That's exactly why we have different languages and tools, because they adapt differently to different projects, teams and problems.
But as soon as you get into the silly "tool X is better period" arguments, then all the nuance of choosing the right tool for the job is lost.
1. Programmer skill and talent are not enough to achieve similar security properties with memory-unsafe languages as with memory-safe languages.
2. Therefore, "memory-safe languages are technically superior, period, for applications processing untrusted data where security is an important goal", is not an un-nuanced argument nor a Rust fanboy argument, but self-evident.
That still leaves a lot of room for other languages (Rust is not my favorite language), but it pushes back against the developer equivalent of doctors and pilots resisting the adoption of checklists for decades because "I wouldn't make those kinds of mistakes so stop messing with my work".
1. Programmer skill and talent are not enough to achieve similar security properties with memory-unsafe languages as with memory-safe languages.
2. Therefore, "memory-safe languages are technically superior, period, for applications processing untrusted data where security is an important goal"
but the problem entirely boils down to what comes next:
3a. Therefore everything should use rust.
3b. Therefore everything processing untrusted data where security is an important goal should use rust. (Some folks like to stretch what could possibly process untrusted data to turn this into 3a, but there is a difference.)
3c. Therefore most programs really should be written with a garbage-collector, or if they really need to be low-level or high performance they should use an appropriate stack to avoid gc while remaining safe (whether that's Rust, Ada+SPARK, formally-verified assembly, or whatever).