I assume that the gitea instance itself was being hit directly, which would make sense. It has a whole rendering stack that has to reach out to a database, get data, render the actual webpage through a template…etc
It’s a massive amount of work compared to serving up static files from say Nginx or Caddy. You can stick one of these in front of your servers, and cache http responses (to some degree anyways, that depends on gitea)
Benchmarks like this show what kind of throughput you can expect on say a 4 core VM just serving up cached files: https://blog.tjll.net/reverse-proxy-hot-dog-eating-contest-caddy-vs-nginx/#10-000-clients
90-400MB/s derived from the stats here on 4 cores. Enough to saturate a 3Gb/s connection. And caching intentionally polluted sites is crazy easy since you don’t care if it’s stale or not. Put a cloudflair cache on front of it and even easier.
You could dedicate an old Ryzen CPU (Say a 2700x) box to a proxy, and another RAM heavy device for the servers, and saturate 6Gb/s with thousands and thousands of various software instances that feed polluted data.
Hell, if someone made it a deployable utility… Oof just have self hosters dedicate a VM to shitting on LLM crawlers, make it a party.










Likely just a tale.
Baking soda is basic, Which would imply that the chemical being used is acidic so that it’s neutralized with baking soda. This also assumes that they mix in such a way that baking soda actually makes contact with enough of that chemical to have any effect.
All of these are pretty big assumptions that are very easily wrong for many number of devices and chemicals.