It’s more like 3 really wide pixels.

I haven’t had the courage to run executable code from P2P networks since the early 2000s. Even then it was probably a bad idea.

AOL came on floppies originally, but the quality was so poor that you could barely rewrite them.

I didn’t find an alternative, when I looked a few months ago.

There is a USB-C IR blaster that exists, but the Tiqiaa/ZaZaRemote app is awful.

You are 10% hydrogen already.

Between 2017 and today, it was a mostly-blank page with the letter “x”: https://web.archive.org/web/20230722020649/http://x.com/

I was using voip.ms last year when they were DDoS’d for over a week, by a group demanding payment via anonymous crypto. The DDoS ended when they switched to CloudFlare (which was probably pretty difficult because they’re a SIP provider.)

Almost any website with a small number of servers is vulnerable to this attack, which happens to be great business for CloudFlare. I wonder which companies are most effectively competing with CloudFlare?

Android still doesn’t support DHCPv6 and will be left without a valid address.

RFC 7934 explains their reasoning, though it’s not exactly an ironclad argument.

BL-5C is becoming a de facto standard size for random electronics, but it’s too small for a smartphone.

It is straightforward to run an isolated network with TCP/IP, DNS, and web servers. The hard part would be dealing with software that complains/fails if you’re not using HTTPS.

In general, you would want an offline copy of the entire software stack (e.g. a Gentoo Linux mirror) so you can patch whatever problems you encounter.