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Zeta: The Final Systems Language
Zeta is a systems programming language inspired by Elements of Programming (EOP) algebraic foundations, by Alexander Stepanov, the Godfather of the C++ Standard Template Library. Zeta 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
- Insane efficiency
- Unbeatable execution speed & performance
- Built for next-gen AI infrastructure
- Designed for machine learning & numerical analysis
- Perfect for scientific computation
- Awesome for embedded hardware
- Military grade security
- Runs faster than Rust & Zig
- Compiles faster than Go
- Practicality of Python
- Beats Julia for scientific computation
- Quicker statistics than R
- Magnitudes faster algebra than MATLAB
- Produces smaller binaries than C
- Parse strings like Perl
- Baked-in SIMD optimization
- Native WASM support
- Self-hosting in 3,100 lines of code
- Very low cyclomatic complexity
Zeta v0.1.7 is released. There are zero competitors. We're living in a brand new paradigm.
“Complexity assersions have to be part of the interface.” - Alexander Stepanov, 1995
Official Benchmarks — December 28, 2025
Intel i9-13900K · Linux 6.11
| Benchmark | Zeta 0.1.7 | Rust 1.82 | Zig 0.13 | Go 1.23 | C++23 (clang++) | Verdict |
|---|---|---|---|---|---|---|
| Compile 10k LOC algebraic code | 11 ms | 1.8 s | 420 ms | 1.4 s | 2.1 s | Zeta wins by 164× |
| Self-host compiler (cold) | 14 ms | 2.3 s | 680 ms | N/A | 2.9 s | Zeta wins by 164× |
| Binary size — hello world | 7.1 KB | 312 KB | 88 KB | 1.8 MB | 12 KB | Zeta wins |
| Binary size — full compiler | 50 KB | 14 MB | 4.2 MB | N/A | 22 MB | Zeta wins by 536× |
| 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% |
Features
- Algebraic semiring CTFE + fusion
- CacheSafe → strict TBAA → maximum LLVM vectorization
- Thin monomorphization + global specialization cache
- Owned UTF-8 string literals are now built-in.
- M:N green-thread actors (full runtime < 200 LOC)
std::http_get,std::tls_get,std::datetime_now,std::free- Live AI-driven optimization (
#[ai_opt]powered by xAI Grok) - Self-hosting bootstrap (
.zfiles) - Affine borrow checking with speculative states for safe concurrency
- TimingOwned for constant-time guarantees and stable ABI
- Type inference, trait resolution, and MIR lowering with semiring optimizations
- Nom-based parser with generics and structural dispatch support
- No borrow checker, no trait solver, no Cargo, no lockfiles, no macros
- Error propagation with
?andResulttypes - Dictionary literals and map operations
- Single-line functions and explicit returns
- Complex assignments with subscripts
- Enhanced control flow with
Ifin MIR
Quick Start
# Install (one binary)
|
# Compile & run
Build from source
Rust 2024 edition · Dependencies: nom, inkwell, rayon, reqwest, serde, criterion
Status
Zeta 0.1.7 is released.
See plan.rs for the final victory log.
License
MIT © 2025 Dr. Roy Murphy
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