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R / REDEAUX ·
NETWORK INDEX 001
COMPUTING SYSTEMS / RESEARCH & DEVELOPMENT

Machines for a distributed world.

Independent infrastructure, protocols, and computational tools. Bounded execution, verified locality, and polynomial-time coordinate fields.

TOPOLOGY MATRIX // 27D FIELD VERIFIED
[01] VME CORE [02] AVM NODE [03] STUDIO [04] DSP ROUTE POLYNOMIAL FIBERS: 256 RESIDUAL: LOSSLESS
COORD: 27D // TORUS
FIG. 01 — DISTRIBUTED FIELD SIGNAL ACTIVE ↗
01 / SYSTEM DIRECTORY CATALOG 1993
Vortex Framework CORE
Distributed computation

Polynomial-time execution across 1D–27D logical representations with configurable fibers (16–1,024). Bounded scheduler and mathematical primitives.

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Attrium Studio STUDIO
Orchestration & IDE

Integrated development studio for the Vortex platform. Visual topology inspector, fiber profiling, and deterministic deployment tooling.

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Sauri Compiler LANG
Language toolchain

Compiler and bytecode toolchain for VPL (lower bounded) and VKL (kernel orchestration). Transforms high-level intent into deterministic execution plans.

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Explode Media Group MEDIA
Media publishing & DSP

Decentralized audio, video, and stream publishing platform powered by the Sauri DSP. Transparent royalty attribution and bounded latency streaming.

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Cyber404 LIVE
Playable surface & WebRTC

Real-time cyberspace surface built on VSL and VSCC semantic compression. Live WebRTC data mesh with Cloudflare Realtime synchronization.

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Vortex Math Engine (VME) SPEC
Mathematics runtime

The core compute engine. Open-loop torus processing structure, fiber scheduler, and polynomial-time mathematical execution model documentation.

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neuro_io (VPL Neuro) RESEARCH
Neural computation

Neural computation and machine-learning integration surface. Research interface for model inference within bounded execution envelopes.

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Engineering Personnel DIRECTORY
Research directory

Staff directory of contributors, systems architects, and research scientists advancing the Vortex Framework and distributed computing infrastructure.

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Corporate & Investors CORP
Capital & consortium

Organizational summary, corporate governance, investor relations, and capital documentation for Redeaux Corporation.

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02 / FRAMEWORK SUBSYSTEMS BOUNDED BOUNDARIES // NO CIRCULAR PATHS
01 AVM

Abstract Vortex Machine

Portable binary and runtime surface for Windows, Linux, and macOS with versioned capability discovery.

02 VME

Vortex Mathematics Engine

Open-loop torus processing, configurable 16–1024 fibers, and polynomial-time execution.

03 VPL + VKL

Language Layers

Bounded low-level systems expression (VPL) coupled with kernel-level orchestration (VKL).

04 VSL

Vortex Shader Language

Target-neutral graphics and compute intent compiled to Canvas, WebGL, WebGPU, and Vulkan.

05 VSCC + VLES

Semantic Compression

Lossless segmentation and exact residual transforms preserving verifiable structural frames.

06 VSS + VAEC

Trust & Verification

Cryptographically sealed execution envelopes and authenticated state recovery.

07 P2Pm + VSAN

Distributed Mesh

Observed peer-to-peer topology with real-time peer health, telemetry, and workload placement.

08 VDBE

Database Engine

Coordinated storage adapters for embedded SQLite3, server PostgreSQL, and edge Cloudflare D1.

03 / TECHNICAL SPECIFICATION // VKL KERNEL HIGH-LEVEL ORCHESTRATION

An illustrative VKL (Vortex Kernel Language) declaration demonstrating bounded parallel dispatch and verified fiber-local emission.

Numeric figures (fiber counts, throughput targets, compression ratios) are architectural targets and illustrative design models — not benchmark claims.

VKL / KERNEL_DECLARATION.vkl SYNTAX v1.4
// VKL: illustrative high-level kernel declaration
kernel normalize_field(
  input: f32[n],
  output: f32[n],
  fibers: 256
) {
  for_each lane in input parallel {
    output[lane] = normalize(input[lane]);
  }

  emit output with {
    integrity: "verified",
    locality: "fiber-local"
  };
}
REDEAUX CORPORATION
DOCUMENT / HOME / 001 · CONFIDENTIAL LAB ARCHIVE
Vortex Framework — compute, compression, encryption.
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