Surely your not suggesting that the Rust compiler never produces exploitable code?
If your attitude is that getting exploited doesn’t matter because your software is unprivileged, you need some part of your stack to be unexploitable. That’s a tall order if everything is C.
You can get exploitable code out of any compiler. But you’re far more likely to get it from real-world C than real-world Rust.
Kernel level process isolation is extremely robust.
> If your attitude is that getting exploited doesn’t matter because your software is unprivileged
It’s not that exploits doesn’t matter. It’s that process architecture is a stronger form of guarantee than anything provided by a language runtime.
I agree that the place where rust is most beneficial is for programs that must be privileged and that are likely to face attack - such as a web server.
But the idea that you can’t securely use a C program in your stack or that rust magically makes process isolation irrelevant is incorrect.
