And the OS they chose is Fedora Linux, right? Right?

Always has been!

Literally the thing I cannot understand. They could just do their own electricity and even share back.

Thanks! I just thought that’s some non-existent thing, which Microsoft invented and nobody needs it ever. Well, that’s not far from your point, I guess. But still. Didn’t know that’s called a phone tree!

The fuck is a phone tree? Pardon my language, sir.

Thanks!

Any good guide you can recommend? Thought of going the very same thing, but had not much time and energy recently.

Yeah, I’m not that loud as the other guys who keep praising some obviously stupid solutions like 1Password or I don’t know, BitWarden. And then one day … surprise surprise!

Keepass’ derivatives may be worth a look, but I don’t like it either. For most people a built-in solution iPhones provide is actually better than all this shit. If you’re on Android, good luck. Write your own if you don’t like pass.

As the other reply goes. I am not sure I even care whether the app is updated, I believe some software can stay finished if it’s simple enough.

I use Pass, and I’m tired of laughing at all these posts. Now I’m just ‘oh, again, what a surprise!’

My passwords are gpg-encrypted and stored in a git repository. The only improvement I can do is to migrate to my own server instead of GitLab (which I setup like a decade ago), but there’s some inertia as GitLab just works for now. And I see no real point of doing so.

The structure is open, but you can encrypt it with the external tools if needed. I have zero understanding of the attack vector when my password file name is Gmail or Proton or Server/1. Good luck doing something with it.

I searched for what HDMI-CEC but it’s not very clear to me. Does it mean that, say, if I have an HTPC, and if I run Kodi, I can control it with a regular TV remote? Should this thing be on a TV too? Would appreciate someone with the supported devices to comment how it works and how you use it.

A nice blog you have, I think I’d explore later. I found you had/have a blog in German before (long time ago, I assume). Do you blog in German / Swedish as well? Even if not public. I’m busy deploying my own blog in English, and I thought of trying other languages too. Thought precisely of German and Swedish :) but for me, it would take a very long time, I want to finish my English blog first.

Did you try blogging? I think blogging can help.

I haven’t been opening it for years, I have half a thousand friends there. Most of which I know personally, so no some internet randos. Maybe it was difficult at first, I don’t really remember. Some people messaged me there, and I haven’t been reading their messages for a very long time, so they assumed I don’t use the platform. I tried this many times in my past, but at some point I succeeded and today opening Facebook once a day sounds like a lot to me.

Because of this, it feels like nobody’s at Facebook. That’s an interesting bubble to be in. I have no idea how many people I personally know are there, but I afraid it still a lot.

What are you guys doing with all this?

My two media servers are Orange Pi Zeros with 512 MB, and I could get away with 256 MB, I just bought what was available locally for cheap. My main 24/7 server is Raspberry Pi 2 with 1 GB of RAM. Same story here. I have some beefier machines (but not like that), I power on when I need them. My main desktop machine has 32 GB, but I use like less than 8, I see no difference after upgrading from 16. Did that simply to tick the task as done. I mean, the more the merrier, but 128 sounds insane, especially for a household use. All my ARR stack (before I removed it) was working on a Raspberry Pi. Simple serving machine (with no transcoding, but I’m still unsure why would people even use it in the first place), I tested with an IDE HDD (read: very slow reads and writes) and it was quite good for serving huge 4K Bluray Remuxes. I haven’t tested the system with a huge number of users, but if I were to help an extended family with their media needs, I think I’d go with building a set of underpowered servers for everyone. We have two cheap laptop disks, 500 and 750 GBs each, and that’s plenty to have various movies and series being there for us to watch. Even if I wanted to have it in terabytes, like a huge collection, do you really need so much ram to support this much storage? It’s a WORM scenario, isn’t it?

Apart from that, yeah, looks cool. It’s curious to learn what it is to work off a machine where you can serve everything from memory.

Of course it fucking is, it runs Linux, not Winslowpes from Microslop. My basement server has 100% uptime, and I’ve got it for close to free (like ten bucks, literally). It’s an old Intel Atom powered desktop motherboard from circa early 2010s if not late 2000s. The uptime was real and literal 100%, but over time I started powering off, when I realised I don’t need it being on all the time. It still has 100% availability for when I need it. I should care more about backups, but the data is backed up, while the system … the thing is, I’ve learnt so much since I installed its system, almost a decade ago, that, I think I’d reinstall it. It’s Arch Linux, which technically doesn’t need to be reinstalled, but it uses quite a lot of actually old things I don’t bother changing.

Okay, I might be not correct, I bet Microslop runs everything of importance on Linux too. It’s rather their stack is very heavily slopped, that’s my wild guess why it’s down all the time.

Sleeping is something I haven’t think of, but it’s a really great way of saving power! Thanks for your input, I’d definitely replicate your approach! (When it comes to scale a bit.)

Is it that high power server takes a few seconds to boot? What’s the hardware you have there? I’m curious that’s the average boot time for an average high power server? I do use heavily obsolete devices for my personal servers (think of DDR-2 era devices with Intel Atom or sometimes core 2 duo devices) usually without even SSDs. With an SSD, my desktop devices (all DDR-3 era with SATA-3 disks) boot within 20…30 seconds, which is good enough for me. I assume the more modern devices would be quicker, but [single-digit, I assume] seconds sounds very good. To me, that sounds like it’s a no-brainer to have this feature. I was thinking whether I can wait minutes for something I need occasionally to boot. Seconds is just too fast. I think that delay is tolerable even for a commercial / production server, where the expectations are just different.

Oh wow, that’s really cool! I do use Caddy too.

Is it that your service/website is on both (low powered server and high powered one) or is it only on the high powered? So, it’s like

• the lower powered server knows it needs help (sounds a bit surreal to me, but perhaps it’s doable)
• or the lower powered server does not serve anything, but wakes up the high powered when the thing is accessed?

I guess that’s the 2nd thing, but it’s very cool indeed! That way you can really have very convenient things for free, as it’s super cheap to run any hardware for a very while on demand. I don’t mind waiting a minute or even two when I need to access something very infrequently and don’t want to run my server 24/7. I do exactly that, but I wake up it via LAN manually.

More likely your system is more sophisticated, I have just joined the hobby, so to say. But I am sure you can go much cheaper than that with bare metal. If I’d really need to host something, I’d rather buy a real server, and invest in solar power instead of paying some rent. Was a happy Digital Ocean customer, before I realised I can do the same with a Raspberry Pi. I was buying a couple of Pis a year for them. Right now, de-facto one Pi can host everything I really need. I regret I wasted about half a thousand on nothing. Could have bought a great NUC instead of wasting money on the cheapest VM for years.