• Rust makes most of the code base almost bug-free, with the exception of logic bugs (obviously, a code base can still contain logic bugs). ¹
• Rust takes a "Data First" approach, making you take better decisions upfront while giving your IDE more information about your code (i.e. better integration with code completions) delivering incredible Developer Experience (DX) along the way.²
• There is no inheritance in Rust by default. This is another way to avoid complex structures which lead to hard-to-catch bugs in runtime. If you need inheritance you can mimic this behavior by implementing Traits.³
• Rust + WebAssembly provides faster, more secure, and predictable behavior (at compile-time) applications.⁴
• Better maintainable codebase in the medium or long term.⁵
• Front-end and back-end in Rust keep high-level abstractions with readable modern functional programming concepts comparable to or better than TypeScript.⁶
• Smaller cross-platform WASM bundles (binaries + dependencies).⁷
• Super lightweight, secure alternative to Linux containers.⁸
• Dramatic less memory and CPU usage (environment friendly while saving money and time).^{9 10}
• Faster deployment to production due to the much smaller size of the WASM VM package.¹¹
• First-class Tests, Documentation and Packaging (meaning less third-party dependencies and fragmentation) via Cargo and crates.io.¹²
• Best-in-class compiler messages with inline manuals integrated with your IDE of choice.¹³

Rust met all expectations, requiring minimal effort from those with experience in software engineering in other languages. Once you have learned the fundamentals of the Rust language, you will find the refactoring or reimplementing code is straightforward, thanks to the compiler messages.