Modern defense resilience requires integrating dual-use technology, modular open systems architecture (MOSA), and maintaining surge capacity through paid-for surge lines, while leveraging commercial innovation from companies like SpaceX and agile startups to build faster, more scalable defense systems that can pivot from civilian to military production in days rather than years.
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Future of Defense: Lego Military & SpaceX Solutions!Added:
Good news. We don't have to sacrifice innovation to get resilience. We already have the tools to build a better balance. First, dual use technology. We need systems where a civilian factory can pivot to military needs in days, not years. We need to embrace military civil fusion in the western way, leveraging commercial tech like SpaceX or small drone startups to bring mass and speed back to the defense industrial base.
Second, MOSA, the modular open systems architecture. Think of this as leopying the military. If we build platforms with standardized interfaces, we stop being locked into a single vendor. One can swap components, reduce unique parts, and scale production at a speed that would baffle a traditional defense contractor. The Department of War has actually turned MOSA from a technical preference into a strict non-negotiable acquisition mandate under US law. One also needs to address the subtier, the supply chain. It's not just about the big companies like Loheed or Boeing.
It's about the machine shops in Ohio or Bavaria that make the specialized valves and microchips. Those are the companies that were lost during the last supper era. Third, paid for surge line. This means the government pays to keep extra factory capacity warm during this time.
It prevents factories from shrinking to their minimum efficient scale. It is the industrial equivalent of keeping the engine idling so you're ready to floor it when the light turns green. We are also seeing a new wave of agile entrance like Unrill. They are proving that fresh competition can deliver systems that are faster, cheaper, and most importantly, more scalable than what the traditional primes offer.
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