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What agents mean for Rust (and vice versa)
Niko Matsakis reflects on the rise of LLM coding agents from a language designer’s perspective: why Rust’s type system and safety guarantees suit agentic development, and what Rust and its tooling should change in response.
15 min · 3,336 words
Async Rust: Where does the scheduler live?
Mond opens with an async Rust complaints bingo card and reading list, then argues that the real discomfort is that async Rust needs a runtime, while concurrency always requires a scheduler somewhere, and weighs Zig's approach of passing the I/O implementation as a parameter as a direction worth trying.
17 min · 3,872 words
Rust is the answer to the wrong question
Rust is the answer to the wrong question The below was 100% written by a human. TL;DR: porting an app to another language is merely an anecdote. One shoting an application from scratch optimizes the easy part initial authoring and completely misses the point on the hard part: maintenance. Repeated onshots are not the answer to security vulnerabilities.
5 min · 1,063 words
Why Buran Had Four Computers, Not Three — and What a Lean Proof Adds
**Date:** September 24, 2026 · **Author:** Dmitrii Zatona - Buran’s flight computer was four identical Biser-4 machines running the same programs synchronously. A comparison scheme blocked a failed one, and the design had to survive any two failures (Section 1). - Four is what two failures cost if a failed channel is found by comparing outputs alone. It is not the 3f + 1 of Byzantine agreement, which is a different problem (Sections 2 and 3).
33 min · 7,503 words
What Zig felt like, coming from Rust
A Rust developer's first real Zig project: how the language feels for systems work—manual memory, comptime, error handling, and where it differs from Rust's ownership model and tooling.
11 min · 2,535 words