Rust
A high-level, safe and concurrent alternative to C++
A blazingly fast and memory-efficient programming language with no runtime or garbage collector. It can power performance-critical services, run on embedded devices, and easily integrate with other languages.
Reviews for Rust
Hear what real users highlight about this tool.
Reviews praise Rust for speed, safety, and reliable concurrency, with makers highlighting real-world gains at scale. The makers of Dodo Payments cite dependable handling of financial transactions. The makers of Meilisearch credit Rust for performance, scalability, and strong security. The makers of GraphBit emphasize memory guarantees enabling production-grade agentic AI. Users echo these themes, noting excellent tooling, ergonomic design, and confidence from the compiler. Overall, Rust is lauded for performance without garbage collection, strong memory safety, and smooth integration across ecosystems.
This AI-generated snapshot distills top reviewer sentiments.
so much better than python
Meilisearch is Built in Rust and we love the community. Fast, safe, and reliable.
Rust powers our core because speed and safety aren’t optional at scale. Its concurrency model and memory guarantees let us push agentic AI into true production environments.
Speed and reliability define our UX requirements. Rust lets us build native components and optimize at stack levels we can't reach otherwise.
We are and always will be huge fans. 🙏
A high-level, safe and concurrent alternative to C++ We lean on Rust where performance and safety matter. Ownership + the borrow checker gave us confidence while integrating native pieces for the desktop app.
Rust powers the backend layer in Tauri, letting us call and integrate our CLI seamlessly.
Rust is powerful because it offers memory safety, zero-cost abstractions, and high performance, making it ideal for building reliable backend logic.
Fast, safe, and a joy to work with once you get the hang of it. Loved using it for performance-critical logic.
Rust provides memory safety without a garbage collector, ensuring high performance comparable to C and C++. Its ownership model prevents data races, making concurrent programming safer. With strong tooling, modern syntax, and a vibrant ecosystem, Rust is ideal for systems programming, embedded development, and performance-critical applications.
Rust just works out of the box if you need multi threading. This was a step up for me from the Go solution I had.
For providing the robust and reliable backbone of our backend. Its focus on performance and safety gave us the confidence to build a scalable and secure service.
I chose Rust for DealMeal’s backend because it delivers exceptional performance, safety, and reliability ⚙️🦀. With zero-cost abstractions and powerful concurrency support, Rust handles high-throughput tasks like scraping and data processing with ease. Its strict compiler catches bugs at compile-time, reducing runtime errors and making our infrastructure rock-solid. Ideal for a system that needs to scale fast without compromising stability 🚀.
Rust offers the perfect balance of safety, speed, and low-level control. Its memory safety without a garbage collector and great tooling made it ideal for building a high-performance language like Kode. Alternatives didn’t match Rust's precision.