You are correct. And yes that is kinda the whole point of the distilled models.

32b is still distilled. The full one is 671b.

Agreed, Talos or k3s are great for home clusters

This would imply that you have at least two machines. In that case they could just install Linux in the other machine to try it out.

Foa people dabbling in Linux for the first time, with the anxiety of losing their data, it certainly sound like they don’t have 2 machines to run syncthing. Otherwise, why wouldn’t they just copy all their important data to the other machine to avoid the data loss risk?

And sure if that is the case Syncthing is a good solution, but it doesn’t sound applicable in this situation.

Yeah, it demotivated me too with the limited lives… If you still want Duolingo, I can mention that it has regional pricing, so you only need a VPN server in India to get it much much cheaper.

But it’s understandable if you don’t want to support those kinds of business practices in any way.

My home Kubernetes cluster started out on a Core i7-920 with 8 GB of memory.

Upgraded to 16 GB memory

Upgraded to a Core i5-2400S

Upgraded to a Core i7-3770

Upgraded to 32 GB memory

Recently Upgraded to a Core i5-7600K

I think I’ll stay with that for rather long…

I did however add 2 Intel NUCs (gen 6 and gen 8) to the cluster to have a distributed control plane and some distributed storage.

Systemd?

My team is constantly looking for new technologies to make sure we’re not turning ourselves into dinosaurs. We all know that Kubernetes won’t last forever, something better will come along some day.

That being said I don’t really see the full value of Triton or Xen with unikernels… They might have a bit less performance overhead if used correctly, but then again Kubernetes on bare metal also has very little overhead.

Kubernetes is certainly comes with a learning curve, and you need to know how to manage it, but once you have Kubernetes there’s a ton of nifty benefits that appear due to the thriving community.

Need to autoscale based on some kind of queue? Just install the Keda helm chart

Running in the cloud and want the cluster to autoscale the nodes? Just install cluster-autoscaler helm chart

Want to pick up all of your logs and ship them somewhere? Just install the promtail helm chart

Need a deployment tool? Just install the ArgoCD helm chart

Need your secrets injected from some secret management solution? Just install the external-secrets helm chart

Need to vulnerability scan all the images you are using in your cluster? Just install the trivy-operator helm chart

Need a full monitoring stack? Just install the kube-prometheus-stack helm chart

Need a logging solution? Just install the loki helm chart

Need certificates? Just install the cert-manager helm chart

The true benefit of Kubernetes isn’t Kubernetes itself, but all the it’s and pieces the community has made to add value to Kubernetes.

Apology accepted, and thank you for not name calling.

And yeah, if you can save the ops team salaries by picking Heroku, then it certainly might offset the costs.

When you talk about Triton, do you mean this? Because funnily enough one of their bigger features seems to be that you can run Kubernetes on top of it. It looks pretty cool though, but I must say it was quite hard to find proper info on it.

Triton also seem to push for containerization quite heavily, and especially Docker… So when you talk about Triton are you suggesting to use the Infrastructure Containers or Virtual Machines instead?

I’m not quite sure what you are getting at… Are you implying that I’m autistic because I only have 10 pods in a Kubernetes cluster?

Presently our clusters run roughly 1400 pods, and at this scale there certainly are benefits to using something like Kubernetes.

If your project is small enough to make sense on Heroku, then that’s awesome, but at some point Heroku stops making sense… both for managing at scale, and costs. Heroku already seems to be 2-4x as expensive as AWS on-demand. Presently we’re investigating moving out of AWS and into a datacenter, as it seems that we can reduce our costs by at least an order of magnitude.

The right tool for the right job.

I agree that many small businesses jump to Kube too early. If your entire app is a monolith and maybe a few supplementary services, then Kube is massive overkill.

But many people also tend to overlook all of the other benefits that suddenly become very easy to add when you already have Kube, such as a common way to collect logs and metrics, injecting instrumentation, autoscaling, automated certificate handling, automated DNS management, encrypting internal network traffic, deployment tools that practically works out of the box, and of course immutable declarative deployments.

Of course you can build all of this yourself, when you need it, but once you have the foundation up and running, it becomes quite easy to just add a helm chart and suddenly have a new capability.

In my opinion, when the company it big enough to need a dedicated ops team, then it’s big enough to benefit from Kube.

On slow terminals k9s can be rather sluggish when scrolling through the lists

The depth perception also makes quite a difference. The side of your face can clearly be seen in a mirror to be the side of your face, but depending on lighting, the side of your face can look as if it’s part of the front of your face in a picture as you don’t have the depth perception. The result is that photos make you look fatter than your mirror image would.

Nope, but I trust the ones that lack the hardware for dialing home.

But generally I don’t buy devices unless I have reason to trust them.

As the other poster said, both Zigbee and Zwave devices do not talk to the Internet. They can’t even connect to your Wi-Fi anyway. They need to connect to a device that acts as a router but specifically for Zigbee or Zwave, usually called a Hub or Coordinator.

There’s many different hubs around. Many commercial ones do indeed connect directly to the WiFi and therefore internet. But nothing is stopping you from buying a USB Dongle Hub with open source firmware and plugging it into a Raspberry Pi, if you want to eliminate the potential spying.

The Zigbee and Zwave networks inherently cannot communicate with the Internet. So the only risk of spying is if you installed something in the Raspberry that spies on you.

Both Philips Hue and IKEA Trådfri and many other vendors simply use Zigbee, which means you can bring your own Hub and completely eliminate the risk of spying.

It only shows if you have been using different types of devices. I have been exclusively on Linux the whole year, so mine doesn’t show either.

If you’re on Android, then Firefox can indeed have uBlock Origin there too

It seems to me that any legislation could easily carve out an exemption for any special editions, only applying to the “regular” version.

The DuckDuckGo search engine gets it’s results from the Bing search engine

Encryption is really really hard, and avoiding some form of sidechannel attack is much much harder.

Sure key exchange also isn’t trivial, but I would say that key exchange is significantly easier. Care to elaborate?