NewsPrimary ALUS industrial policy needs to be systematic, not just ad hoc – Part 1
09 SEPTEMBER 2026Marc Fasteau and Ian Fletcher

US industrial policy needs to be systematic, not just ad hoc – Part 1

Edited by : AL CIRCLE
9 min read
US industrial policy needs to be systematic, not just ad hoc – Part 1

The image used in this article is generated with an AI tool and does not depict any real-time moment

Our current approach can win economic skirmishes, but not the geopolitical conflict. – Part 1

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After decades during which the very concept was taboo and the reality swept under the rug, the US has now rediscovered industrial policy. But this rediscovery remains incomplete, as too much of it is reactive, scattered, and driven by whichever crisis has the attention of the moment. This ad hoc approach can win a few economic skirmishes, but it will not be enough to win Cold War II.

Simply scaling up more and more ad hoc policies, the trajectory we are now on, will never produce a coherent strategy. This is because what counts is not the number of policies, their aggregate budget, or even how widespread they are. What counts is whether they fit together, effectively support each other, and serve rational overall industrial policy goals.

The biggest industrial policy issue now facing the country is therefore converting our scattershot, mostly defensive improvisations into a coherent national industrial strategy.

How to do this is, of course, an ongoing question we will be answering for decades to come. So we will not address it here. Instead, we will review the impacts of not doing so, to generate the required sense of urgency.

Impact #1 of ad hoc industrial policy: Never getting beyond crisis response

A huge percentage of our existing policies have derived from a crisis mentality. Fear the collapse of the auto industry? Organise a bailout. Fear a pandemic? Accelerate development of a vaccine. Fear losing the AI race to China? Embargo the most powerful chips.

These policies were necessary and we should continue to respond similarly to similar threats. But this approach suffers from two problems that preclude it from being a template for a successful overall national industrial policy.

First, not every problem meriting an industrial policy response takes the form of a looming catastrophe. Sometimes the impact is just decades of suboptimal performance in a particular industry, such as autos – with all its negative implications for worker incomes, corporate profits, tax revenues, technological progress, productive capacity, the trade balance, and regional decline.

Second, some industrial policy needs do not derive from possible negative outcomes at all, but from opportunities that America would benefit by seizing. Some of most important technologies of the future will require years of government-funded nurturing before they mature enough for the private sector to take over completely.

Here’s an article on key past inventions that could hypothetically have been invented earlier. Whether state support could have helped accelerate their arrival is a case-by-case question, but the point stands: We risk delaying valuable innovations, or waiting for them to appear in another country, which will then reap their commercial benefits.

Impact #2 of ad hoc industrial policy: Solving only the obvious problems

An ad hoc approach risks addressing only sectors where the problems are obvious. These will get the tariffs, the subsidies, and White House attention. Other sectors will languish.

Consider how in recent years vast industrial policy attention has been lavished on new technologies that everyone is aware of, like electric cars under Biden or artificial intelligence under Trump, while it has not been given to less glamorous technologies that may prove almost as important in coming decades, such as new materials. (If you don’t even know what these are, that’s precisely our point.)

Or consider the machine tool industry, which has been in decline in this country since the early 1980s but has received little policy attention. Machine tools operate behind closed doors in factories, so the average voter is barely aware of their existence. But they are foundational for every other manufacturing industry.

Industrial robotics is another important, underpublicised field where the US has lagged due to a lack of industrial policy attention. Washington spent billions on military and space robotics, but almost nothing on industrial applications. Meanwhile, rivals like Japan, Korea, and Germany allocated huge resources to systematic strategies to build strong positions in the industry.

As a result, there is not a single US-owned and -located firm in the industry’s top 10, and America’s weak robotics industry and limited corporate experience deploying them is now a handicap to the reshoring of other industries.

Impact #3 of ad hoc industrial policy: Waiting too long

Many industrial vulnerabilities are not obvious until it is either too late, or far more difficult and expensive to remedy them than if they had been detected earlier. In many industries, this sort of “frog boiling” is precisely how the US got into its present predicament.

China (and Japan decades earlier) repeatedly exploited this dynamic. These nations’ industrial-policy strategists knew they could rely on the progression of American perceptions from “America’s X industry is too strong to need help” to “America has only lost the low end of the X industry” to “America’s X industry is collapsing but we should leave it to the market” to “America’s X industry is too far gone to save, so no policy action is justified.”

