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Bingo. I’ve used Synology for ages and while they dont last forever, I get a lot of use out of them and re-buy them usually with an upgrade in mind.
But the new hard drive policy broke that cycle. I don’t put up with that. I replaced one with a UGreen NAS last month. It’s too early to tell how I feel about it. Docker is there and containers spin up pretty easily. Rumor has it there is hardware support for video encoding too, though I haven’t gotten around to testing it.


This is absolutely the gatekeeping and control Trump’s dictatorship wants to wield over companies and people. I’d be surprised if they stuck to precedent; their whole shtick is to rewrite application of law to their objectives, sidestepping Congress.


Even though there are some cloud services like remote server management, proxies, and 3rd party integration, I do actually have to run the software myself on my hardware. Hence, self hosted.


I have the same sensors, but on many windows. If I have windows on either side of the house open simultaneously and there is a favorable temp difference outside vs inside, an automation turns on an air exchange fan. If they are closed, I use advanced heating control


I get what you are saying, but in the case of the internet, you need an IP address to connect rather than simply exist with a computer. Someone needs to know where to send the data.
There are however free connections: unsecured neighbors wifi, city wifi, hotels, and even busses/trams. Lots have limitations to hogging bandwidth though.


First thing that comes to mind is a mechanic’s stethoscope.
Edit: basically 8adger’s screwdriver trick but I have one in my Kit of Resourcefulness™


I used to think that too, but it’s day 144 and still no tomatoes!
(Referencing a meme for those who are confused)


That’s the route I took too. NAS for storage and simple docker containers, Minipc for compute/GPU.


Bitwarden/vaultwarden is a popular option for selfhosters.


Oh! Thanks! I like that link. Definitely researching that more.


Personally, I think IPv6 is not a good choice for any service you don’t want associated with a specific device. As I understand it, the prefix delegation comes from the ISP, but often the interface ID is derived from the machine’s MAC address which is a link to specific machine hardware, can reveal information about the host, and possibly deanonymoized across networks.
I’d stick with IPv4 because NAT gives a tad more anonymity. Just my $0.02 though.


That’s good news! It would be great if relays made it difficult to be targeted. I last tinkered with TOR almost… Jeez!.. 20 years ago haha!


I ran a relay too way, way back in the day and I remember almost a third of the sites I used blacklisted my IP address within days. It wasn’t cool.
I ended up shutting it down, resetting my cable modem, and spoofing a new MAC address on my router to get a new IP address to get everything working again.
Using a VPN is smarter. I wouldn’t run that on IPv6 whatsoever.


About 10 years ago, I just moved and my new neighbor had an open network. Problem was they were 2 houses away and across the street. I set up a tiny repeater in my car with a battery pack and parked half way between us.
It worked surprising well for about 6 months.
I just did something sort of like what you are doing and after a few hiccups, it’s working great. My Synology just couldn’t handle transcoding with docker containers running in the background.
Couple differences from your plan: I chose a N100 over the N150 because it used less power and I wasn’t loading up CPU dependent tasks on the thing. The N150 is about 30% faster if memory serves, but draws more power. Second, do you really need a second m.2 SSD BTRFS volume? Your Synology is perfectly capable of being the file storage. I’d personally spend the money you’d save buying a smaller N150 device on a tasty drive to expand the existing capacity then start a second pool from scratch.
Finally, I wouldn’t worry about converting media unless you are seriously pinched for space. Every time you do, you lose quality.
Ditto to your comment except power usage. I moved my Plex/Jellyfin (and hopefully Immich soon) docker containers to an N100 for the hardware acceleration. TDP is 6 watts on some of these devices and CPU use sits around 2% unless Plex is doing DB optimizations (about 60% for a bit). I haven’t measured consumption or my older server, but I feel moving some CPU intensive services to hardware GPU is saving a few watts.


There is M.2 on the mobo so I’d probably go with NVMe over SSD.
I second the RAM recommendation. I have 32GB in my Synology and it needed it for all those docker containers and VM’s.
As for the mobo, not thrilling, but could work. If you have to add a PCIe card for more drives, 10G network, or more NVMe, you’ll max out pretty quick with a GPU in there too.
I tried to update my lemmy instance and it all went so horribly wrong. DB never came up, errors everywhere, searching implied I updated to a dev branch sometime in the past (not a dev, don’t think I did) and it’ll be console and DB queries for a fix.
Ran out of time and overwhelmed, I restored backups and buried my head in the sand. Nope, not now. Future, yes, but oh not now.
Yahoo! Congrats to the Immich teams and developers!