Rust

Don’t treat unsafe like a get-out-of-jail-free card. With practical examples, this article dissects 6 common unsafe pitfalls: silencing the compiler with duct tape, dereferencing random raw pointers, violating borrow rules inside unsafe, reinventing wheels, abusing unsafe impl, and skipping Safety comments — helping you build the right risk mindset and usage patterns.

tokio::spawn is not a thread but a lightweight task. Under Tokio’s scheduler you build highly concurrent services with sleep, timeout and select — 1000 tasks in 2 seconds with negligible overhead.

A practical deep dive into Rust async: why calling an async function doesn’t run it, how the compiler turns async into a state machine, and how executors drive tasks forward with poll and Waker. Understand the real mechanics behind async/await.

Rust 1.89 demotes x86_64-apple-darwin (Intel Mac) from Tier 1 to Tier 2, adds the mismatched_lifetime_syntaxes lint, constant generics ‘_’ inference, and a wave of new x86 intrinsics.

Learn how to implement cluster-level control commands in Rust distributed actor systems, making node management as elegant as conducting a symphony

Electron made desktop cross‑platform easy; Rust GPUI makes it feel native fast. This beginner‑friendly briefing explains the core idea, the minimal runnable path, and a humane migration plan.

How do you manage 100,000 Actors across 10 machines? Let’s talk about consistent hashing

Rust service suddenly 10x slower? The problem might be hiding in Serde macros. This article walks through a real story to help you identify and fix performance issues caused by Serde serialization.

A C++ developer with 5 years of experience shares real insights from switching to Rust. From memory safety to concurrency, these 10 features completely changed my perspective on systems programming

Manual node configuration? That’s Stone Age! Modern distributed systems know how to find friends, chat, and gossip automatically