Such extraordinary claims, require extraordinary evidence. Not "vibes"

> It seems that typed, compiled, etc. languages are better suited for vibecoding, because of the safety guarantees.

There are no "safety guarantees" with typed, compiled languages such as C, C++, and the like. Even with Go, Rust and others, if you don't know the language well enough, you won't find the "logic bugs" and race conditions in your own code that the LLM creates; even with the claims of "safety guarantees".

Additionally, the author is slightly confusing the meaning of "safety guarantees" which refers to memory safety. What they really mean is "reasoning with the language's types" which is easier to do with Rust, Go, etc and harder with Python (without types) and Javascript.

Again we will see more of LLM written code like this example: [0]

[0] https://sketch.dev/blog/our-first-outage-from-llm-written-co...