Neither did I. But then I took the time to learn the language, and I understood what all the hype was about. Maybe you should too, instead of just whining about it.
I think these are some good points:
https://github.blog/2023-08-30-why-rust-is-the-most-admired-...
On the one hand, "safety" avoids the "use after free" or other bugs which plague programs written in C. For systems programming, that is significant.
On the other hand, the "safety" allows for much easier concurrency.
The higher-level stuff like "pattern matching" is really nice. It's nice enough that it motivated efforts like https://github.com/borgo-lang/borgo
Somewhat implicit is that Rust has enough of a community that there are many good packages/libraries and tools around it.
This statement does a lot of work. Safety without compromise in speed on modern architectures is rather valuable. I dont think you understand the importance of that statement and why it is being used in the kernel. Depending on what you do, you may never need to code in rust (I dont) but dont underestimate how much humanity meeds that combination of safety and speed.
Me personally I’m not from that background, and coming from higher level languages the selling points are not nearly as compelling given the learning curve and less mature ecosystem around many things. For instance, language performance is rarely the limiting factor in say API/backend development. Usually you have networking, io and databases eating most of your lunch, and also horizontal scaling is typically already in place for other reasons.