You can watch rss feeds to follow all CVEs like Microsoft’s https://api.msrc.microsoft.com/update-guide/rss
NIST used to have an rss feed for CVEs but deprecated it recently. They still have other ways you can follow it though https://nvd.nist.gov/vuln/data-feeds
Or if you just want to follow CVEs for certain applications you can host/subscribe to something like https://www.opencve.io/welcome which allows you to filter CVEs from NIST’s National Vulnerability Database (NVD)
It looks like it should be possible as both your cpu and motherboard support Intel VT-d
https://download.asrock.com/Manual/Z690 Extreme.pdf
PCIe pass through isn’t enabled by default in Proxmox and requires some manual changes to the bootloader (grub or systemd-boot) as well as loading some kernel modules. You may also need to enable VT-d in your BIOS. You can read proxmox’ guide for enabling PCIe pass through here:
Thanks for the info! Looks pretty cool I’ll have to check it out
This is the first time I’ve heard of Victoria Metrics. It looks like it has a similar use case as Prometheus, is that correct? If so, what made you or your team choose one over the other?
You can always do both and expose some services outside your network and keep the others local only while still being able to access them yourself with a vpn.
From what I read disk wear out on consumer drives is a concern when using ZFS for boot drives with proxmox. I don’t know if the issues are exaggerated, but to be safe I ended up picking up some used enterprise SSDs off eBay for that reason.
I haven’t tried any of them but I did just listen to a podcast the other week where they talk about LlamaGPT vs Ollama and other related tools. If you’re interested it’s episode 540: Uncensored AI on Linux by Linux Unplugged
Sure if it fails completely it will, but it doesn’t catch everything. Here’s a related story I have:
At work we had a bunch of Lenovo X1 Carbons running windows that would have the usb-c ports die seemingly randomly on users which was a big problem since that’s also the charging port. There never seemed to be any similar root cause connecting the incidents and Lenovo’s support wasn’t any help. Our entire company is remote but luckily we had onsite support so for a while they would just come by and replace the whole motherboard each time.
Finally one day while scheduling a repair the support guy I was talking to just said, “Oh I’ve seen this before. It’s just a bad update and resetting the CMOS battery by putting a paper clip in this hidden hole fixes it.” We had the user try it out and the ports worked fine again. Apparently they had run some windows updates that failed silently and were causing the hardware issues.
From then on any time a user has had a hardware issue we can’t figure out we just have them try the reset and it has worked every time. This only happens probably 3-4 times a year but we only have less than 40 of these machines so not an insignificant amount.
You can use a VPS or cloudflare in that case
8th gen is when support was added for HEVC I’m pretty sure
We are all AI on this blessed day
Looks like the docker images built by mattermost are only for amd64 architecture . You could try an image built by someone else such as this one that seems to be regularly updated. I haven’t used any of them though so I would look through the repo/dockerfiles before deploying any unofficial images.
Thanks, I may hold off on ceph for now in that case
Unfortunately the drives in the enclosure are 3.5. I do have a spare SATA spot in each of the 7040s but you can only fit 1 SATA drive in the 3040s and no m2 drives. That’s why I am trying to decide whether it would be better to sacrifice a SATA port on one of the 7040s for (hopefully) better speeds and stability or use USB and put an extra drive in each of the 7040s
Ok thanks and ya I plan to upgrade to something better suited for the job at some point. I just want to get started and use what I have as efficiently as I can.
Ya I realize this isn’t a great way to go about storage but I already have the enclosure so I might as well use it for now. At some point down the line I will build something that will work better.
If I connect it using USB I am able to see each drive individually in Proxmox. I am unsure if it will be the same if I use eSATA. In the manual it says that the eSATA interface card needs to support Port Multiplier which I fear means the eSATA to SATA option may not work but I was hoping someone here may know more about that.
If I have to go the USB route and I am able to use each drive individually, would you recommend going with a ZFS pool or ceph?
IT is just a blanket term so ya
Yes it looks like it is included in the official docker image