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Dr. Robb Shawe

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Open access 2026

Event Validated Governance (EVG): A Framework for Real-World Performance Alignment in Adaptive Governance Systems

Governance systems traditionally rely on retrospective audits, periodic inspections, and compliance-driven oversight. These approaches fail to capture the dynamic realities of modern risk environments, where system performance is shaped by rapidly evolving operational, technological, and environmental conditions. This...

R. Shawe · 0 citations
Open access 2026

From Compliance to Adaptation: Toward a Unified Governance Theory for Complex Risk Environments

The Adaptive Governance Systems Framework is introduced, a unified theoretical model that reconceptualizes governance as a dynamic, event-responsive, learning-oriented system and establishes governance intelligence generation and operational observability as foundational capabilities for adaptive governance within comp...

R. Shawe · 0 citations
Open access 2026

Translating Technical Risk Signals into Executive Governance Intelligence: A Framework for Board-Level Oversight in Adaptive Governance Systems

The Governance Translation Framework (GTF) is introduced, a structured model for transforming technical outputs—such as anomaly alerts, predictive analytics, and performance deviations—into decision-ready intelligence for senior leadership.

R. Shawe · 0 citations
Open access 2026

Governing Cyber Physical Systems Under Conditions of Complexity: A Framework for Integrated Oversight in Adaptive Governance Architectures

The Cyber-Physical Governance Framework (CPGF) is introduced, a cross-sector governance architecture that integrates adaptive oversight, AI-enabled sensing, event-validated learning, and executive decision translation across interconnected cyber-physical ecosystems operating amid complexity and rapid change.

R. Shawe · 0 citations
Open access 2026

Toward a Unified Governance Architecture (UGA): An Integrated Model for Adaptive, AI-Enabled, Event-Validated, Cross-Sector Governance Systems

The UGA provides a coherent, end-to-end governance architecture that spans sensing, analytics, oversight, validation, translation, and executive decision-making that supports cross-sector governance modernization, institutional resilience, and real-time performance alignment in complex, AI-enabled environments.

R. Shawe · 0 citations
Open access 2026

Aligning Cybersecurity Governance with Regulatory Compliance: Policy Integration Challenges in Healthcare Organizations

It is shown that misalignment between compliance and operational security can result in gaps in risk management, reduced system effectiveness, and governance inefficiencies, and practical implications for integrating regulatory requirements into cybersecurity governance frameworks.

Gilbert B. Mengnjo, R. Shawe · 0 citations
Open access 2026

Toward a Governance Maturity Model (GMM): A Capability-Based Framework for Adaptive, AI-Enabled Governance Systems

The Governance Maturity Model is introduced, a five-level capability framework that evaluates an organization's readiness to implement adaptive, AI-enabled governance systems and provides a structured pathway for organizations seeking to modernize governance practices, strengthen accountability, and align oversight mec...

Dr. Robb Shawe · 0 citations
Open access 2026

Cross-Domain Variability in Governance Systems: A Comparative Analysis of Governance Capability Across Critical Sectors

Governance systems across sectors exhibit significant variability in their ability to integrate artificial intelligence, real-time monitoring, and adaptive oversight. While some sectors demonstrate advanced governance maturity—characterized by continuous sensing, predictive analytics, and event-validated learning—other...

Dr. Robb Shawe · 0 citations
Open access 2026

Evaluating the Performance of YOLO-based Hazard Detection Systems: A Quantitative Comparison with Manual Inspection in New York State Workplaces

This study quantitatively evaluates the performance of a YOLO-based computer vision system for real-time hazard detection across construction, manufacturing, and healthcare environments in New York State and indicates that YOLO-based systems significantly outperform manual inspection across all metrics.

Dr. Robb Shawe · 0 citations
Open access 2026

AI-Driven Oversight in Multi-Sector Governance Systems: A Cross-Domain Analysis of Adaptive AI-Enabled Governance

The model demonstrates how AI can serve as a governance augmentation layer, generating decision-support intelligence, generating decision-support intelligence, accelerating operational awareness, enhancing adaptive oversight, and supporting real-time governance recalibration.

Dr. Robb Shawe · 0 citations

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