BLUF:
The US military is working to simultaneously disperse its supply chains and consolidate its command-and-control systems; two trends that together offer a model for resilience in a more fragmented world. The technology and concepts driving this shift are already moving between military and civilian sectors, both of which are adapting to a common challenge.
Key Points:
The relationship between military and civilian technology development has never been one-directional. The internet began as a military project to maintain communications after a nuclear strike. GPS was built to guide munitions and ended up guiding delivery drivers. The flow has run the other way as well. The unmanned systems the military has absorbed at scale over the past two decades drew heavily on commercial robotics. The current push to integrate AI into military operations builds on a foundation laid almost entirely by the private sector. The back-and-forth has always driven development in both directions, and the models built for one context tend to find uses in the other.
This cross-pollination extends beyond technology to concepts and business models. The OODA loop (observe, orient, decide, act) was developed by Air Force Colonel John Boyd to describe aerial combat decision-making. It became a framework taught in business schools and applied across industries to describe competitive dynamics in fast-moving environments. Commercial advances in supply chain logistics, and concepts such as Lean and Six Sigma have transferred the other way, from industry to military procurement.
Two developments now underway in the US military are worth watching for exactly this reason. They appear contradictory at first glance, but operate in parallel. Together they attempt to address a problem that civilian businesses operating in a more fragmented global environment will increasingly recognize.
Dispersing the Supply Chain
The first is a deliberate push to distribute and disperse military supply chains. Concentration of materiel has always been a risk in warfare, even more so now when warfare no longer has fronts. Ukraine's use of small drones to strike Russian airbases and energy infrastructure far inside Russia and Iran's ability to keep firing ballistic missiles after absorbing thousands of strikes have demonstrated that rear areas are no longer safe simply by virtue of distance. Increasingly frequent disruptions to key waterways and growing capabilities to disrupt transit further stress long and complex military supply chains. One response is to stop relying on centralized logistics hubs and build supply chains that can absorb disruption and keep functioning through dispersal.
One piece of that is digital manufacturing, which combines additive manufacturing (i.e. 3D printing), mobile machine shops, a pre-vetted set of commercial manufacturing shops, and a shared design library. Together, these allow forward units to produce parts on-site or procure from different directions in theater, rather than waiting for shipment from distant depots. The Marine Corps is currently developing deployable fabricators and a shared library of validated component designs, and vetting potential suppliers that have already proven the ability to produce to specification.
The second piece is distributed and deployable energy. Small modular reactors (SMR) are finally moving from idea to application. At least 6 test reactors are currently operational, and the Army's Janus Program is committing $2.2 billion to micro-reactors at domestic military installations. The smallest designs are being purpose built to fit within current U.S. transport aircraft or on ships for forward deployment. Together, these reduce long supply chains, allow materiel and energy to move with forces, and increase resilience through redundancy and adaptability. A supply chain distributed across many nodes is harder to interdict than one running through a single hub.
Concentrating Command and Control
The second trend appears at first blush to run in the opposite direction. While supply chains disperse, command, control, and information systems are being consolidated and simplified. Golden Dome, the homeland missile defense system that garners most attention to its hardware, is as much about a new collaborative command-and-control architecture as it is about interceptors or space sensors. The goal is to link every layer of missile defense under a common operating system, so that sensors, shooters, and decision-makers across different services and platforms share a single integrated picture.
The same logic applies in digital manufacturing. Dispersed fabrication nodes work because they draw from a centralized, shareable library of validated designs and standardized components. The dispersion is possible precisely because the standards are shared. This is further enhanced by narrowing the materials list, and standardizing parts and components where possible, making qualification cheaper and keeping the system coherent across nodes that may be operating independently for extended periods.
Despite initial appearances, the two trends are not contradictory; they are complementary. Dispersed supply chains reduce vulnerability and increase operational flexibility. Concentrated, simplified command-and-control reduces coordination friction and keeps the overall system coherent. The military is working toward a force structure that can spread out without losing cohesion.
Pinning it all together is a robust and redundant communications and information system, built across platforms and communication modes, and integrating localized AI capability to adapt when connectivity is severed.
What This Means for Business
There are two implications for the civilian sector. The first is a near-term opportunity. Military development of digital manufacturing, modular energy systems, distributed networking, and AI inference at the edge is creating a significant and expanding technology market. Commercial firms are already deep in this development, and the line between being a defense contractor and a technology company has blurred considerably. Businesses developing capabilities in these areas are positioned to move in both directions.
The second is more structural. The combination of dispersed supply chains and simplified, centralized standards is a model that addresses a problem increasingly familiar to businesses operating globally: how to function effectively in a more fragmented world. Greater trade barriers, regional variation in regulation, higher supply chain risk, and less predictable political stability all create pressure toward the kind of resilience the military is building. Local production capacity, reduced dependence on long supply lines, and clear centralized standards for quality and process are not exclusively military problems.
The OODA loop moved from the cockpit to the boardroom because the underlying challenge, how to make decisions faster than the environment is changing, translated across contexts. The dispersion-and-consolidation model now emerging from military logistics may follow a similar path. The pressures driving it are not going away, and they are not confined to the battlefield.
Additional author contributions from Ethan Burk