!

And what if you don’t want to use crypto.

I have a Raspberry Pi 4B. Clients can directly play the media without any need for realtime transcoding. I could 4K transcoding being challenging for older Raspberry Pi SBCs.

I’ve been using DietPi on my SBC home servers (NAS, media service, pi-hope, etc.) since 2017 or so.

It’s an excellent distro for headless operation and makes CLI easy to use for somewhat casual users.

I’ve been using it since 2017, it’s an excellent headless SBC operating system.

Their command line utilities are top notch and they have excellent support and development cadence.

When I read “open shell account server” I thought this meant anyone can get access programmatically. This sounded like a disaster.

But turns out, at least with the respect to this NetBSD specific offer, you have to send out an application.

Was this posted in self-hosted because the term is vaguely associated with the concept of getting pregnant?

I’ve moved over two Lemmy two months (I got the feeling that I needed a Reddit alternative).

I still visit Reddit for more niche content, but for many things Lemmy works fine.

That being said, Lemmy is a lot smaller than Reddit. I believe Lemmy (all instances) only have 50K DAUs, while Reddit has 73 million DAUs, so a lot of things will be missing.

I had a pretty decent self-hosted setup that was working locally. The whole project failed because I couldn’t set up a reverse proxy with nginx.

I am no pro, very far from it, but I am also somewhat Ok with linux and technical research. I just couldn’t get nginx and reverse proxies working and it wasn’t clear where to ask for help.