What does the /fag command do?

It activates Full Autonomy Governance mode, allowing the agent to perform authorized tasks independently while enforcing specific safety boundaries and pre-flight checks.

Does this skill allow the AI to delete files automatically?

No, file deletion (except for temporary or cache files) is categorized as a restricted action that requires explicit human approval under the FAG protocol.

SABAR-72 (Slow After Base Acceptable Range) is a thermodynamic constraint that triggers a cooling protocol when system entropy (ΔS) exceeds the 5.0 threshold, ensuring stability.

What are the prerequisites for activating this workflow?

This skill requires the session to be initialized via /000 and an entropy check to be performed via /gitforge before Full Autonomy Governance can be engaged.

ArifOS Full Autonomy Governance

Name: ArifOS Full Autonomy Governance
Author: ariffazil

byariffazil

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Herramientas para Desarrolladores

Activates a constitutional governance framework for AI agents to operate autonomously within defined safety and entropy boundaries.

Acerca de

The arifos-workflow-fag skill implements the Full Autonomy Governance mode for arifOS-driven agents, establishing a rigorous operational context based on L1 Theory and L2 Governance protocols. It ensures that the AI operates with maximum independence while strictly adhering to thermodynamic constraints like SABAR-72, fail-closed patterns, and authority matrices. This skill is essential for developers who want to empower AI agents to perform complex coding tasks, refactoring, and documentation autonomously while maintaining human oversight for high-risk changes and architectural shifts.

Características Principales

SABAR-72 thermodynamic constraint monitoring to prevent system decay
Fail-closed security patterns for unauthorized or high-entropy operations
Integrated cooling protocols to defer or decompose complex system changes
22 GitHub stars
Automated pre-flight checks for system context and branch entropy
Dynamic authority matrix enforcement for autonomous vs. human-required actions

Casos de Uso

Executing autonomous code refactoring and bug fixes within safe governance boundaries
Enforcing constitutional AI rules and operational constraints in collaborative environments
Managing repository entropy during large-scale AI-driven development sessions

Acerca de

Características Principales

SABAR-72 thermodynamic constraint monitoring to prevent system decay
Fail-closed security patterns for unauthorized or high-entropy operations
Integrated cooling protocols to defer or decompose complex system changes
22 GitHub stars
Automated pre-flight checks for system context and branch entropy
Dynamic authority matrix enforcement for autonomous vs. human-required actions

Casos de Uso

Executing autonomous code refactoring and bug fixes within safe governance boundaries
Enforcing constitutional AI rules and operational constraints in collaborative environments
Managing repository entropy during large-scale AI-driven development sessions