How Miri’s Compiler Works: From Source Code to Native Binary
How Miri’s compiler turns source code into native binaries — from lexing and parsing through type checking, MIR optimization, and code generation with Cranelift.
Miri Programming Language
Miri is a GPU-first programming language I'm building from scratch in Rust. The idea started as a pipe dream back in 2017—a language as fast as C++ but as pleasant to write as Ruby. Years later, the rise of LLMs and GPU-dominated computing gave the project a new purpose: a language designed for a world where AI generates most of the code and GPUs are the default execution target.
This series documents the entire journey—from compiler architecture decisions and type system design, to memory safety, concurrency models, and making GPU a first-class citizen in a programming language. Follow along as I build, learn, and share everything openly.
Why I’m Building a GPU-First Programming Language in 2026
Discover the origin story of Miri, a modern, GPU-first programming language designed for the AI era. Learn why I chose Rust and how LLMs accelerate compiler development.