Just don’t go below 4 cores of x86 and you’ll be fine

My greatest problem is that the CPU load is too high and I ran into an issue with iSCSI that would occasionally peg one core to 100%. It would also make nodes NotReady when too many PVs were scheduled

Thanks, I will!

Thanks for the feedback! So not what I’m looking for

Thanks!

Which CSI?

Thanks! A bit more involved that I’d have thought but still worth considering! Could you update us after your evaluation?

Thanks

Found a Reddit thread that says that LINSTOR has a lower CPU usage (which is my main gripe with Longhorn). Might as well try this and report back. Is there a good way to migrate PVs and PVCs?

I used to use Ceph at work and I’m a bit reluctant to use it at home. Don’t get me wrong, it’s really cool, but those were beefy nodes, and I only have 1 Gbps between nodes

Has anyone tried this https://github.com/awslabs/mountpoint-s3-csi-driver?

Perhaps with a Garage DaemonSet as a backend?

2. With microk8s you can, but you’ll need Windows Server Datacenter (iirc) and the ecosystem is a mess… there are not many images built for Windows and, worst of all, the image Windows version must match the host

I was looking for a solution that lets someone use Yggdrasil (crypto routed network overlay) over LoRa. The basic idea is to use Yggdrasil multicast and use Reticulum RNodes I with tncattach.

I fear that there’ll be too much overhead (the MTU is only around 500 bytes, and IPv6 minimum MTU is 1280) because of IPv4 fragmentation

Links:

• https://unsigned.io/guides/2018_07_01_using-rnode-as-a-lora-based-wireless-nic.html