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Rust vs Haskell
Two Languages That Both Want to Save You From Yourself
If you’re an engineer who’s tired of segfaults, and null pointers, Rust and Haskell both show up like overprotective bodyguards.
One arrives with a crowbar and a detailed ownership contract. The other shows up quoting category theory and refusing to let you even look at mutable state.
I love both, but I love them for completely different reasons. Rust feels like the language I wish C++ had always been.
Haskell feels like the language that proves functional programming was right all along, and then dares you to ship it to production.
The Core Philosophies
Rust is a systems language that refuses to compromise on speed or safety. Its killer feature, ownership and borrowing, lets the compiler prove at compile time that your code is memory-safe and thread-safe. No garbage collector, no runtime surprises, just brutal compile-time discipline that pays off in blazing performance.
Haskell says: Why are you even thinking about memory? It’s pure, lazy, and built on the idea that if your types are correct, your program is correct.
Side effects are quarantined behind monads like IO or State. The compiler is a god-tier theorem prover that will happily reject your…
