lorentz

I remember searching for a similar workaround in the past. I'm not sure parallel will work because the whole automation is blocked on error if I recall correctly. A workaround I found suggested on the ha website (but never tried) was to put the command that may error in a script and run the script as "fire and forget" from the automation. If the automation doesn't wait for the script to finish it won't detect the error either. But, as other pointed out, try to make the zigbee network more stable first.

Also, since zigbee is a mesh network, the fix could be as easy as adding a smart plug halfway between the controller and the light. Every zigbee device not running on battery works as a repeater too

Just use the directory listing of your favourite web server. You have a HTTP read only view of a directory and all of its content. If you self host likely you have already a reverse proxy, so it is just matter of updating its configuration. I'm sure it is supported by Apache, Nginx, LightHttpd, and Caddy. But I would expect every webserver supports it. Caddy is the easiest to use if you need to start from scratch.

I use filestash. I like it because it can connect with so many backends. In my setup it uses samba behind the scenes all the shares permissions are in a single configuration and I don't have to worry about a different set of user credentials.

I'd say that the most important takeover of this approach is to stop all the containers before the backup. Some applications (like databases) are extremely sensitive to data corruption. If you simply ´cp´ while they are running you may copy files of the same program at different point in time and get a corrupted backup. It is also important mentioning that a backup is good only if you verify that you can restore it. There are so many issues you can discover the first time you recover a backup, you want to be sure you discover them when you still have the original data.

Good point, I'll add it on my TODO list

The decryption key is more than 20 random character, so if you get only half of it is not a biggie and it doesn't look like anything interesting.

It is on the internet mostly because I don't have anything else to host it locally. But I see some benefit: I wanted for the server to be available immediately after a power failure. If it fetches the key from internet I just need for the router to be online, if it fetches it from the local network I need another server running unencrypted disk.

Linux from chromebook is just a configuration you enable from the settings menu. If offers you a shell which is similar to a Ubuntu and you can install standard Linux software using the "apt install" command. Said so, if they cannot even install chrome extensions this is likely disabled too.

Second reason. It may run your vpn, with the server down you cannot connect to it and provide the decryption key unless you are connected to the same network.

There are some good answer around where the server can easily decrypt automatically as long as it is connected in your home but will likely fail at a thief's home. These are a much safer setup than keeping data unencrypted even if they are not bullet proof.

The issue I see with TPM is that it will always unlock the drive as long as it is connected to the same motherboard. It means you have to trust all the services you run to be correctly secured. Like there is little reason to encrypt your hard drive in this way if later you have a samba share open without any password.

I've configured something similar. The /boot partition is the only unencrypted. In the initramfs there is a script that downloads half of the decryption key from http, while the other half is stored in the script itself. The script implements automated retry until it can fetch the key and decrypt the root partition.

My attack model here is that, as soon as I realize someone stole my NAS I can shutdown the server hosting half of the decryption key making my data safe. There is a window where the attacker could connect it to a network and decrypt the data, but it is made more difficult by the static network configuration: they should have a default gateway with the same IP address of mine.

On my TODO list I also have to implement some sort of notification to get an alert when the decryption key is fetched from internet.

They also says that installing a different os will invalidate the warranty. But their x86 models (I wasn't aware of the arm) literally ship with a USB drive connected to an internal USB port which starts the setup of their custom Linux if it detects no OS on the internal drives. You just swap that pendrive and you install whatever you want. I cannot say it works for all the models, but I did a little research before buying mine and I can say it run debian for more that one year without any compatibility issue.