---
title: LOGOS SPCW Matroska
emoji: 🌌
colorFrom: blue
colorTo: purple
sdk: docker
app_port: 7860
pinned: false
short_description: "SPCW Protocol Visualizer & DSP Bridge"
---

# LOGOS: Structured Prime Composite Waveform (SPCW)
**"The Machine Shop"**

**[📄 READ THE UNIFIED ARCHITECTURE (HOPE + mHC + LOGOS)](ARCHITECTURE.md)**

LOGOS is a **Manifold-Constrained Data Transport Protocol** that implements **Nested Domain Learning** at the bitstream layer. It replaces probabilistic software routing with deterministic prime topology.

It treats information as thermodynamic "heat" and "waves" defined by prime number theory.

## Features

### 1. Prime Network Visualizer (Layer 1)
Interactive visualization of the mathematical blueprints underlying the LOGOS protocol:
- **Radial Topology**: How primes act as prime attractors for composite numbers.
- **Potentiality Flow**: The "gravity" of prime constraints (Mod 10).
- **Composite Density**: The distribution of entropy.

### 2. DSP Bridge (Layer 3)
A working demonstration of the **SPCW Transmission Protocol**:
- **Bake**: Encodes images into "Heat Codes" using Fractal Addressing.
- **Eat**: Reconstructs the image from the stream.
- **Stats**: Real-time throughput, latency, and structural integrity (SSIM).

## Usage
Simply start the Space and use the tabs to explore the visualizations or upload an image to test the DSP/Transmission engine.