Ultimately, you can’t. Even if everything you’re doing is encrypted, they have access to the RAM that’s holding your encryption keys.

And we warn to turn them into glass if they fucken try it.

If you want cheap encrypted storage you can run a Nephele server with encryption and something like Backblaze B2.

It’s not completely FOSS, but I run Port87, which is quite a bit FOSS. It uses Haraka as its SMTP server, SvelteKit as its server framework, Nymph.js as its database layer, Svelte as its frontend framework, and Svelte Material UI as its UI framework.

The ones that I created and maintain are:

• Nymph.js
• SMUI

The base app layout is also available on GitHub.

You can try them both and see which one you like. Gnome is great, and it’s my preference, but KDE is also great.

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I love that this is an article… a text article.

The way I’ve done it is Ubuntu Server with a bunch of Docker Compose stacks for each service I run. Then they all get their own subdomain which all runs through the Nginx Proxy Manager service to forward to the right port. The Portainer service lets me inspect things and poke around, but I don’t manage anything through it. I want it all to be super portable, so if Ubuntu Server becomes too annoying, I can pack it all up and plop it into something like Fedora Server.

They can’t do 4K video. The best they can do is 1080p30.

I didn’t say Raspberry Pi Zero. Those are niche machines. They’re not fast enough to do general purpose computing.

2.4 times. But, who’s counting?

No. They emulate a keyboard, and use the keyboard shortcuts to do things in Windows. So they won’t work out of the box in Linux, but you can add each of the keys as a keyboard shortcut, then they’ll work.

I’d recommend the Pepper Jobs windows 10 gyro remote. I’ve got two of them because they’re so great.

Exactly. N100 mini PCs are like the Swiss Army Knife of computers. Almost as compact as a Raspberry Pi, and compatible with a lot more things.

Because either money or cult like following.

Run your own.

Any camera that uses the V4L2 system on Linux. So, mostly webcams.

One important note is that IP cams are not supported yet, but I’d like to add support for them.

I’m working on one called Soteria. It’s still early in development, but I’m focusing on both privacy and cloud availability.

It uses any WebDAV store to upload footage, but it’s designed to work best with my own WebDAV server Nephele. This lets it upload footage to any S3 compatible blob storage, end to end encrypted.

That way if your cameras go offline, you can watch the last footage they were able to upload.

Like I said, it’s in early development, so it’s not yet ready to use, but I’m going to be putting more work into it soon and try to get it to a place where you can use it.

It works with any V4L2 compatible camera, so laptops, webcams, and Raspberry Pi cameras should all work.

Cool, CVEs don’t tell you whether it’s remotely exploitable. What I’m talking about is an issue with the Linux kernel itself that can be exploited without having the existing ability to run code on the machine.

It’s very big news when there’s a vulnerability in the Linux kernel itself that can be remotely exploited. Like, everyone on any security show/podcast/blog is talking about it.