As America reindustrializes, industries that are starved for technical talent should study the U.S. Navy’s nuclear training pipeline. Under Admiral Hyman Rickover, the Navy proved that ordinary recruits can transform into elite technical operators through rigorous academics, hands-on qualification, relentless standards, and real responsibility. The Navy nuclear model is simple yet demanding. Students first master fundamentals: math, physics, reactor theory, thermodynamics, electrical and mechanical systems, chemistry, and radiological controls. They must explain, calculate, defend, and prove understanding. Then they move to real nuclear plants, where theory becomes action through oral checkouts, evaluated watches, drills, and qualification under pressure. This rigorous training works because of the culture of excellence instilled by Rickover himself. “Good enough” is not good enough. Competence is built through repetition, ownership, hard study, and instructors who know both the equipment and how to develop people. Qualification is only the beginning. Continuous training, audits, daily drills, critiques, and root-cause analysis keep standards from decaying. Civilian industry can’t simply copy the Navy. Companies can’t compel their employees the way the military can. But they can adapt the principles: paid intensive training, labs, simulations, mentored on-the-job qualification, clear standards, frequent evaluation, strong instructors, career ladders, and retention incentives tied to real advancement. Manufacturing, energy, semiconductors, defense production, data centers, and advanced nuclear all need this mindset. If these industries want workers, they will have to grow their own. Rickover’s legacy is about more than nuclear submarines. It is proof that excellence can be engineered. If America wants to rebuild its industrial strength, it must stop waiting for talent to appear and start replicating the pipelines that can produce it.

In 1980, Detroit thought it was losing to Japan on fuel economy and labor costs. It was actually losing on something far more consequential: the Toyota Production System. Toyota had integrated workers, suppliers, engineers, logistics, and quality control into a continuously learning enterprise. By the time Detroit understood what was happening, it had fallen far behind. Something similar is happening now with America’s defense industrial base. The U.S. still has extraordinary advantages: world-class engineers, innovative companies, leading research institutions, unparalleled allies, and more. But these strengths are treated as a collection of programs rather than as a system that adapts and improves over time. Program offices optimize individual weapons. Contractors optimize contracts. Suppliers optimize schedules. Each performs its assigned mission while the ecosystem underperforms. Leaders can see which ships are where but the supplier bottlenecks that are constraining an entire portfolio of missiles are invisible. Meanwhile, China is operating an integrated industrial system: large, well-coordinated, adaptive, and inherently dual-use (drones, ships, autos, etc.). The solution is treating industrial power as a systems problem. We call this War Machine. Artificial intelligence and modern software can now create what the defense ecosystem lacks: visibility across the fragmented base, feedback loops connecting operators to factories to suppliers, and the speed to identify constraints before schedules slip. The goal is not a better dashboard but a shared operating picture connecting demand with production capacity, workforce, supplier risk, and delivery timelines. Detroit's mistake was believing it was competing car against car when it was competing system against system. America can’t afford to repeat the error in defense today, when the stakes are higher and the margin of error narrower.

The White House Office of Science and Technology Policy has released “Science: A New Golden Age,” a comprehensive R&D roadmap that represents the most significant rethink of American science and innovation since Vannevar Bush wrote “Science, the Endless Frontier.” The report challenges how the federal government funds research. And it could shape where American innovation happens. Here’s how. THE PRIMACY OF PEOPLE Instead of channeling money through universities, it proposes directing resources directly to scientists with grants that are portable if recipients move institutions or start companies. It advocates for longer funding horizons and empowers program managers to make substantial bets on breakthrough research, similar to DARPA's portfolio approach. The report argues that the old, institutional model of R&D is bloated and unsuited to developing long-term talent and commercial breakthroughs. Universities extract significant overhead while relying on temporary PhD candidates for core research. Academic incentives prioritize publications over genuine exploration. This model, the report argues, undermines long-term knowledge retention and risk-taking. PROVING GROUNDS FOR INNOVATION Beyond funding, the report emphasizes that innovation requires ecosystems for testing and tinkering. It highlights the importance of testing infrastructure like the proving grounds that developed American aerospace in the last century. New public-private research organizations, mission-focused consortia, and tight integration between scientific breakthroughs and domestic manufacturing capacity are equally essential. PRODUCTION POWER The report also stresses the importance of linking innovation to production. Too often, the United States has invented cutting-edge tech only for foreign countries to scale and produce that tech. American taxpayers ended up funding the prosperity and power of other countries. The lesson is clear: American innovation must translate to American production. The report is sure to provoke the administrators and institutions who depend on the old model of science and innovation funding. But a new era of technological competition calls for new approaches, and this report deserves serious attention from policymakers, researchers, and regional leaders. Read @ThomasLDay’s full assessment of the OSTP report and the opportunity for regional innovation. 👇

On August 5, Deputy Secretary of War Steve Feinberg lit a fire under industry to solve America's munitions production problem. He sent a memo to industry leaders giving them 21 days to submit plans to “drive significantly faster, more aggressive delivery schedules and/or increased production for critical capabilities. . . " We put the question to some of our favorite doers in the industry: If you had free reign to fix America’s munitions bottleneck, what would you propose? It's been three weeks, so we’re sharing the best—and hottest—takes we received. 👇

Daryl Wieland: Get the allies involved.