Unfortunately, a rather substantial portion of warfare is the economics behind it. Often, spending eye-watering amounts of money on proprietary, overpriced hardware is the point. It’s corporate welfare.

Yes. Tailscale is surprisingly simple.

# systemctl start tailscale
# tailscale up

I had the same reaction until I read this.

TL;DR: it’s 10-50x more efficient at cleaning the air and actually generates both electricity and fertiliser.

Yes, it would be better to just get rid of all the cars generating the pollution in the first place and putting in some more trees, but there are clear advantages to this.

I was one of the people who based my opinion of Proton on that tweet and swore off them until someone else shared that link with me. It’s excellent, thorough, and makes a convincing case that Yang is actually left-leaning. I can only assume that you’re getting downvotes from people who haven’t read it.

This is great news, and I might be tempted to use it if I had some reassurance that the mail servers (and the organisation that controls them) weren’t subject to U.S. jurisdiction.

I’m quite happy with EuroDNS. They even include free email housing if you want it.

Fascinating! Thanks for sharing. I’m not sure I’d be happy in a fully remote role where you’ve got hundreds of employees voting on how you build stuff, but I know that there are lots of people who dig this pattern, and they’re clearly doing Good work.

It’s a rather brilliant idea really, but when you consider the environmental implications of forcing web requests to ensure proof of work to function, this effectively burns a more coal for every site that implements it.

I find Croc to be rather just good for this.

Looking at it now, they haven’t linked to the source code anywhere so… yeah I wouldn’t trust it.

This looks really cool actually. I’ve created an account. Thanks for sharing!

Now I just have to find a #solarpunk “pub” :-)

I’ve used pdfkit to considerable success. It has a few system-level dependencies, but the instructions are pretty straightforward:

# apt-get install wkhtmltopdf
$ pip install pdfkit

This is pretty slick, but doesn’t this just mean the bots hammer your server looping forever? How much processing do you do of those forms for example?

You might be interested in this project where someone has hooked up a low-power system to Mastodon and is tooting through it stories about the experience. The project author may also be worth contacting.

What exactly are you self-hosting that’s gobbling up that much data? I’ve been self-hosting my website for decades and haven’t used that much over all that time let alone in one month.

Most of my bandwidth consumption is from torrents and downloading Steam games, but even that doesn’t get me to even 1tb/month.

My guess is it’s the license change. From Wikipedia:

In 2018, some modules for Redis adopted the SSPL. In 2024, the main Redis code switched to dual-licensed under the Redis Source Available License v2 and the Server Side Public License v1.

Valkey appears to be a Redis fork that was triggered by the license change, but since Valkey still uses the original BSD license, I’m not sure I’d favour it over Redis since the latter switched licences specifically to prevent abuse of the BSD license by parties like Amazon.

You can’t really make them go idle, save by restarting them with a do-nothing command like tail -f /dev/null. What you probably want to do is scale a service down to 0. This leaves the declaration that you want to have an image deployed as a container, “but for right now, don’t stand any containers up”.

If you’re running a Kubernetes cluster, then this is pretty straightforward: just edit the deployment config for the service in question to set scale: 0. If you’re using Docker Compose, I believe the value to set is called replicas and the default is 1.

As for a limit to the number of running containers, I don’t think it exists unless you’re running an orchestrator like AWS EKS that sets an artificial limit of… 15 per node? I think? Generally you’re limited only by the resources availabale, which means it’s a good idea to make sure that you’re setting limits on the amount of RAM/CPU a container can use.

Actually, as a web guy, I find the ARM architecture to be more than sufficient. Most of the stuff I build is memory heavy and CPU light, so the Pi is great for this stuff.

They’re fanless and low-power, which was the primary draw to going this route. I run a Kubernetes cluster on them, including a few personal websites (Nginx+Python+Django), PostgreSQL, Sonarr, Calibre, SSH (occasionally) and every once in a while, an OpenArena server :-)

Seven Raspberry Pi 4’s and one Pi Zero, mounted on some tile “shelves” inside some IKEA furniture.