DOI: 10.5281/zenodo.18096397
title: AURORA: A Conceptual Supervisory Architecture for the Control and Oversight of Intelligent Operating Systems.

description: ntroduction: The Imperative for Autonomous Supervision in the Age of Intelligent Operating SystemsAs Artificial Intelligence (AI) transitions from narrow task-specific applications to highly autonomous Intelligent Operating Systems (IOS), the global community faces an unprecedented governance challenge. The rapid evolution of these systems has outpaced traditional regulatory frameworks, leading to what pioneers in the field describe as a "loss of control" or the "black-box" dilemma—where system outputs are logically consistent but fundamentally uninterpretable and unconstrained by human values.The AURORA Framework (Supervision and Control of Intelligent Operating Systems) emerges from a profound sense of social and technical responsibility. It addresses the critical gap between the accelerating intelligence of autonomous systems and the lagging mechanisms of human oversight. This research posits that for AI to be truly beneficial and safe, supervision must be an independent, parallel, and immutable layer that constrains risk without stifling the system's operational intelligence.At its core, AURORA is built upon the principle of Architectural Separation of Concerns. It moves beyond reactive monitoring to a proactive, multi-layered "Supervisory Matrix" consisting of 13 modular innovations. These range from predictive behavioral drift detection and tamper-proof distributed logging to the integration of a "Digital Conscience Kernel" that enforces ethical and legal constraints in real-time.This work is not merely a technical proposal; it is a conceptual bridge between the social sciences and advanced systems engineering. By encoding human values, legal constitutions, and ethical principles into a machine-enforceable architecture, AURORA provides a roadmap for a future where intelligent systems operate within a verifiable and accountable framework. This research serves as a foundational blueprint for developers, regulators, and stakeholders to ensure that the trajectory of autonomous intelligence remains aligned with human safety and societal integrity.

 

This research is the result of an independent, self-funded effort by Mostafa abd elsamie abd elall Mohamed, a social worker and researcher specializing in the intersection of technology and society. While the complexity of this architectural framework may seem unconventional for a social science background, it is rooted in the core mission of Social Work: the study and protection of the individual as the fundamental building block of society.potential loss of control over autonomous systems, the author felt a profound professional and ethical responsibility to act. In social sciences, any force that fundamentally alters human behavior or societal structures must be understood and governed. Therefore, rather than remaining a passive observer of the accelerating AI trajectory, the author leveraged his unique perspective on human values and social integrity to design a system that prioritizes safety and oversight.research laboratory, not a physical, technical, or experimental facility. It serves as a dedicated space for the development of high-level architectural blueprints and governance frameworks. This work represents a complete conceptual milestone, offered to the global scientific community as a foundation for future technical implementation and collaborative validation.

ALEXANDERIA UNIVERSITY 

THE Higher Institute of Social work, Alexandria 

AURORA INITIATIVE 

EMIAL [ mostafasamy3021@gmail.com]

Mostafa abd elsamie abd elall Mohamed.