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Continuity Legacy (Omega): Enterprise Oracle. Advanced RAG, cognitive maps, and proactive impact analysis.

Project description

Continuity Legacy: Persistent Governance Layer

Industrial Guardian Version License Python 3.10+

Languages

ES EN JA ZH RU FR IT DE PT

Ethernium Continuity Legacy Official Header

[!IMPORTANT] DNA CRYSTAL: v2.1.0-3759847611631fa4 Merkle Root

🏛️ Table of Contents

  1. Choose Your Edition
  2. Technical Specifications
  3. 30-Second Quickstart
  4. Quick Installation
  5. Operation Modes
  6. Core Infrastructure
  7. The Quality Flow
  8. Guardian DNA Algorithm
  9. Origins: The Ethernium Heritage

🏛️ Choose Your Edition

LITE Minimalist local sync with DNA Synthesis for zero-loss handoffs.

PRO Industrial-grade border guard. Features Enterprise-grade cyber-security, RFC 6962 Merkle Hardening, and Fail-Closed Hooks.

OMEGA Advanced RAG, cognitive mapping, and a stunning 3D Glassmorphic Dashboard for impactful data visualization.

Guide Link
Industrial Guide HOW_TO_USE_IT.md
Release Manifest RELEASE_NOTES_MANIFEST.md

🛡️ Enterprise Edition Security (v2.1.0)

The v2.1.0 release establishes a "Fail-Closed" enterprise doctrine to protect the DNA Lineage:

  • RFC 6962 Merkle Hardening: Domain separation (0x00/0x01) prevents second-preimage attacks.
  • Strict Sentinel Hooks: Pre-push and pre-commit hooks dynamically resolve safe paths to prevent PATH hijacking and force exit 1 on drift detection.
  • Enterprise Collaboration: Hardware binding was explicitly removed to allow open-source teams to share the exact same STATE.json safely.

📊 Technical Specifications (Hardware Profiles)

Each edition is optimized for specific resource footprints:

Edition RAM (Min) Storage Dependencies Best For
Lite < 100 MB < 5 MB Zero Local Dev / CI-CD
Pro 4 GB 50 MB Standard Industrial Handoffs
Omega 16 GB+ 500 MB+ RAG/Graph Enterprise Strategy

⏱️ 30-Second Quickstart (The Onboarding Experience)

example-project/ is a pre-configured sandbox included in this repository. It simulates a real project already managed by Continuity Legacy.

  1. Navigate to the example environment:
    cd example-project
    
  2. Verify the DNA Parity:
    python ../continuity-lite/run_continuity_lite.py check
    
  3. Expected Outcome: You will see a green [✔] Parity Confirmed.

Installation (Quick)

# Install the Enterprise edition from PyPI
pip install ethernium-continuity-omega



# Setup the Omega Guardian Entry Point

continuity-omega --hook

🏛️ Arquitectura: Cúmulo de Memoria (Memory Core)

Continuity Legacy utiliza un diseño de Desacoplamiento Total. Las ediciones no son un bloque monolítico, sino herramientas independientes que operan sobre una única fuente de verdad:

  • Independencia Absoluta: El uso de Lite no consume recursos de Pro o Omega. Los motores solo consumen RAM/CPU bajo demanda.
  • Sustrato Común: Todas las ediciones comparten el .continuity/STATE.json y el PROJECT_CONTEXT.md.
  • Interoperabilidad Pasiva: Un cambio registrado por una edición es visible de inmediato para las demás, garantizando que el linaje lógico fluya sin fricción.

🚀 Modos de Operación (How to use)

Continuity Legacy puede integrarse en su flujo de trabajo de tres maneras principales:

  1. Modo Autónomo (CLI): Ejecute continuity-lite status o check manualmente.
  2. Modo Centinela (Automatic Guardian): Use continuity-lite init para instalar los Git-Hooks automáticamente.
  3. Modo Auditor (Manual DNA): Use el script de paridad para generar informes de deriva.

🧩 Core Infrastructure (The Cognitive Core)

Continuity organiza la inteligencia del proyecto en nodos estructurados:

  • .continuity/: El núcleo de memoria con TIMELINE.md y DECISIONS_LOG.md.
  • STATE.json: Instantánea de estado protegida por firma SHA-256.
  • PROJECT_CONTEXT.md: Define las reglas y el alma estratégica del sistema.

🔍 The Quality Flow (The Border Guard)

Continuity actúa como un "Socratic Firewall". Protege tu intención de diseño mediante un bucle de validación determinista:

graph TD
    A[Dev Intent] --> B{Parity Check}
    B -- Fail --> C[Self-Healing / Audit]
    B -- Pass --> D{Impact Analysis}
    D -- Safe --> F[DNA Synthesis]
    E --> F
    F --> G[Final Sync & Push]

🧬 Guardian DNA (Technical Specification)

Continuity Legacy utiliza un algoritmo de hashing "Nucleótido" determinista para generar la identidad única de un proyecto.

  • Nucleotide Hashing: Cada artefacto canónico (.md, .json) es procesado usando SHA-256.
  • DNA Synthesis: El sistema agrega estos segmentos en un Merkle Tree jerárquico.
  • The Merkle Root: El hash final que representa el Estado Absoluto.

🌌 Origins: The Ethernium Heritage

Continuity Legacy nació de la necesidad sistémica dentro del Ecosistema Ethernium, una frontera en evolución de computación cognitiva y sistemas autónomos. Donde los reinicios de sesión ocurren millones de veces, el riesgo de "Entropía Semántica" era crítico. Necesitábamos asegurar que el alma de un proyecto transicionara de una instancia cognitiva a la siguiente sin pérdidas ni deriva.

Minimal Usage

# Index and visualize the decision lineage

continuity-omega --index --map

Hardware Profile (Technical Monster)

  • CPU: 4-8 Cores (AVX2 recommended).

  • RAM: 8GB+ (16GB Recommended).

  • Python: 3.9+ (Requires chromadb, networkx, sentence-transformers).


Continuity Legacy: Protecting the logical lineage of your software.

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