I think NetworkChuck has a good set of tutorial videos about self hosting. For the most part you can search for what you want to find info on and he probably had a video on it. E.g. Nginx: https://m.youtube.com/@NetworkChuck/search?query=Nginx

Most distros use a generic kernel that contains drivers neeeded for basic operation. These kernels are larger than ones specially made for your hardware. Some specialized drivers like graphics may not be included but will run in a more simplified graphics mode that works for all cards.

I think if you didn’t assign a tag on the Release Profile it applies to all series.

I have never done RAID over USB, but have done various JBOD setups using SCSI. I think the general idea is that USB having such an easily disconnected connector plus the latency overhead on translating SATA to USB to SATA again means you have a higher chance of corruption. SCSI setups typically have connectors with locking mechanisms to prevent easy disconnection.

If eSATA is an option it might be better for the performance and it has a latching mechanism to prevent easy disconnection. You can get a 2-port eSATA PCI card for about 50 bucks.

Oh, and if you have a free PCI port, you could add internal SATA ports to mount the drives internally.

Sometimes distros will alias rm with the -i flag so it prompts for each file. An annoyance but makes you stop and think before continuing.

I know tailscale prefers being installed on every machine but not all of my machines are even capable of running custom code. I use a single tailscale router that published my internal network to tailscale and if the internet is down everything still works fine internally.

With TrueNas you can do it two ways: ISCSI disks that are mounted to the VMs or via NFS. With ISCSI you won’t have access to the data from the TrueNas side as the data will be stored as a volume file. With NFS you get the best of both worlds as you’ll be able to access the files via other TrueNas services like SMB/SFTP. I have my Jellyfin/Plex running via NFS and have few issues, though I’ve not tested it with large 4k/8k videos yet. I mostly run 1080p.

No wildcard support sigh

+1 for Backblaze. They have a convenient backup software too that works great. I backup my parents laptop using it, and use their S3 storage for my NAS backups.

This would depend on whether the limit is defined as ingress or egress or both. For example AWS has free ingress traffic from the internet but there is a cost for egress traffic to the internet.

A better solution would be to find a unmetered service, which means that you have a fixed transfer speed (e.g. 500 Mbit) but have unlimited bandwidth. OVH offers this in their VPS products.

Not OP but this is how I learned it and how it’s presented in the help file.

$ help while
while: while COMMANDS; do COMMANDS-2; done

$ help if
if: if COMMANDS; then COMMANDS; [ elif COMMANDS; then COMMANDS; ]... [ else COMMANDS; ] fi

I bought it personally but I would hardly call it expensive. The three year license is like ~67 USD a year for both CRT and FX.

I love it mainly because it’s multi-platform but I wish it had more features. They boast their great integration with VShell but it would be much better if they just had better support for OpenSSH, like being able to push ssh keys to a host.

Sadly, most of the ones I’ve found are too complicated, and getting all devices to accept the CA is more hassle than it’s worth for self hosting. I’ve given up and just buy my wildcard cert for 60$/yr and just put it on everything.

exFAT is an extension of the FAT32 filesystem that allows for larger drive sizes and file sizes and is mostly used on SD cards. Despite the name similarities it has nothing to do with the ext filesystem, and won’t support the same features as it (such as symlinks).

Found some documentation listing the two middle switches as the rounding switch (up fraction down) and the decimal switch (auto? 0 to 6 then hex?). No idea on the other two.

http://www.calcuseum.com/SCRAPBOOK/BONUS/32853/1.htm

Decimal switch: [A-0-2-3-4-6-F], Round switch: [(ArrowUp)-5/4-(ArrowDown)], Miscellaneous switch: [(Blank)-K .-(Sigma)],

Here’s a snapshot of the memory of a running live cd of Ubuntu. I ran a script to load 0123456789abcdef over and over and it’s clearly readable. Nothing special is required for this, as the Hypervisor has access to anything that the VM does. If the VM loads the encryption key for your disk into memory it will be available to the provider.

Dunno what rock you were hiding under but this is absolutely possible in a hosted environment. There’s even ESXi documentation on how to do it. Taking a snapshot can be detected, but can’t be prevented. These memory dumps can include encryption keys, private keys (such as SSL certificates) and other sensitive data.

Unless you can physically touch the drive with your data on it, I would not store any sensitive data on it, encrypted or not.

You mentioned ping. If you’re using Termux you may need to manually update its DNS settings (different from the system DNS). The file is /data/data/com.termux/files/usr/etc/resolv.conf

To make it roam you probably want your home dns first then some internet resolvers after that.

The -k argument on my openssl accepts a passphrase, not a file. You likely encrypted with the filename as the secret, not it’s contents. Perhaps you should use -kfile instead.

$ openssl aes-256-cbc -help
Usage: aes-256-cbc [options]

General options:
 -help               Display this summary
 -list               List ciphers
 -ciphers            Alias for -list
 -e                  Encrypt
 -d                  Decrypt
 -p                  Print the iv/key
 -P                  Print the iv/key and exit
 -engine val         Use engine, possibly a hardware device

Input options:
 -in infile          Input file
** -k val              Passphrase**
 -kfile infile       Read passphrase from file

In days past some drive vendors had different sector layouts for drives and would cause issues with raid. Pretty sure most nowadays are all the same layout and you won’t run into any issues. I still look to get the same drive model anyways just to be perfectly sure that there are no issues.

Even then you may run into weird issues like one of my 1.2 TB enterprise ssd drives was reporting 1.12 TiB rather than 1.09 TiB the other 7 drives had. TrueNas refused to build a vdev with that drive and I had to return it to get a new one.