Proceedings of the XMO Industrial Seminar 2026: Excellence in Manufacturing and Operations
Keywords
Warfighter; Advanced Manufacturing; Defense Industrial Base; Point-of-need Manufacturing
Tracks
MULTIFUNCTIONAL AND RESILIENT DESIGNS FOR MANUFACTURING
DOI
10.5703/1288284318679
Abstract
Global supply chain vulnerabilities and contested logistics environments necessitate a paradigm shift in military production and sustainment. Advanced Manufacturing (AdvM) offers the critical agility required to rapidly produce and repair components. This report reviews the current state of AdvM technology and its dual role in supercharging the domestic Defense Industrial Base (DIB) while enabling distributed, Point-of-Need (PoN) manufacturing directly on the battlefield. First, we identify persistent challenges hindering widespread AdvM adoption, including material limitations, process transferability, and arduous certification pathways. To address these barriers, this paper highlights emerging solutions across four key domains: (1) the formulation of novel feedstocks, ranging from dual-use composite polymers for industrial scaling to battlefield-recyclable scrap metals for tactical repair; (2) the modernization of manufacturing through Artificial Intelligence (AI)-driven predictive modeling, in-situ monitoring, and digital twins, which provide decision-makers with rigorous quality assurance; (3) the cultivation of a skilled domestic and military workforce via a "triple-helix" collaboration model uniting academia, industry, and the warfighter; and (4) the implementation of dynamic, performance-based standards to accelerate the qualification of breakthrough technologies. Ultimately, integrating these advanced materials, digital qualification frameworks, and collaborative initiatives paves the way for highly autonomous manufacturing capable of securing both robust national supply lines and agile, PoN sustainment to ensure continuous mission readiness.
Challenges and opportunities for advanced manufacturing to deliver war-winning technology to the warfighter
Global supply chain vulnerabilities and contested logistics environments necessitate a paradigm shift in military production and sustainment. Advanced Manufacturing (AdvM) offers the critical agility required to rapidly produce and repair components. This report reviews the current state of AdvM technology and its dual role in supercharging the domestic Defense Industrial Base (DIB) while enabling distributed, Point-of-Need (PoN) manufacturing directly on the battlefield. First, we identify persistent challenges hindering widespread AdvM adoption, including material limitations, process transferability, and arduous certification pathways. To address these barriers, this paper highlights emerging solutions across four key domains: (1) the formulation of novel feedstocks, ranging from dual-use composite polymers for industrial scaling to battlefield-recyclable scrap metals for tactical repair; (2) the modernization of manufacturing through Artificial Intelligence (AI)-driven predictive modeling, in-situ monitoring, and digital twins, which provide decision-makers with rigorous quality assurance; (3) the cultivation of a skilled domestic and military workforce via a "triple-helix" collaboration model uniting academia, industry, and the warfighter; and (4) the implementation of dynamic, performance-based standards to accelerate the qualification of breakthrough technologies. Ultimately, integrating these advanced materials, digital qualification frameworks, and collaborative initiatives paves the way for highly autonomous manufacturing capable of securing both robust national supply lines and agile, PoN sustainment to ensure continuous mission readiness.