Solar Bear

Something you might want to look into is using mTLS, or client certificate authentication, on any external facing services that aren’t intended for anybody but yourself or close friends/family. Basically, it means nobody can even connect to your server without having a certificate that was pre-generated by you. On the server end, you just create the certificate, and on the client end, you install it to the device and select it when asked.

The viability of this depends on what applications you use, as support for it must be implemented by its developers. For anything only accessed via web browser, it’s perfect. All web browsers (except Firefox on mobile…) can handle mTLS certs. Lots of Android apps also support it. I use it for Nextcloud on Android (so Files, Tasks, Notes, Photos, RSS, and DAVx5 apps all work) and support works across the board there. It also works for Home Assistant and Gotify apps. It looks like Immich does indeed support it too. In my configuration, I only require it on external connections by having 443 on the router be forwarded to 444 on the server, so I can apply different settings easily without having to do any filtering.

As far as security and privacy goes, mTLS is virtually impenetrable so long as you protect the certificate and configure the proxy correctly, and similar in concept to using Wireguard. Nearly everything I publicly expose is protected via mTLS, with very rare exceptions like Navidrome due to lack of support in subsonic clients, and a couple other things that I actually want to be universally reachable.

Whatever you get for your NAS, make sure it’s CMR and not SMR. SMR drives do not perform well in NAS arrays.

I just want to follow this up and stress how important it is. This isn’t “oh, it kinda sucks but you can tolerate it” territory. It’s actually unusable after a certain point. I inherited a Synology NAS at my current job which is used for backup storage, and my job was to figure out why it wasn’t working anymore. After investigation, I found out the guy before me populated it with cheapo SMR drives, and after a certain point they just become literally unusable due to the ripple effect of rewrites inherent to shingled drives. I tried to format the array of five 6TB drives and start fresh, and it told me it would take 30 days to run whatever “optimization” process it performs after a format. After leaving it running for several days, I realized it wasn’t joking. During this period, I was getting around 1MB/s throughput to the system.

Do not buy SMR drives for any parity RAID usage, ever. It is fundamentally incompatible with how parity RAID (RAID5/6, ZFS RAID-Z, etc) writes across multiple disks. SMR should only be used for write-once situations, and ideally only for cold storage.

Refurbished drives get their SMART data reset during the process, they absolutely had more than that originally.

Never trust corporations. If you’re not profitable, they will abandon you. Only trust community-driven projects with a true open source commitment.

I use Portainer a lot and have no issues with it. There’s very little you can’t do without Portainer though, it’s just a convenient web frontend to access Docker tools. It’s helpful if you manage a lot of stuff or multiple hosts. I also use it at work to expose basic management to members of my team who aren’t Linux or Docker savvy.

We all go down this hole at the start. The truth is, you should only reserve IPs if you actually need it to stay the same. You don’t need to check IPs as often as you think, I promise. The only segmentation and planning you should do for a home network is for subnets/vlans; LAN, Guest, IOT, Server, etc.

Instead of managing the IP addresses, just manage hostnames. Make sure every device with a customizable hostname is easily identifiable. This will help you so much more in the long run.

That’s what I do. All my IOT stuff that I can’t get wired or via Zigbee/Z-Wave goes on a separate VLAN along with my Home Assistant server. I have an mDNS repeater for ease of access to TV stuff via apps (might spin TVs off into its own VLAN, just haven’t gotten around to it) but a 1-way firewall rule that only allows the main network to initiate connections. Certain devices which don’t need internet at all get static IPs and completely firewalled.

It’s a docker container that runs an OpenVPN/Wireguard client in order to provide a connection for other containers, yes.

This is a completely valid option and one that more people should consider. You don’t have to selfhosted everything, even if you can. I actually prefer to support existing instances of stuff in a lot of cases.

I use https://disroot.org for email and cloud, and I’m more than happy to kick them a hundred bucks a year to help support a community. Same with https://fosstodon.org for Mastodon. I’m fully capable of self-hosting these things, but instead I actively choose to support them instead so that their services can be extended to more than just myself. I chose those two because they send excess funds upstream to FOSS projects. I’m proud to rep those domains.

Cheers for this, I just bought a stack of new hard drives myself and this is exactly what I didn’t know I needed.

You can absolutely attach each VM and even the host to separate NICs which each connect back to the switch and has its own VLAN. You can also attach everything to one NIC and just use a virtual bridge(s) on the host to connect everything. Or any combination therein. You have complete freedom on how you want to do it to suit your needs. How this is done depends on what you’re using on the host for a hypervisor though, so I can’t give you exact directions.

One thing I should have thought of before; if two NICs are on one single PCI card, you probably can’t pass them through to the VM independent of one another. So that would limit you to doing virtual networking if you want to split them.

Having tried both, I found it far easier and less troublesome to just add a PCI passthrough than it is to worry about managing the network both on the host and in the VM. As long as FreeBSD supports the driver, I strongly recommend passthrough vs virtualized NICs.

Yeah, this is perfectly doable. I ran a very similar setup for a while. I’d recommend passing one of the NICs directly through to the VM and using one for the host to keep it simple, but you can also virtualize the networking if you need something more complex. If you do pass through a single NIC, you’ll need a switch capable of handling VLANs and a bit of knowledge on how to set up what’s called a “router on a stick” with everything trunked over one connection and only separated by VLANs.

Keep in mind, while this is a great way to save resources, it also means these systems are sharing resources. If you need to reboot, you’re taking everything down. If you have other users, that might be annoying for everyone involved.

I’ve used both, each for a long stretch of time; they are fundamentally extremely similar and you’ll be fine with either. I switched to AdGuard Home entirely because I could run it directly from my OPNSense router instead of a second machine. There isn’t really anything else major I’ve noticed different between them, but my usage is fairly basic. AdGuard’s interface felt a bit more mature and clean, but that’s it.

If you’re happy with your PiHole, there’s no reason I’m aware of to switch.