This blog post outlines the work of the Compiler Team's "operations" team, which focuses on improving organization, workflows, and processes within the team to ensure the smooth functioning and sustainable growth of the Rust Project.
`cctx` is a Rust-based tool that simplifies context switching for Claude Code by allowing users to quickly switch between different configurations with a single command.
Microsoft is rewriting its SymCrypt cryptographic library in Rust, aiming for memory safety and formal verification to enhance security and performance.
An explanation from a member of the Rust compiler performance working group on why compiler performance improvements are challenging and what the Rust project prioritizes.
A deep dive into how an atomic counter in a shared type registry caused a performance bottleneck in Conviva's streaming analytics platform, and how ArcSwap solved the issue.
This article outlines a plan for ergonomic and safe SIMD programming in Rust, aiming for near-peak performance across various CPUs with a lightweight, fine-grained library.
This article outlines nine rules for building scientific libraries in Rust that are correct, usable, and fast, with a focus on supporting both Rust and Python, optimizing performance, and ensuring reliability through testing.
This article explores a fix in the Solana Validator that significantly reduced memory usage by switching from Vec<u8> to Bytes for transaction data, emphasizing the importance of choosing the right data structure for performance and shareability in Rust.
This article compares Rust and Go in terms of performance, ease of use, concurrency, and ecosystem to help developers choose the right language for their projects in 2025.
An interview with the CEO of Flarion about using Rust for high-performance data processing systems, hiring Rust developers, and the pros and cons of Rust.
This article details the journey of optimizing WebRTC settings to achieve consistent sub-100ms latency for remote control applications, focusing on techniques like quantization adjustment, rate control, and buffer size modification.
An exploration of whether Rust can be faster than C, considering factors like inline assembly, memory layout, social influences, and compile-time vs runtime checks.
This article discusses Asterinas, a new operating system architecture that uses Rust to achieve kernel memory safety with high performance and compatibility.
An interview with Rust expert Herbert Wolverson covers Rust's applications in web development, Python integration, and the challenges of writing brain teasers in Rust.