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The Rust Programming Language Blog offers insights, updates, and tutorials on the Rust programming language, focusing on its safety, performance, and concurrency features. Developers can learn about Rust language syntax, ownership model, and memory management, as well as explore advanced topics such as async programming and unsafe Rust. Additionally, the blog highlights community contributions, Rust ecosystem libraries, and upcoming language features, providing resources for Rust developers.

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The Rust project is working toward 41 goals for the second half of 2025, with 13 flagship initiatives. Progress updates include advances in field projections and reborrowing, compilation flexibility improvements with multiple RFCs in review, work on the new trait solver and polonius borrow checker, generic const arguments reaching prototype completion, and GPU offload capabilities nearing nightly availability. Several goals report steady progress on RFCs and implementations, while the cranelift backend goal was closed due to lack of funding.

Project goals update — December 2025

It’s not the most important feature, but I’ve been looking forward to the cargo-script feature. Sometimes I want to test some idea/code locally that isn’t large/permanent/important enough for a full project.

I’m really excited for the GPU offload. I hope it’s enough for me to easily oxidize my CUDA kernel, wich needs C++.

But still compilation speed is not their top priority.
I am just wonder with this compilation speed how dev are building a lots of thing, because at some point of development you will need faster feedback loop where rust sucks. specially for Web development or Project like Tauri.

But the delay in compilation isn’t just Rust’s problem.
I don’t see why there’s so much criticism of Rust’s compilation time.
Even c/c++ compilation isn’t that great…
I’ve had to compile some projects in c/c++ downloaded from git,
and it took forever.