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Joined 3年前
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Cake day: 2023年6月12日

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  • Immich itself is running on docker, so it’s the same than every other setup. For me it just makes more sense to run that on a separate VM than keeping all the docker containers in a same operating system due to backups, manageability, access control and so on, even if it costs a bit of memory to run a full operating system. Biggest consumers on the host process list are immich-api, postgres-processes and immich. Actual used memory is around 2,5GB for the whole system with ~5GB on buffers/cache.

    But I often import hundreds of raw photos at a time from DSLR and/or 4K video footage from my drone and processing those takes quite a lot of memory. With less memory and slower drives the whole thing crashed when importing bigger batches to out of memory erros, but I suppose it could run just fine with even less than 4GB of memory, if the usage pattern is just to upload photos from your cellphone in a relatively slow pace.


  • It’s a full VM, so OS and docker creates some overhead, but before I upgraded the server it ran on far less resources and specially big imports were painfully slow. Also that’s just the number from proxmox console, so there’s likely some cache included, but stats show that the VM pulls over 10G every now and then with shorter spikes over 20GB of consumed RAM.

    As I mentioned, it can run on way less, but it feels a lot more responsive when it has enough resources.


  • 16GB of ram is a bit low for the load you’re planning. That can work, but Nextcloud and Immich are pretty hungry for memory. My immich instance right now is using 7GB of RAM and nextcloud uses a bit over 4. I have the hardware to give them pretty much all the memory they want, so those are not absolute minimum amounts, but I wouldn’t try to run either with less than 6GB allocated memory on my load (few users, about a terabyte of data on both).

    With 16GB you can pretty much forget using ZFS, but that’s not a big loss. LVM works just fine and with thin provisioning you can use snapshots too just fine. Bigger SSD/NVME for drive cache would be good. And of course all-SSD setup would be nice, but that gets expensive pretty fast. Second ethernet port might be nice to have, depends on how you’re planning to build your setup. Otherwise that hardware looks pretty good, altough I’d search for something second hand. CPU is most likely a bit overkill for what you need, I have Xeon E5-2620 v3 @ 2.40GHz and it’s running on around 10% load most of the time.


  • You’re of course correct on that, but Mullvad the company gave (somewhat) clear news release that their company is against far right (or left or any ‘far’ direction) politics. I’m not a customer and I couldn’t care less about Mullvad, but I think it’s worthwhile to keep in mind that company isn’t the same than one of it’s founders.

    Of course if that is a breaking point to you, feel free to vote with your wallet and I can very much understand the decision, but there’s very few fully reputable companies around so I can also understand if that’s not a hill to die on.


  • Don’t send spam, behave nicely, have proper configuration on postfix and dovecot, set up SPF and preferably DKIM, keep your domains reputation clean and so on. You’ll likely still end up on some lists, so you need to manually dig them trough and ask nicely for removal.

    Self hosting email has a pretty bad reputation and many will strongly advice against it, but in reality it’s really not that bad. But email as a whole is more complex beast to manage than simple website or running Jellyfin for your family and friends. You need to understand how the mail routing side of things work (SMTP itself, authentication for it encryption included and so on) and also you need to understand how DNS works and how various entries are related to mail transport. Then you’ll likely want at least some kind of spam filtering and so on. And with email you’ll need to have proper backup scenario too so that you don’t lose the likely pretty important data. All of that is perfectly doable and it’s not as difficult as many claim it to be, but there’s a bunch of stuff you need to understand and implement all of them correctly.



  • Fines are just the cost of doing business.

    In theory fines in EU don’t have a ceiling. 10% fine of companys turnover with OpenAI (or any other company running on borrowed money) would be a pretty steep cost of doing business and I don’t think all (if any) of AI-hype entities could actually swallow that.

    Obviously that’s just in theory, so far the fines have been a slight slap on the wrist, but mechanisms are in place to give actually meaningful fines for unethical practices. No one will go to jail tho, as EU doesn’t really have the power to jail US citizens.




  • It’s interesting piece of technology, but it’s not ‘radical’. The company behind the storage has done their homework and they seem to be well engineered, but the “technology” itself is pretty much as old as bonfires, people have used hot rocks to heat up tents for ‘a while’.

    But sand has pretty good thermal properties and size of these new iterations of old tech makes them pretty decent solution for energy storage with renewables. I’ve been following various ‘sand battery’ products for our own house, but the main problem with all of them tends to be the size required. In practise for our own house we’d need a sand battery roughly the size of 6m storage container (with heat pumps and all the other hardware) and that’d be so expensive that the investment wouldn’t pay itself back in my lifetime.


  • As others have said, this is something software can’t do, so there’s no linux tools for it. There is charge profiles which may help in the long run, similar than what your smartphone likely has. But that absolutely requires that your charger outputs the voltage and current your laptop requires.

    If the physical connector ‘kind of fits’ I personally wouldn’t use it, even if the voltage was correct as it’ll likely damage the connector on the motherboard and then you’re looking for a much more complex repair. Laptop power bricks are pretty cheap.




  • I don’t know how many, if any at all, are still on board from the original company but I really had high hopes for them. I used N810, N900 and N9 from Nokia. That OS (maemo/meego) then eventually matured to Sailfish some time after Nokia was already either down or going that way. I really liked the first Jolla phone, it had something in it which none of the android slabs I’ve then had doesn’t. They had at least some kind of market share, promising applications coming up and, at least in my opinion, at that time, very real chance to challenge Android/iOS on the market.

    And then they blew it all with a massively oversized kickstarter for their size. I haven’t followed too closely what actually happened, or could that been avoided, but that blunder meant that I haven’t really followed Sailfish or Jolla since. I really hope they succeed, the market needs desperately at least one more player to challenge walled gardens we currently have, but previous experience says that I’m not going to throw my own hard earned money on them until they show they can actually stay on track.




  • Don’t put words in my mouth. I didn’t say anything about not needing to be concerned, I was just interested on what kind of virus they cooked in the datacenter-incubator and how that might affect on a general population. “Deadly bacteria”, while not incorrect, is a bit clickbait-y, as it doesn’t just kill everyone and their dogs.

    Of course there are reasons to be concerned and Meta should absolutely throw boatloads of money to clean up their mess. I was just interested about the bacteria in general, where it came, how it works and so on, nothing more and nothing less. I’m across the big pond and in here environmental regulations actually work, so I personally am not the one who should get angry about the situation, but it doesn’t mean that no one should, even if I don’t explicitly say so.