Project NYX: Unified Ring-0
WebAssembly Composable Unikernel

A bare-metal systems architecture bypassing the Ring-3/Ring-0 boundary for sandboxed microservice execution at native hardware speeds.

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SECURITY PROTOCOL ADVISORY

CRITICAL WARNING: This project involves loading unsigned, highly privileged code directly into Ring-0 of the Linux Kernel. Do not run on production hardware.

PHASE 01 // CORE

The Engine: In-Kernel WebAssembly

By embedding a high-performance Wasm runtime directly within the kernel address space, NYX eliminates the overhead of system call context switching. Code executes with the authority of the kernel and the safety of the sandbox.

Zero-overhead context switching

Direct Ring-0 hardware access via Wasm instructions

PHASE 02 // INTERFACE

The Translator: WALI VFS Integration

NYX leverages the Wasm Assembly Linux Interface (WALI) to map Virtual File System calls directly to kernel memory structures. This bypasses traditional POSIX layers for high-throughput I/O.

// WALI VFS Mapping

nyx_vfs_map(target_fd, &phys_addr, FLAGS_RING0);

PHASE 03 // NETWORKING

The Steerer: XDP Silicon Networking

Integration with eXpress Data Path (XDP) allows NYX to intercept and process network packets before they even reach the standard Linux network stack, enabling micro-second response times.

L2/L3 Packet Steering
Hardware Offload

PHASE 04 // SECURITY

The Cage: LSM Zero-Trust Sandbox

Safety is enforced through Linux Security Modules (LSM) hooks that monitor every action taken by the Wasm unikernel. The environment operates on a strict ‘Deny by Default’ architecture.

“Isolation is not an afterthought; it is the substrate upon which NYX is built.”

Repository Architecture

NYX/
├── src/
│   ├── kernel/             # Core Ring-0 Logic
│   │   ├── runtime/        // Wasm Engine integration
│   │   ├── vfs_wali/       // File system mapping
│   │   └── sched/          // Task scheduling
│   ├── drivers/            # Silicon interfaces
│   └── sandbox/            # LSM & BPF policies
├── include/                # System headers
├── tools/                  # CLI management & loaders
└── scripts/                # Build & Deployment

Strategic Evolution

The trajectory for Project NYX goes beyond kernel isolation into the realm of quantum-secure distributed systems.

Project Zyo

Seamless integration with Zyo distributed orchestration for planetary-scale unikernel management.

Quantum RNG

Hardware-level mapping of Quantum Random Number Generators for cryptographic entropy within the sandbox.

SMP Scaling

Advanced Symmetric Multi-Processing support for massive parallelization of Wasm tasks across all cores.

Project NYX: Unified Ring-0 WebAssembly Composable Unikernel