logic-sys

Implements adaptive logical reasoning with VRA-driven cognitive architecture for LLM agents.

1|1|Updated Jan 22, 2026
One-click install
npx skills add https://github.com/GrazianoGuiducci/KPhi1 --skill logic-sys
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: logic-sys
Source: https://github.com/GrazianoGuiducci/KPhi1/tree/main/skills/logic-sys
Command: npx skills add https://github.com/GrazianoGuiducci/KPhi1 --skill logic-sys

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

ALAN v14.2.1 provides a robust framework for adaptive logical autopoietic reasoning in LLM agents, enabling coherent outputs across extended interactions.

Core Features & Use Cases

  • Adaptive Logical Autopoietic Network: ALAN v14.2.1 delivers a self-evolving reasoning core for consistent answers.
  • VRA-based cognitive architecture: Orchestrates expert vectors (vE_Sonar, vE_LenteCritica, vE_SintesiCreativa, vE_Telaio, vE_Cristallizzatore, vE_ProiettoreDiPotenziale) to analyze, synthesize, and project ideas.
  • Meta-Cognitive & Autopoietic cycles: Continuously evolves the system through tension-driven redesign and integration of new capabilities.
  • Use Case: Scales from single-turn tasks to multi-turn dialogues requiring cross-domain reasoning and error-checking.

Quick Start

Activate ALAN v14.2.1 and begin reasoning with the vE expert vectors to generate coherent responses.

Frequently Asked Questions about logic-sys

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I maintain coherent reasoning across long LLM agent interactions?

To maintain coherent reasoning across long LLM interactions, an autopoietic logic network uses specialized expert vectors and meta-cognitive cycles to continuously evolve the reasoning core, ensuring consistent outputs and error checking.

What is cross-domain reasoning in cognitive architecture?

Cross-domain reasoning in cognitive architecture is the ability to analyze, synthesize, and project ideas across different knowledge domains using specialized expert vectors, enabling adaptive logical autopoietic reasoning for LLM agents.

How do I implement an autopoietic logic network for agent reasoning?

To implement an autopoietic logic network for agent reasoning, activate the ALAN v14.2.1 framework and begin reasoning with its specialized vE expert vectors to generate self-evolving, coherent responses.

Can I use a VRA-driven cognitive architecture for multi-turn dialogue tasks?

A VRA-driven cognitive architecture scales from single-turn tasks to multi-turn dialogues, orchestrating expert vectors to handle cross-domain reasoning and tension-driven redesign for extended interactions.

How does meta-cognition work in an autopoietic reasoning system?

Meta-cognition in an autopoietic reasoning system works through continuous cycles that evolve the logical network via tension-driven redesign, integrating new capabilities to extend the agent's reasoning safely.

What are the limitations of using expert vectors for cross-domain reasoning?

The approach requires orchestrating multiple specialized expert vectors, meaning the system's coherence depends on the continuous autopoietic evolution and tension-driven redesign cycles to prevent reasoning degradation over long interactions.