
while providing absolutely no value over a plain server-side-rendered html page.
Alas, the “value” is in pushing the HTML rendering expense onto the client so that you don’t have to buy servers to render the HTML.
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while providing absolutely no value over a plain server-side-rendered html page.
Alas, the “value” is in pushing the HTML rendering expense onto the client so that you don’t have to buy servers to render the HTML.
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Yes, they are. Its unfortunate, but its also the reality of the world we live in at the moment. I’d also rather see LLM’s/“AI” be used to find CVE’s and help get things fixed than let the vulnerabilities sit and be abused.
Are any of these CVEs related to the vibecoded refactor of rsync?
(ETA: Only one of the high+ CVEs has an affected version range >= 3.4.1 (when, I think, vibecoding started getting added): CVE-2026-70455, with = 3.4.2, <= 3.4.4 ; and, at first glance, it doesn’t look related to any vibecoding; it was a dragging PR from several years ago with only a single, relatively brief commit to the implementation.)
I mostly draw the line at using LLM’s/“AI” to do all the coding from the start. I think as something like a ‘linter’ they’re mostly fine. It gets to be a bit problematic when you’re letting the bots write the code and you can’t really attribute copyright properly.
IIRC, rsync made a point of doing a large refactor via LLMs. If that vibecoded code is, itself, vulnerable, then… LLMs aren’t exactly helping on the abused vulnerabilities front.
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Well, there goes my interest 🤷 I mean, I don’t know how enforceable such an arrangement is, but it’s the principle of the thing for me.
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