Journal: Journal of Advanced Military Studies / Topic: Logistics

Author:: William Fensterer, Richard Jr. Marshall, Colleen Minihan, and Jason Philips
Publication Date:: 09-2024
Content Type:: Journal Article
Journal:: Journal of Advanced Military Studies
Institution:: Marine Corps University Press, National Defense University
Abstract:: In a potential armed conflict between the United States and the People’s Republic of China in the Indo-Pacific, sustainment of the Joint force is not assured. China’s modernized antiaccess/area-denial (A2/AD) capabilities threaten sustainment lines of communication and challenge successful joint personnel recovery operations. This article examines the Joint operating environment through the lens of a historical case study, analysis of the current operating environment, and an assessment of the future operating environment—the next fight. The authors propose large quantity artificial intelligence (AI)-capable unmanned systems and a scalable force concept able to penetrate the A2/AD and recover and resupply the Joint force. Fielding new and existing technologies, continual doctrine refinement, and tailored wargaming is necessary to find and cover the gaps in our capabilities and be prepared to win the next fight.
Topic:: Military Strategy, Artificial Intelligence, Logistics, Joint Force Maneuver, Expeditionary Advanced Base Operations, and Personnel Recovery
Political Geography:: China, United States of America, and Indo-Pacific

Author:: Robert Jr. Billard
Publication Date:: 03-2024
Content Type:: Journal Article
Journal:: Journal of Advanced Military Studies
Institution:: Marine Corps University Press, National Defense University
Abstract:: This article explores the concept of spacesteading as it pertains to military operations. Specifically, it expands on both potential and emerging technologies that could enable logistics nodes to be positioned in geosynchronous and geostationary orbit above the Earth to enable to rapid deployment of equipment. This article proposes that space domain domination would allow for a superior alternative to existing expeditionary logistics caches such as maritime prepositioning force ships and the Marine Corps Prepositioning Program–Norway. A pair of vignettes help to illustrate the value in the military enabling logistics capabilities within the space domain. While this article largely focuses on space-based logistics applications for the U.S. Marine Corps, these efforts would have far-reaching impacts to the whole of the U.S. military and beyond.
Topic:: Maritime, Logistics, Space Operations, Space Elevator, and Carbon Nanotubes
Political Geography:: China, Asia, and United States of America

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