What Would It Take To Make Michigan America’s AI Arsenal?

Michigan helped build America’s automotive empire.

It helped power the Arsenal of Democracy during World War II.

And today it remains home to one of the nation’s largest concentrations of advanced manufacturing, defense engineering and mobility research.

But as artificial intelligence, autonomous systems and drone warfare rapidly reshape global military strategy, a new question is beginning to emerge in defense and economic-development circles:

Could Michigan become one of the nation’s leading hubs for AI-enabled defense manufacturing and autonomous military technologies?

And if so, what would Lansing and Washington need to do to make it happen?

The question is no longer theoretical.

The Pentagon is increasingly warning that future conflicts may depend as much on:

• software,
• semiconductors,
• AI systems,
• robotics,
• autonomous vehicles,
• and industrial-scale drone manufacturing
  as traditional tanks, ships and aircraft.

That shift is creating growing overlap between:

• the automotive industry,
• Silicon Valley-style AI development,
• and defense manufacturing.

And few states sit at that intersection more naturally than Michigan.

Pentagon Rethinks The Future Of Warfare

The wars in Ukraine and the Middle East have dramatically accelerated Pentagon concern about the future of warfare.

Cheap drones costing tens of thousands of dollars have repeatedly forced the use of missile-defense systems costing millions per shot.

Military analysts increasingly warn that future wars could involve:

• massive drone swarms,
• AI-coordinated attacks,
• autonomous naval systems,
• electronic warfare,
• cyberattacks,
• and prolonged industrial competition.

Perhaps most concerning to Pentagon planners is the realization that many advanced American weapons systems require months or years to manufacture.

Tom Karako, director of the Missile Defense Project at the Center for Strategic and International Studies, has warned in published analyses that America’s current defense-industrial base may struggle to sustain prolonged high-intensity warfare against a major industrial power.

That concern has become especially urgent regarding China.

Military strategists increasingly believe any future conflict involving Taiwan could feature large-scale missile and drone saturation attacks designed specifically to overwhelm U.S. defenses and exhaust American weapons inventories faster than they can be replaced.

The Pentagon is now responding by accelerating investment in:

• autonomous systems,
• AI-guided warfare,
• drone manufacturing,
• robotics,
• semiconductors,
• and scalable industrial production.

That transition could create major opportunities for states capable of combining:

• manufacturing,
• software,
• engineering,
• robotics,
• and advanced computing.

Michigan’s Strategic Position

Michigan already possesses many of the ingredients increasingly relevant to that transformation.

The state’s defense and aerospace industry generates more than $30 billion annually and supports an estimated 116,000 to more than 155,000 jobs.

Michigan also maintains longstanding defense relationships through:

• the Detroit Arsenal,
• TACOM,
• and operations tied to major contractors including:
  • General Dynamics,
  • Lockheed Martin,
  • RTX,
  • BAE Systems,
  • and Boeing.

At the same time, Michigan’s automotive sector has spent billions developing technologies increasingly relevant to autonomous warfare:

• batteries,
• sensors,
• robotics,
• AI-assisted navigation,
• autonomous systems,
• lightweight materials,
• and large-scale manufacturing automation.

Retired Marine Corps Col. T.X. Hammes has argued in defense analyses and public commentary that future military manufacturing may increasingly resemble scalable industrial production models more common in the automotive industry.

That overlap may become increasingly important as the Pentagon seeks cheaper and more rapidly produced autonomous systems.

Mobility, AI And Defense Are Beginning To Converge

Michigan policymakers are already investing heavily in many of the technologies increasingly viewed as strategically important to both economic competitiveness and national security.

The Centrepolis Accelerator at Lawrence Technological University recently announced a new $500,000 round of its “Make It in Michigan Mobility Prototyping Grant Program,” backed by the Michigan Office of Future Mobility and Electrification.

The grants are designed to support development of:

• autonomous systems,
• advanced mobility technologies,
• electrification,
• robotics,
• and next-generation manufacturing.

While largely civilian in focus, many of the same underlying technologies increasingly overlap with future defense applications.

Analysts say the line between:

• civilian mobility technology,
• autonomous transportation,
• AI-driven logistics,
• and military autonomous systems
  is becoming increasingly blurred.

That overlap extends to:

• batteries,
• sensors,
• semiconductors,
• AI software,
• robotics,
• and autonomous navigation systems.

As China and other nations continue investing heavily in advanced manufacturing, AI and autonomous technologies, economic competition and national-security competition are increasingly converging.

