A concurrent systems language with a model-checked, GC-free runtime — typed message-bus concurrency, data-race-free by design.

Rust Parser Combinators

Ion is a systems programming language transpiled to human-readable C. It enforces memory safety via move-only ownership and stack-local references (no GC). Concurrency is handled through a channels-only model backed by OS threads and structural Send checking.

🚀 Transpile Ion to C efficiently, leveraging move-only ownership and channels for safe concurrency in a modern systems programming environment.

🦀🔭 See Rust's power in action. Real-time visuals of memory, speed, and zero-cost abstractions. No GC. No compromise. ⚡️✨

Moop Embedded Runtime - Quantum-ready substrate (40KB, no GC, 1M ops/sec)

Jda: A high-performance systems language bootstrapped from assembly. Beats C on sudoku & LZ77. Self-hosted compiler, no GC, built-in concurrency & ML.

Pluto is a compiled language that aims for the simplicity, readability and expressiveness of scripting languages with the safety and performance of C/C++, Go. A Go front‑end lowers .pt/.spt to LLVM IR and native binaries. Features include range‑driven auto‑vectorization, scope‑based memory (no nulls, no OOB, no GC), and concurrency by construction.

GPU-accelerated, zero-GC UI framework for Rust with a declarative DSL.

memory cache for golang with no GC, and support key-value search & binary search

Miva: Memory-safe, Verifiable, Predictable. A systems language that’s simpler than Rust, safer than Go, faster than Python. Building a safe, zero-cost systems language with explicit ownership and no GC. Compiles to C++.

This class implements a lock-free object pool for your game-code that sports automatic creation and events to hook.

A dynamically typed programming language that doesn't use garbage collection.

Explore Rust concepts with 16 live terminal demos showcasing ownership, concurrency, async, macros, and more, all built in Rust for fast learning.