America is entering its next industrial revolution. Artificial intelligence, advanced manufacturing, automation, data centers, energy infrastructure, and semiconductor investment are converging to expand the nation’s productive capacity on a historic scale. This is larger than a technology boom. It is the beginning of a transformation in what America can produce, how efficiently it can produce it, and how broadly that opportunity can travel throughout the economy.
Industrial revolutions do not begin with a government declaration. They begin when a breakthrough technology attracts capital, requires new infrastructure, reorganizes production, and creates demand across industries that may initially appear unrelated. Those characteristics defined the revolutions powered by steam, railroads, electricity, and mass production. They are appearing again.
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Steam power freed factories from the physical limits of human, animal, and water power. Railroads connected producers with resources, workers, and national markets. Electrification did more than replace one source of power with another. Companies redesigned factories, reorganized work, introduced new equipment, and created products and industries that had not existed before.
AI has the potential to become the next general-purpose technology. A Federal Reserve study identifies the characteristics that make such technologies transformative: widespread adoption, continual improvement, follow-on innovation, and the reorganization of business activity. AI is beginning to satisfy each test, but its economic importance extends far beyond software.
AI requires a physical industrial foundation. Data centers need semiconductors, electricity generation, transmission, transformers, switchgear, cooling systems, backup generators, steel, concrete, cables, construction equipment, water systems, and continual maintenance. Each requirement creates an opportunity for an American manufacturer, contractor, engineering firm, energy producer, technology supplier, or small business.
The latest production data show that this industrial expansion is underway. The Fed reported that manufacturing output increased in July after a stronger June. Business-equipment production rose 0.8%, information-processing equipment increased 1.5%, and semiconductor output advanced 2.4%. Manufacturing production grew at a 4.7% annual rate during the second quarter.
The expansion is already moving through factory supply chains. American producers of generators, electrical equipment, cooling systems, cables, steel components, and prefabricated structures are adding capacity to meet data center demand. Generac has announced major investment and hiring plans, while Siemens is building additional American manufacturing capacity. One technology investment is becoming many industrial investments.
Energy provides another unmistakable signal. After years of relatively flat electricity consumption, data centers are becoming a leading source of long-term demand growth. The Energy Information Administration projects that the country may need between 50% and 90% more generating capacity by 2050, depending on future demand and technology costs. Meeting that requirement will demand enormous investment in generation, transmission, storage, grid infrastructure, and emerging technologies, together with the reliable operation of existing capacity.
The historical parallel is important because industrial revolutions unfold in stages. The technology appears first. Capital follows. Infrastructure and production systems are rebuilt around it. Businesses reorganize. Workers develop new capabilities. Productivity rises, costs change, markets expand, and entirely new sources of employment emerge.
America experienced that progression during electrification. Economic research examining the period from 1890 through 1940 found that electricity was accompanied by capital deepening, organizational change, and lasting productivity gains. In areas with smaller manufacturers, output and employment increased together. Another historical study found that electrification helped shift American employment from agriculture into manufacturing between 1910 and 1940.
The next industrial revolution will not recreate the labor market of the 20th century. Automation will eliminate some tasks, redesign others, and create occupations that are only beginning to take shape. The larger opportunity comes from increasing the productive capacity of American workers and businesses, enabling them to produce more value, compete more effectively, and build industries around capabilities that did not previously exist.
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The transformation is not confined to Silicon Valley or a handful of technology companies. It can reach factories, energy producers, construction firms, logistics networks, technical schools, small manufacturers, and communities throughout the country. The wider the industrial ecosystem becomes, the greater its potential to produce jobs and rising incomes.
America is building the productive capacity for its next industrial revolution. Turning that historic investment into new orders, growing businesses, well-paying jobs, and stronger paychecks will give working families the power to carry the expansion throughout the economy. That is how a technology boom becomes an industrial revolution, and how an industrial revolution becomes America’s next era of sustained economic growth.
Dan Varroney is an economic strategist, founder and CEO of Potomac Core, and author of Rethinking Economic Growth.