Washington’s Role: Procurement, Funding And Industrial Policy

Defense analysts say one of the biggest obstacles facing the United States is that the Pentagon’s procurement system was built around:

• slow timelines,
• expensive platforms,
• and relatively small production volumes.

Future warfare may require the opposite:

• rapid iteration,
• scalable manufacturing,
• cheaper autonomous systems,
• and software-driven upgrades.

That has fueled growing calls in Washington for:

• procurement reform,
• expanded domestic manufacturing incentives,
• and faster approval pathways for defense-tech startups.

The Pentagon has already begun moving in that direction through efforts to accelerate production of:

• missiles,
• drones,
• semiconductors,
• and AI-enabled systems.

Some analysts also believe Washington may eventually expand use of the Defense Production Act or other industrial-policy tools to support:

• drone manufacturing,
• robotics,
• advanced batteries,
• rare-earth processing,
• and semiconductor production.

The bipartisan CHIPS and Science Act already reflects growing concern that semiconductor manufacturing has become a national-security issue as well as an economic one.

That could benefit Michigan companies involved in advanced materials and semiconductor supply chains, including Hemlock Semiconductor.

What Lansing Could Do

If Michigan hopes to compete for a larger share of future AI-defense investment, analysts say state policy may matter as much as federal spending.

That could begin with workforce development.

Future autonomous industries will likely require:

• AI engineers,
• robotics specialists,
• software developers,
• cybersecurity experts,
• drone technicians,
• and advanced manufacturing talent.

But the transition to an AI-driven defense manufacturing economy could also require one of the largest industrial workforce retraining efforts in generations.

Engineers, software developers, robotics technicians, AI specialists, cybersecurity experts and advanced manufacturing workers are increasingly becoming as strategically important to America’s future industrial base as assembly-line workers were during World War II.

Analysts say the shift could fundamentally reshape how Michigan educates workers, designs manufacturing systems and competes for future economic growth.

The emerging competition may ultimately center as much on talent and computing power as factory space and heavy machinery.

Michigan’s universities could play a major role.

Researchers at the University of Michigan already conduct significant work involving:

• artificial intelligence,
• robotics,
• autonomous systems,
• advanced mobility,
• and semiconductor research.

Additional collaboration involving:

• Michigan State University,
• Wayne State University,
• private industry,
• and defense contractors
  could potentially accelerate defense-tech research and commercialization.

Infrastructure may also become increasingly important.

Large-scale AI systems require enormous computing power and energy capacity.

Projects such as the proposed Saline data center near Ann Arbor highlight growing investment in AI-related computing infrastructure that could eventually support broader technology ecosystems involving autonomy, cloud computing and advanced data processing.

Michigan also may face growing competition from states aggressively pursuing defense-tech investment through:

• tax incentives,
• startup incubators,
• research grants,
• and regulatory support.

Can Defense Tech Help Offset EV Uncertainty?

The transition may also carry major economic implications for Michigan’s auto industry.

The Detroit 3 automakers have slowed portions of aggressive EV expansion plans amid softer-than-expected electric vehicle demand and growing uncertainty surrounding automation and artificial intelligence.

General Motors recently adjusted production at Factory ZERO in Detroit-Hamtramck, temporarily affecting roughly 1,300 workers.

Defense analysts caution that military manufacturing would not replace every job potentially affected by slower EV growth or automation.

But they also note that many of the same technologies now being developed for electric and autonomous vehicles increasingly overlap with future autonomous military systems.

In his book The Kill Chain, former Senate Armed Services Committee staff director Christian Brose argues that warfare is increasingly becoming “software-defined” as AI and autonomous systems reshape military operations.

That shift may create new opportunities for states capable of combining:

• manufacturing scale,
• robotics,
• AI software,
• and advanced engineering.

A New Industrial Competition

The broader issue may ultimately extend far beyond defense.

Many economists and national-security analysts increasingly believe the United States has entered a new era of industrial competition involving:

• artificial intelligence,
• semiconductors,
• advanced manufacturing,
• autonomous systems,
• and computing infrastructure.

That competition increasingly overlaps with national security.

Military analysts warn future geopolitical influence may depend not only on military strength itself, but on:

• manufacturing scale,
• software capability,
• supply chains,
• AI computing power,
• and industrial resilience.

During World War II, Michigan factories helped supply Allied victory through industrial production unmatched almost anywhere in the world.

Today, some strategists believe artificial intelligence and autonomous systems may be driving the next major industrial transformation.

The question facing Michigan may no longer be whether AI and autonomous technologies will reshape global manufacturing and warfare.

The question may be whether Michigan intends to lead that transformation — or watch other states and nations capture it first.