The gap between the development of commercial technologies and their adoption by government has never been wider. While Silicon Valley operates on rapid iteration cycles, defense procurement remains anchored in processes designed for Cold War hardware platforms.
Justin Fulcher, technology entrepreneur believes this disconnect poses a fundamental risk to American competitiveness, arguing that national security now depends on bridging the gap between private sector innovation and government institutions.
Commercial technology outpaces defense development
Modern military advantage increasingly comes from software, artificial intelligence, and networked systems rather than traditional hardware platforms. However, the deadlines governing the acquisition of defense equipment create a structural mismatch. “The business sector is solving problems faster than government can make demands,” Fulcher observed in a recent interview. This speed gap means that critical capabilities often exist in the private sector years before they reach operational deployment.
The venture capital ecosystem has invested more than $170 billion in U.S. startups in 2023, funding innovations in autonomous systems, quantum computing, and advanced materials. Many of these technologies have direct national security applications, but few companies successfully move from commercial product to defense contract. Notes by Justin Fulcher that “bureaucratic friction is not just about inefficiency; they constitute a strategic vulnerability when adversaries can deploy new capabilities more quickly.”
Small and medium-sized technology companies face unique challenges. Unlike established defense companies with dedicated government affairs teams and in-depth knowledge of compliance with federal acquisition regulations, emerging companies often lack the infrastructure necessary to interact with defense customers. The result is a persistent innovation gap where breakthrough capabilities remain inaccessible to the organizations that need them most.
Rethinking how government accesses innovation
Meeting this challenge requires structural changes beyond incremental process improvements. Justin Fulcher argues that “we need to fundamentally rethink how government sets requirements, assesses risks, and engages with business partners.” Traditional acquisition models assume that the government knows precisely what it needs and can specify detailed requirements up front. This works for predictable platform acquisitions, but fails when it comes to rapidly evolving technologies where the art of the possible changes quarterly.
Programs like Defense Innovation Unitcreated to accelerate the adoption of commercial technologies, represent progress but remain limited in terms of scale. The opening of commercial solutions and other DIU transaction authority mechanisms demonstrate that alternative pathways can work, but that they operate at the margins of a much larger system still governed by conventional processes. “You can create exceptions, but exceptions don’t change institutional incentives,” Fulcher says.
The challenge extends to cybersecurity, where government systems must integrate commercial security tools while maintaining strict authorization standards. The delay between commercial release of the product and approval of the operating authorization can render security solutions obsolete before deployment. In areas where adversaries quickly exploit emerging vulnerabilities, speed matters as much as rigor.
Creating dual-use technology ecosystems
China’s civil-military fusion strategy explicitly aims to eliminate barriers between commercial innovation and national security applications. This integrated approach enables rapid two-way technology transfer, with commercial companies contributing to defense capabilities and military research giving rise to civilian applications. While the U.S. system intentionally maintains a separation between the commercial and defense sectors, Justin Fulcher suggests that this creates competitive disadvantages: “When your adversary treats technological development as a unified national strategy and you treat it as separate swimming lanes, you are fighting against structural obstacles. »
Developing robust dual-use technology ecosystems requires more than just public procurement reform. This requires workforce pipelines that prepare engineers and technologists to work across sectors, regulatory frameworks that reduce friction without compromising safety, and sustained investments in basic research that enable both commercial and defense applications. THE CHIPS and Science Act represents a model, using federal investment to catalyze private sector manufacturing capabilities with national security implications.
The convergence of business innovation and national security is not theoretical. From autonomous systems to quantum encryption, the technologies that will reshape civilian industries will determine military competitiveness. Justin Fulcher’s point of view reflects years spent navigating both worlds: building a health technology company in emerging markets, then working to modernize government adoption of the technology. Its central argument is clear: placing private sector innovation at the heart of national security is not optional but essential to maintaining strategic advantage in an era of technology-driven competition.
