This looks the most promising. I’ll take a closer look. Does it provide a rtsp stream?

Any PC that has virtualization features can be used. Unless it’s very old, I’d say it’s supported. But it may not be enabled in the bios by default. It’s called VT-x for Intel and AMD-v for AMD, I think. But both are supported for at least 10 years on almost any PC.

It’s a hypervisor level virtual machine host and you can use it to install multiple os’s on the same machine with little overhead. I’ve been running haos like that for a few months now and I’m super satisfied.

There is indeed multiple ways of doing anything in freecad. But over time, I prefer staying in Part design as much as possible as this makes it more modifiable and customizable and there are plenty of reasons more for me. But in the end - whatever works is good enough.

Shape binder is what you need. Shape binder can be used to reference geometry from another body. What I would do is I’d make one pocket on the main body. Then select another body and make it an active body. Then select the pocket you made (the surface or the edge) and create a shape binder (part design). This will effectively import the selected feature from the first body and you can reference it from second body. Make sure you hide the first body, as it somehow gets in the way of shape binder, for some reason. Repeat for third body.

Yes, for one device, I’d do wifi too. ZigBee does add complexity, but it also adds many possibilities. Esphome is a good solution, I use it also. In fact it seemlessly integrates with HA, so it doesn’t matter

One of the bigger reasons is ZigBee is capable of mesh network forming, which is useful if you want more devices to be smart. It’s also low power. And the devices are in their private network isolated from the internet, which is also a desirable quality. In summary, ZigBee is built for smart devices, whereas wifi not so much.

This is great! I’ve only recently discovered jq and was thrilled to have it after bashing my head in bash for a couple of days. I replaced the whole operation with a single line. This tutorial is just what I need. I like that it’s interactive and has neatly grouped examples! Bookmarking it, as I’ll need it very soon again.

This seems like the best option for my country. They are easily available and seem cheaper than Reolink. Do they have free API for all the smart functions as well? Like movement detection etc.

I’ve been following him for years and this video had me very disappointed in him. Very arrogant and condescending of him. I know he did similar videos on solar roadways, but 1. he is knowledgeable on that subject, and 2. the people behind that were clearly scammers wanting funding. Here, this is just an unpunished paper with nothing to gain if it turns out it doesn’t work, yet he still treated them as garbage. God, I wish this turns out genuine if only to make HIM look like a dumbass (not to mention this would be huge).

Yes, I imagine real 3nm is nearly impossible, but we’re inching towards it. Still, that’s very nearly the limit for conventional digital ICs.

Wow, 3nm, we’re nearing Moore’s law ceiling, what a time to be alive. 55% is impressive to me at least.

I have a newer ZigBee 3.0 dongle and run a few add-ons, but nothing big - z2m, nodered, mosquito is all I use. I will upgrade anyway, but I’m not in a hurry, it works fine, apart from an occasional delay in switching, which might be network related.

When you switched from pi3 to NUC , did you notice any performance improvements? I’m asking because I run my setup on a rpi3 and it mostly works ok, but the latency is sometimes high, so I’m wondering if upgrading the host will improve things.