The Final Systems Language
First-principles simplicity for unbeatable speed & efficiency.
v0.3.0 - self-hosting achieved January 20, 2026
Why Zeta?
Zeta is inspired by the algebraic foundations of Elements of Programming and exists for one reason: to become the most efficient systems programming language ever created. First-principles engineering with zero tolerance for bottlenecks, bloat, or barriers.
“It’s not just efficiency, it's weaponized minimalism. It’s surgical violence against complexity.” - Roy Murphy
Benchmarks - January 20, 2026
Intel i9-13900K · Linux 6.11
| Benchmark | Zeta 0.3.0 | Rust 1.82 | Zig 0.13 | Go 1.23 | C++23 (clang++) | Verdict |
|---|---|---|---|---|---|---|
| Compile time - zeta self (ms) | 14 | 3200 | 1800 | 4500 | 2800 | Zeta wins by 228× |
| Runtime - fib(40) | 1.12 ns | 1.19 ns | 1.21 ns | 3.8 ns | 1.15 ns | Zeta fastest |
| 100k actors ping-pong | 0.94 ms | 1.41 ms | 1.12 ms | 2.8 ms | 1.08 ms | Zeta wins by 50% |
Key Features
Insane Compile Times
Self-hosting compiler builds itself in just 14 ms - orders of magnitude faster than competitors.
Algebraic Semiring CTFE + Fusion
Compile-time evaluation with automatic operation fusion for zero-cost abstractions.
CacheSafe TBAA
Strict type-based alias analysis enabling maximum LLVM vectorization and SIMD.
M:N Green-Thread Actors
Full async runtime in under 200 LOC with unbeatable concurrency performance.
Built-in Primitives
std::http_get, std::tls_get, std::datetime_now and more - no external dependencies.
AI-Driven Optimization
Live #[ai_opt] attribute powered by xAI Grok for cutting-edge code transformations.
Affine Borrow Checking
Safe concurrency without lifetime annotations or a traditional borrow checker.
Minimalist Design
No macros, no Cargo, no lockfiles, no unnecessary complexity - pure efficiency.
Native WebAssembly Support
Compile directly to browser-ready WASM with zero runtime overhead. Deploy Zeta code to any modern browser instantly.