Nyx OS ⚛️

Schrödinger’s Companion for the Operating System of the Future

Overview

Nyx is an experimental open-source operating system built from the ground up for the intersection of:

• Classical computing
• Quantum computing
• AI-driven system intelligence

It is designed as a next-generation OS platform where classical programs, quantum circuits, and machine intelligence coexist natively.

Core design principles:

• Memory safety
• Security-first architecture
• High performance
• Low energy footprint
• Future-ready computing

⚠️ Nyx is currently Pre-Alpha and under active development.

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Vision

Nyx aims to become a unified computing platform where:

• Classical programs
• Quantum circuits
• AI-driven system intelligence

run together as first-class citizens.

Instead of relying on external simulators or toolchains, Nyx integrates quantum execution directly into the operating system architecture.

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Key Features

Hybrid Classical–Quantum Execution

QCLang programs compile into kernel-integrated quantum operations.

• Quantum simulation backend (current)
• Native hardware support (future)

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AI-Optimized Kernel

Adaptive kernel behavior driven by machine learning:

• Predictive scheduling
• Dynamic resource allocation
• Entropy-aware system tuning

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Next-Generation File System

Experimental filesystem designed for hybrid workloads:

• Quantum metadata support
• Fractal-inspired storage layout
• Built-in lossless compression primitives

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Rust-First Architecture

Entire stack built with Rust:

• Kernel
• Userspace
• Compiler toolchain

Benefits:

• Memory safety
• High performance
• Reduced system vulnerabilities

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Security Model

Security features include:

• Capability-based permissions
• Post-quantum cryptography
• Memory safety guarantees

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Simulation-First Development

Development workflow built around QEMU simulation for rapid iteration and testing.

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Current Status

Pre-Alpha (March 2026)

Progress:

Component	Status
QCLang Compiler	Most mature
Kernel (nyx-kernel)	Active development
Userspace	Early stage
Runtime Libraries	Early stage
Quantum Simulation Backend	Prototype

Capabilities:

• Boots in QEMU
• Partial real hardware boot
• Early DRM/Nouveau handshake work

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Project Structure

nyx/
├── .devcontainer/        # Dev Containers config
├── .github/workflows/    # CI pipelines
├── compiler/             # QCLang compiler
├── nyx-kernel/           # Rust monolithic kernel
├── nyx-user/             # Userspace binaries
├── runtime/              # Runtime libraries & syscalls
├── runner/               # QEMU runner and disk images
├── script/               # Build scripts and helpers
├── Build.sh              # One-command build script
├── Cargo.toml            # Rust workspace
├── SYNTAX.md             # QCLang language spec
├── CLI.md                # CLI reference
├── CONTRIBUTING.md       # Contribution guide

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Quick Start (Simulation Mode)

Requirements

• Rust (nightly toolchain)
• QEMU

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Clone the repository

git clone https://github.com/Asmodeus14/Nyx.git
cd Nyx

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Build the project

./Build.sh

This builds the entire Rust workspace and prepares QEMU disk images.

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Run Nyx in QEMU

./runner/run-qemu.sh

See CLI.md for advanced options and debugging flags.

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QCLang Example

Hello Quantum World (Bell State)

fn main() -> int {

    // Affine quantum register
    qreg q[2] = |00>;

    // Create superposition
    H(q[0]);

    // Entangle qubits
    CNOT(q[0], q[1]);

    let r1: cbit = measure(q[0]);
    let r2: cbit = measure(q[1]);

    // r1 == r2 due to entanglement
    return 0;
}

Full language specification available in:

SYNTAX.md

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Contributing

Nyx welcomes contributions from developers interested in:

• Operating systems
• Rust kernel development
• Quantum programming languages
• Quantum simulation
• AI-driven systems
• Security engineering

Ways to contribute:

• Bug reports
• Documentation improvements
• QCLang language features
• Kernel enhancements
• QEMU testing infrastructure

Please read:

• CONTRIBUTING.md
• CODE_OF_CONDUCT.md

before submitting pull requests.

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License

Licensed under Apache License 2.0.

See:

• LICENSE
• NOTICE.md

for full details.

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Closing

Nyx — because every great OS needs a bit of mystery and entanglement.

Let's build the future, one qubit at a time. 🖤

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