Executive Summary
This study applies systems engineering methods to develop architectures, an information exchange standard, and cost estimates for the Thousand Ship Navy (TSN) Command, Control, Computers, Communications, and Intelligence (C4I) system concept. It focuses on enhancing Maritime Domain Awareness (MDA) within the Global Maritime Partnership (GMP) enterprise. The research provides a detailed framework for C4I system development and operational analysis.
Why It Matters
This document is crucial for defense and geopolitical analysts as it details the systems engineering approach to developing a robust C4I framework for multinational maritime operations, directly impacting naval interoperability and global security. It provides insights into the technical and strategic challenges of achieving comprehensive maritime domain awareness across diverse fleets.
Key Takeaways
- The study develops C4I architectures and an information exchange standard for the Thousand Ship Navy concept.
- It utilizes structured systems engineering methods to analyze operational functions and system components for enhanced Maritime Domain Awareness.
- Cost estimates for mission applications and software development are provided, offering a financial perspective on implementing such a complex system.
- The research addresses challenges in multinational maritime cooperation, including piracy and humanitarian aid, through a C4I lens.
Strategic Relevance
This thesis outlines a foundational systems engineering approach for a multinational naval C4I system, directly supporting enhanced maritime security, interoperability, and response capabilities for global challenges like piracy and humanitarian crises. Its focus on MDA and C4I integration is critical for future naval strategy and coalition operations.