On August 18, the White House released a new National Security Science and Technology Strategy, outlining how defense technologies, from an orbital defense platform to undersea systems, impact US research priorities, procurement decisions, battlefield planning and private-sector innovation.
Washington wants commercial innovation to bolster national security while still fielding expensive weapons alongside cheaper, more attritable systems. Among its priorities, undersea superiority is at the top of the list.
Protecting the undersea fiber-optic cable network matters because both military communications and civilian data flows depend heavily on infrastructure running across the seabed. In parallel, space is also another top priority.
The document calls for the US to detect, characterize, and counter threats from low Earth orbit (LEO) to the Moon, feeding into a wider debate over military’s reliance on commercial space companies orbital defense platform capabilities.
AI and autonomy form the third pillar, with the Pentagon looking to AI autonomous drones to add speed, scale and cheaper strike options without depending only on large weapons platforms.
Military Technology Is Adopting the Startup Model
The strategy encourages faster procurement and milestone-based contracts. That could benefit smaller national security tech companies that often struggle with the Pentagon’s slow purchasing system.
It also strengthens software defined warfare, where military capability can be improved through code, data and regular software updates instead of waiting years for an entirely new aircraft, ship or weapons platform.
At the same time, the White House does not want to abandon expensive systems.
“We will seek optimal combinations of lower-cost (and sometimes lower-tech or attritable) platforms that can be deployed in larger numbers and complement more limited numbers of sophisticated platforms,” according to the strategy.
That balance is visible in submarine defense systems, where advanced submarines can work with autonomous underwater vehicles and sensors to cover more territory without requiring another costly vessel for every mission.
The same logic applies to space. A future orbital defense platform may depend on commercial satellites, private launch providers and military sensors rather than a single government-built system. Protecting long-range strikes, surveillance and command networks also require resilient cyber defense infrastructure, especially as battlefield management becomes more dependent on connected software.
Defense Money Threatens Silicon Valley Independence
The strategy raises a larger question about what happens when the military becomes one of the technology sector’s most important customers. A growing group of national security tech startups now sees defense contracts as a direct path to scale.
That shift is especially important for AI companies. Commercial models built for navigation, logistics or industrial automation can be adapted for AI autonomous drones, allowing the same technology to move quickly from civilian markets into military missions.
Yet the strategy does not mention open-weight AI or open-source software development. That matters because open systems let researchers and smaller companies build on existing work without owning the computing infrastructure used by the largest AI companies.
The pressure becomes clearer as software defined warfare grows. Military customers often demand secure systems, restricted data and tight control over software, which can conflict with the open development culture that helped Silicon Valley expand.
The White House leaves room for change, with the strategy saying its listed subfields illustrate its scope but are not meant to be comprehensive, suggesting later AI plans could still address open models.
Meanwhile, a second undersea fiber-optic cable can improve redundancy, but battlefield networks also need local processing when long-distance connections are damaged or cut.
That is where AI-powered decision-making in autonomous drones becomes important. Systems operating in denied environments may need to identify threats, navigate, and coordinate without constant cloud access or continuous human instructions.
For commercial space companies, an orbital defense platform may create stable government demand, but deeper military integration can change how companies design products – and who ultimately controls their use. Dependence on military buyers may leave companies with less freedom to release software openly, prioritize civilian markets or reject defense applications.
Therefore, the strategy presents a trade-off. If an orbital defense platform and other commercial systems increasingly depend on Pentagon funding, Silicon Valley will gain a powerful customer while losing part of the independence and open innovation that once defined it.
Inside Telecom provides you with an extensive list of content covering all aspects of the tech industry. Keep an eye on our Military sections to stay informed and up-to-date with our daily articles.
