The Golden Dome for America requires alignment between digital engineering and a modernized acquisition process. Without either, the program will fail. Contractors cannot afford to invest millions in digital infrastructure only to see its models rejected at the test and certification phases; nor can they afford to repeatedly rebuild models when requirements shift every 18 months as the threat evolves. Digital engineering is the solution that can deliver Golden Dome on the program’s ambitious timeline, but only if it’s paired with acquisition reform.
Golden Dome will be a system of systems built by integrating existing capabilities, platforms and effects across domains to meet the threat. But legacy acquisition structures are sequential and document-driven, which can stovepipe communication and disrupt the process. So while digital engineering presents an opportunity to streamline program development and procurement, it will only create more overhead unless the familiar break points in the acquisition process are addressed.
When prime contractors build models that don’t integrate with Tier 2 and Tier 3 partners as Golden Dome requires, interoperability across the supply chain collapses. Current testing and certification processes don’t trust digitally derived results, and RFP mechanisms like Section L and Section M don’t recognize or reward digital engineering investment. When requirements change 18 months into a program due to the pace of the threat, these contract constraints erase every time advantage digital engineering was supposed to deliver.
These failures ripple across the market. A stalled program can leave an industry partner’s multi-million-dollar investment in digital infrastructure in limbo, threatening business sustainability and leaving them without a way to recoup that initial investment. The warfighter is subsequently left without the capabilities needed to meet mission requirements.
But these are organizational and contractual problems that digital engineering can solve. Mature modeling and simulation tools can catch cost drivers early, before they compound into schedule slips driven by change orders based on rapidly evolving threats.
THE INTEROPERABILITY IMPERATIVE
Digital engineering enables interoperability between the government and its industry partners. Four foundational elements make this interoperability possible: a macro architecture, a federated infrastructure, interface control standards and authoritative data environments.
A macro architecture is the blueprint of shared principles that let systems talk to each other. A federated infrastructure enables contractors to share information through defined interfaces without giving up operational independence. Interface control standards do the granular work of specifying exactly how modules connect, so intellectual property stays protected and stakeholders across the supply chain can still collaborate. Authoritative data environments resolve the need for manual translation that consumes time and budget when contractors are working off fragmented, incompatible systems.
The path to interoperability begins when the government defines a weapon system’s multiple use cases with different fidelity requirements. The models the Space Warfighting Analysis Center needs for wargaming aren’t the models a contractor needs to design and test a satellite or train an operator. Defining those use cases early prevents misaligned priorities and wasted resources when requirements inevitably change with the threat.
Government must also mandate the infrastructure investment digital engineering requires: shared data environments, interoperability standards and contractual recognition of industry investment. For Golden Dome, that means engaging infrastructure providers, cloud vendors, network providers and the AI-enablement layer as genuine partners alongside traditional contractors. Without that engagement, government won’t have the capabilities to build Golden Dome securely and avoid vendor lock-in.
Golden Dome is an unprecedented opportunity to leverage digital engineering and field its capabilities under ambitious timelines. Aligning a digital engineering approach with broader acquisition reform will ensure the warfighter, and the national security interests they protect, are prepared to meet the ever-evolving threat to the homeland.
