The Future of Systems Programming: Rust, Go, Zig, and Carbon Compared

<h1> The Case for Rust: Why I Choose Absolute Reliability for RPGFX and WebRaven </h1> <p>The transition from high-level, interpreted languages to Rust often feels less like a

<blockquote> <p>No segfaults. No data races. No garbage collector. Here's the idea behind Rust's most powerful feature — with diagrams that make it click.</p> </blockquote> <p><a

<p>I've spent most of my career writing C#. ASP.NET Core, EF Core, the whole ecosystem — it's productive, well-documented, and I've never had a real complaint about it. This isn't

<p>Let’s be honest. When we talk about migrating a service to Rust, we all envision the same thing: liquid-lightning latency, CPU graphs dropping off a cliff, and a single server

<p><em>Originally published on <a href="https://tamiz.pro/insights/micro-ai-code-reviewer-rust-unsafe-system-metrics" rel="noopener noreferrer">tamiz.pro</a>.</em></p> <p>In the

<p>Rust promises memory safety without garbage collection. That's why many of us dream of writing a kernel in it. After several years of building a from‑scratch operating system

<p>There's a joke that every Rust project starts with someone saying "we should rewrite this in Rust" and ends four weekends later with a half-finished repo and a lot of new

<h2> Intro </h2> <p>I've spent the last 7 years as a Rust developer, working mostly on open source projects,<br /> and I'd like to think I've built a solid feel for the language