Matthew P. Arsenault
The potential for conflict between the United States and China over Taiwan has been a central focus of contemporary military strategy. Both nations have developed distinct approaches to modern warfare that emphasize innovation, adaptability, and the exploitation of technology to gain operational advantages. The United States' Mosaic Warfare, which prioritizes distributed, composable systems and AI-driven decision-making, contrasts sharply with China’s System Destruction Warfare, which seeks to paralyze adversary systems through multi-domain disruption (Clark, Patt, & Schram, 2020; Engstrom, 2018). If such a conflict were to occur, these strategies would inevitably collide, creating a complex and unpredictable battlefield shaped by divergent military philosophies.
Mosaic Warfare is fundamentally about flexibility. It envisions a disaggregated force structure composed of smaller, highly specialized units that can operate independently or as part of a larger system (Clark, Patt, & Schram, 2020). These units are connected by advanced communication and AI systems, enabling rapid reconfiguration based on battlefield needs. By decentralizing decision-making, Mosaic Warfare aims to accelerate operational tempo, outmaneuver adversaries, and overwhelm traditional command structures. This strategy is designed to exploit technological superiority and ensure the resilience of U.S. forces in the face of concentrated enemy attacks.
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