.ovh domains are like $2/year, if that helps.

Be extremely careful. Plenty of people are really smart and malicious, so you need to isolate it from everything on your network. You’re giving random people remote code execution on your local network, which is like the worst case scenario for security.

I thought that was the HTML used by Twitter.

What I usually do is tell the Play Store to not update it. Also, I don’t think it’s that involved. Take this with a grain of salt because I’m pretty experienced with phone modification, but I think it’s just downloading the file, opening it, selecting YouTube, choosing what modifications you want, and installing it.

That’s odd. That’s really dumb for those third-party technicians to take that, as (aside from the damage to their reputation and simply not being a good person), it would probably be a degraded battery anyway. Being constantly plugged in is very bad for a battery.

Behavior-based antivirus is extremely difficult, failure-prone, and almost entirely unnecessary because of how secure Linux is, so they don’t exist to my knowledge. Signature-based antivirus is basically useless because any security holes exploited by a virus are patched upstream rather than waiting for an antivirus to block it. ClamAV focuses on Windows viruses, not Linux ones, so it can be a signature-based antivirus, but not many people run an email server accessed by Windows devices or other similar services that require ClamAV, so not many people use it, and nobody made any alternatives.

If you’re worried about security, focus on hardening and updates, not antiviruses.

Heat difference is what you can get energy from, not heat itself. You need something cold to get energy from the heat.

A .ovh domain is more like $3 a year. That’s what I’m using.

This may not fit your needs, but matrix-docker-ansible-deploy is really good, and it uses Docker and Traefik by default.

At the very least, if Framework dies, many of the parts are standardized, and the ones that aren’t are mostly open source. The SSD, RAM, WiFi card, and screen connector are all standardized. The expansion cards use USB-C and have an open-source shape; many people have already made third-party expansion cards. The motherboard has an open-source layout, and there are open-source CAD files to make custom enclosures (again, people have already done it). There are general schematics with pinouts on their Github, and they’ve provided exact schematics to repair stores. If they die, you end up with a laptop that is more repairable than almost any other, as well as a community with enough information to keep it alive if they want to.

It’s not just a “missing Apple logo” that makes parts not work. If you swap a part from one Apple device to another identical Apple device, it will often not work. For example, the Face ID and Touch ID sensors are paired to the logic board.

Don’t buy HP laptops. They’re terrible. Framework is great, and Lenovo and Dell are generally pretty good. Put Linux on it if you care about privacy.

Correct. What you’d need in that case is a reverse proxy like ngrok, which is a bit more difficult to set up.

I have almost the same experience. I live in a small town in the Midwest, and the only ISP that goes to my house is Comcast/Xfinity. There’s a 1.2TB cap no matter what level you pay for, though they give you the option of paying an extra $30/month for unlimited. I’m really growing to appreciate our local ISP, which provides symmetrical FTTH, unlimited data, a static (or at least rarely changing) IP, and generally non-predatory business practices, all for a lower price than Xfinity. Unfortunately, my house is on the fringe of the town, so they don’t reach all the way here and I’m stuck with Xfinity.