Built-in safety for reliable systems
Rust capabilities
Rust is renowned for its focus on memory safety and concurrency without compromising on performance. Its ownership model, borrowing, and lifetime checks at compile time prevent common bugs like null pointer dereferences, buffer overflows, and data races, making system-level programming more secure and stable.
Productivity
Rust offers developer-friendly features such as pattern matching, type inference, and an effective package manager called Cargo. These features, combined with comprehensive documentation and a strong emphasis on safe coding practices, enhance productivity and enable developers to write efficient and robust code.
Performance
Rust provides the performance needed for low-level system programming, similar to C or C++, but with modern language constructs that make the code more predictable and easier to manage. It’s designed to be zero-cost in terms of abstractions, where higher-level constructs do not add overhead to runtime performance.
Community
The Rust community is vibrant and supportive, rapidly growing with a focus on inclusivity and learning. The community actively contributes to a wide range of projects, from web frameworks to embedded systems, and provides an extensive ecosystem of tools and libraries. This network of support and resources facilitates ongoing learning and project development in the Rust ecosystem.
Things we learn usually end up on our Tech Blog
Jakub Antolak | 15 Jan 2024.6 minutes read
Learning Rust - Front End Developer’s Perspective
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In search of ideal Rust microservice template
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A few nice Rust features from JVM/C perspective
Marcin Baraniecki | 06 Nov 2017.8 minutes read
Multithreading in Rust with MPSC (Multi-Producer, Single Consumer) channels
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Why I stepped into Rust.