The next major conflict is unlikely to respect geographic combatant command boundaries and the logistics enterprise supporting U.S. and allied forces cannot afford to either.
Imagine an Indo-Pacific crisis escalating as another theater simultaneously demands strategic airlift, sealift, fuel, specialized personnel, and other finite sustainment resources. Commercial shipping diverts around contested corridors. Cyber-attacks degrade logistics information systems. Long-range precision fires threaten ports, airfields, distribution centers, and other critical infrastructure. Allies mobilize while competing for capacity within the same global supply chains. What begins as a theater logistics challenge rapidly becomes a global competition for sustainment capacity.
The implications are profound. For decades, U.S. logistics superiority has relied upon strategic mass: large distribution hubs, secure ports, established transportation corridors, predictable force flow, and relatively uncontested strategic lift. That architecture was optimized for efficiency. In a contested, trans-regional fight, the same concentration and predictability can create vulnerability. The Indo-Pacific magnifies the problem through immense distances, constrained maritime access, dispersed infrastructure, anti-access/area-denial threats, and the requirement to sustain distributed forces across an extraordinarily complex operating environment.
The answer is not simply more logistics. It is a different sustainment architecture.
Amentum is addressing this challenge with a technology-agnostic approach designed to transform logistics from a linear, hub-and-spoke supply chain into a distributed, adaptive, low-profile operational network. It connects U.S. military facilities and capabilities with allied infrastructure, commercial logistics providers, regional support offices, joint theater distribution centers, expeditionary sites, prepositioned resources, and multimodal transportation networks. Instead of depending upon a small number of critical nodes and predictable routes, it continuously creates alternative pathways through which sustainment can maneuver as operational conditions change.
This methodology is built around four characteristics: Mass to Mesh distributes sustainment across interconnected nodes to reduce single points of failure. Expeditionary and Elastic allows logistics capacity to expand, contract, and relocate with mission demand. Signature Managed reduces predictability and operational exposure through dispersion, commercial integration, varied movement patterns, and multimodal routing. Hybridized Networks integrate three capability communities that no organization can replicate independently: the U.S. Joint Force, allied governments and partner militaries, and global commercial logistics providers.
That final characteristic may represent the most consequential shift.
Commercial logistics infrastructure already constitutes a substantial portion of global transportation, warehousing, distribution, engineering, and supply-chain capacity. The strategic opportunity is therefore not to recreate that capacity after conflict begins, but to integrate it with military requirements and allied capabilities beforehand. Commercial capacity, properly integrated, becomes operational capacity.
This changes the deterrence equation. Persistent relationships with allies, commercial providers, regional logistics networks, and partner infrastructure can establish access, interoperability, alternative sustainment pathways, and distributed regional presence before crisis. An adversary confronting such a network must contend with a fundamentally different problem: disabling one port, airfield, supply route, or logistics hub no longer necessarily interrupts sustainment because the network can reconfigure around disruption.
Future logistics superiority will depend less on concentrating mass than on creating options.
In a trans-regional conflict, sustainment must itself become maneuverable. The LPL MESH network offers a framework for making that transition and for turning military, allied, and commercial integration into operational resilience and deterrence before the crisis begins.
From the white paper, “Building the Low-Profile Logistics MESH Network: Rethinking Contested Logistics for a Trans-Regional Fight,” by Amentum’s John P. Freeman, director of Operations; Robert A. McVey, Jr., senior solutions architect; Stephen Cheng, director of operations; and J. Scott Murray, senior director and enterprise solutions architect.