Smartaira fiber. Best I can gather they’re using a a managed switch and segmenting each port. Probably per floor. They sprcialize in large scale wifi deployment and that’s what they’re doing. It’s a genius way to provide basic web access with a minimal hardware footprint for the provider and no hardware but a POE AP for the users. It just sucks for those of us who know better.

That’s an interesting concept. I bought two weeks ago when they still had cable modems and a setup I know I could have worked with. I’m politically active so getting on the board should be an option. However, what’s in the best interest of the vast, vast majority of the owners? Your standard service that requires complex gateways and running coax all over your apartment with hardware rental fees and TV number and location limits, or a system where your smart TV can connect anywhere and your iPhone can always get onto Facebook and there’s a 24/7 tech support line to change your WiFi password for you? If it costs each owner $1 more per month (500 units) for my preferred network architecture so three residents can save $70 per month ($210) I would be failing in my fiduciary duty by charging the masses more so a select few can self host. We are the minority and the rest don’t care.

I actually gave it 44000-65535 and it’s connecting well. That’s another reason why I wanted a more robust network: IOT VLAN to segregate that risk.

The setup is very strange. They don’t provide a router. They took the old phone lines going to each unit (which appears to have been done in Cat5 decades ago) and put an RJ-45 end on it. That plugs into a POE powered wireless access point with two more ports on it. Plugging my laptop in, the gateway does not respond to HTTP requests. The tech who installed it said I have to call the home office to change my wireless password. I got them to disable the wireless so I could put my router on the other end but I’m either running on a network that my shady small time ISP has full control over or I’m behind a double NAT. Speeds were 900+ up and down though.

I might see if I can get the AP re-enabled and let the switch connect to it directly if that even fixes the Switch’s NAT issues.

I just got a Ubiquti Dream Machine that can do fail over so the other connection won’t be completely wasted but $70 per month could be saved by finding another way.

A little searching seems like Cloudflare Argo tunnels might be a good route to try. And possibly free, though I’m not opposed to paying for a better service. There seems to be a fair amount of step by step documentation on this. I’ll demo this on my lab as I haven’t moved it to the new apartment yet.

It depends on the app. Yes, I could run my password manager on the VPS since that takes up virtually no space or bandwidth. The odd IP camera needs to be local, the Minecraft server with mods needs local CPU power and RAM (presumably).

What I need is a 10g storage for my Adobe suite that I can access from my MacBook. I need redundant, fault tolerant storage for my precious data. I need my self hosted services to be high availability. What’s the minimum spec to reach that? I started on the u.2 path when I saw enterprise u.2 drives at similar cost per GB as SATA SSDs but faster and crazy endurance. And when my kid wants to run a Minecraft server with mods for him and his friends, I better have some spare CPU cycles and RAM to keep up.

Where do you find the bandwidth to do all that? NVME eats it up and the 40g too.

I’m afraid of dumping 500+ watts into a (air conditioned) closet. How are you able to saturate the 10g? I had some idea that ceph speed is that of the slowest drive, so even SATA SSDs won’t fill the bucket. I imagine this is due to file redundancy not parity/striping spreading the data. I’d like to stick to lower power consumer gear but ceph looks CPU, RAM, and bandwidth (storage and network) hungry plus low latency.

I ran proxmox/ceph over 1GB on e-waste mini PCs and it was… unreliable. Now my NAS is my HA storage but I’m not thrilled to beat up QLC NAND for hobby VMs.

I looked at Epyc because I wanted to bandwidth to run u.2 drives at full speed and it wasn’t until Epyc or Threadripper that you could get much more than 40 lanes in a single socket. I’ve got to find another way to saturate 10g and give up on 25g. My home automation is run on a Home Assistant Yellow and works perfectly, for what it does.

I ended up going with tailscale. Every other option exposed my secret services to the Internet, even if behind a password. Tailscale was ridiculously easy to set up too. The docker compose I used had Heimdall in it too so I was able put all my links on there. Procedure is connect with tailscale app -> go to http://illegalshit -> click/tap on relevant link. I might pull back on my Nginx proxy targets and port forwards for this more secure system.

What happens if tailscale goes down though?

Late reply but yeah, Wifi was a nightmare on Proxmox. It was a tiny e-waste SFF pc so I was able to wedge it near the other servers. The cluster is happy.

I had previously run HA on a Raspberry Pi with Z-Wave, Sonoff, and some Hue, years and years ago. After searching for a Zigbee (since that seems to be the current standard and I’m starting over) adaptor that was HA compatible, I saw they offered their own hardware. After 18 months of waiting, I figured it would “just work.” Anyway, I reimaged over USB-C and it’s working. I’ll definitely do a backup before doing my first software update now that I have something to lose.

I had to reimage through serial/USB then the Raspi OS properly downloaded the current image. Thanks for the links getting me in the right neighborhood.