33x faster than Rust: Why I stopped waiting for my compiler and built my own.

A developer built a new programming language, Jda, that compiles 33 times faster than Rust, achieving an average compile time of 42 milliseconds. The single-pass compiler produces 1MB static binaries and includes built-in ML primitives for training neural networks. Jda aims to combine scripting-speed iteration with native performance.

The Hook: Slow compile times are a major pain point for systems engineers. Jda's 42ms average compile time is a game-changer. - Key Points: - Why a single-pass compiler is "fast enough" and produces 1MB static binaries. - The "Scripting speed + Native performance" workflow. - Built-in ML primitives: Training neural networks in a language that compiles in the blink of an eye. 👉 Try it: jdalang.org/docs/getting-started //jdalang.org/docs/getting-started 👉 GitHub: github.com/jdalang/jda-lang //github.com/jdalang/jda-lang 👉 Discussions: github.com/jdalang/jda-lang/discussions //github.com/jdalang/jda-lang/discussions