The core problem here is that the loss of industrial capabilities and their recovery are asymmetric processes. Industries can be killed off very fast if starved of sales revenue by predatory foreign competition. But they will not just spring back up quickly if conditions change.

Most important industries have a large minimum viable scale, which means the investment required to jump-start them from scratch is huge. Also, capital investments, supplier networks, skills bases, customer relationships, and financing channels interlock, often presenting “chicken and egg” problems. Specialised suppliers may have lost their anchor customers and gone broke, leaving nobody in the US with the right skill set and production equipment. Skilled workers will have retired, switched sectors, and never trained their successors. Engineers have moved into other fields, their former expertise has decayed, and they never learned the current state of the art. Customers have redesigned their procurement around foreign suppliers.

Early on, while US production still exists, relatively simple, low-cost measures such as tariffs can suffice to bring an industry back to health. Later on, heavier handed, riskier, and more expensive measures, such as subsidies, governmental equity infusions, and guaranteed purchase agreements, can be required. Rare earths are a good current example of such a package that is actually now being implemented .

It follows that even skeptics of industrial policy should support a proactive “nip industrial problems in the bud” approach. But this requires three things:

  1. Systematic governmental surveillance of the technological and financial health of American industries.
  2. Systematic understanding of how industrial policy works, what it can do, and how it should be implemented.
  3. Consensus in favor of taking action sooner, rather than later.

Impact #4 of ad hoc industrial policy: A lack of systems thinking

Successful industrial policies, even if they don’t intervene in every part of an industry, must still reflect the fact that these parts do not exist in isolation. American industries generally thrive when either of the following is true:

A: Their entire supply chain is intact in this country and in good health, with (usually multiple) competitive firms able to produce at viable scale and with sufficient profitability to pay good wages and attract sufficient capital to stay technologically current.

B: It is feasible for the US to “filet out” the most desirable parts of the industry’s supply chain. This generally means the parts with the highest value-added per man hour and return per dollar invested, and must usually include the “chokepoint” steps, i.e., those that can potentially block all the rest.

Industries not only have internal structures, but exist in larger ecosystems of suppliers and customers outside the industry itself. They are often critically dependent upon resources shared with and supported by other industries. For example, in the words of Gary Pisano and Willy Shih of Harvard Business School, who call this phenomenon the “industrial commons,”

Software knowledge and skills, for instance, are vital to an extremely wide range of industries (machine tools, medical devices, earth-moving equipment, automobiles, aircraft, computers, consumer electronics, defense). Similarly, capabilities related to thin-film deposition processes are crucial to sophisticated optics; to such electronic products as semiconductors and disk drives; and to industrial tools, packaging, solar panels, and advanced displays. The knowledge, skills, and equipment related to the development and production of advanced materials are a commons for such diverse industries as aerospace, automobiles, medical devices, and consumer products. Biotechnology is a commons not just for drugs but also for agriculture and the emerging alternative-fuels industry.

Industries depend not only on their production ecosystems, but also on their innovation ecosystems. These are the often-long pipelines, whose structure varies by industry, that bring innovations from scientific discovery to marketable product.

Gaps in these pipelines can result in America producing the underlying science while other nations reap the commercial benefits, as happened, for example, with liquid-crystal displays, photovoltaic cells, lithium-ion batteries, DRAM chips, rare-earth magnets, LED lighting, OLED displays, and semiconductor lasers. Or American firms can pioneer the small-batch, high-cost, cutting-edge initial version of a product, while for lack of scale-up capability, the mass production migrates abroad, as happened with VCRs and many of the aforementioned items.

Marc Fasteau is a retired banker, entrepreneur, and real-estate developer. He is a vice-chair of the Coalition for a Prosperous America (CPA), a think tank and lobby group composed of labor, agricultural, and industrial interests that supports trade and industrial policies favoring domestic producers. Years ago, he was a congressional economic staffer. He is a graduate of Harvard College and Harvard Law School, where he was on the Law Review. He lives in New York City and Santa Fe, NM.

Ian Fletcher was Senior Economist for CPA from 2010 to 2012 and is currently a member of its Advisory Board. Before that, he was a Research Fellow at the U.S. Business and Industry Council, an economist in private practice, and an IT consultant. He predicted the demise of free trade in his 2010 book Free Trade Doesn't Work: What Should Replace it and Why. He was educated at Columbia University and the University of Chicago and lives in San Francisco.

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