AI and Defense Spending Drove Mineral Demand

The U.S. has ramped up strategic mineral agreements to secure supply chains for AI and autonomous systems.

Updated on Oct. 8, 2026 in Artificial Intelligence

Bold flat-color editorial illustration of copper ingots beside heat-sink fins, symbolizing the strategic resources required for defense-industrial technology.
The U.S. government has finalized 38 strategic mineral agreements since 2025 to bolster supply chains for AI defense and data center hardware. AI Illustration. Upload story photo >

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Should the government prioritize securing minerals for military tech over environmental protections?

The Oakland Institute highlighted how military-industrial spending and AI infrastructure are accelerating the consumption of critical minerals. The United States has signed 38 such agreements since 2025 to secure access to these resources.

Why it matters

As global powers prioritize AI-driven defense and data center expansion, the resulting demand for specialized minerals is creating new strategic pressures on global supply chains. This shift aligns with large-scale defense spending, including a 1.5 trillion USD budget proposed for 2027.

Data centers face an projected shortfall in raw materials, requiring an additional 512,000 tons of copper by 2030. These facilities and AI programs rely on a hardware stack containing gallium, indium, palladium, magnesium, tungsten, germanium, and tantalum.

The players

The Oakland Institute

A policy research organization that tracks the social and environmental impacts of global land and resource extraction.

The U.S. Department of War

The agency managing national defense infrastructure and lead investor in large-scale AI-driven military programs.

The details

Data centers consume vast quantities of metals to build high-performance computing clusters, which function by using these minerals for conductivity and heat management. Military programs, including the 13.4 billion USD request for autonomous systems, prioritize these same materials for advanced sensor suites and hardware resilience. While the Department of War has allocated 75 billion USD to AI programs and 9 billion USD to data centers, military operations themselves account for less than 10 percent of total critical mineral use.

Timeline

  1. 2023: Baseline year for defense budget comparison.

  2. 2025: Start of U.S. mineral agreement signings.

  3. 2026: Pentagon requested 13.4 billion USD for autonomous systems.

  4. September 30, 2026: The Oakland Institute webinar took place.

  5. 2027: Proposed U.S. defense budget reaches 1.5 trillion USD.

The Tech Race

The push to secure minerals reflects a race between the United States and China to control the strategic hardware stack essential for modern warfare. This development follows the trajectory set by the Pentagon's Replicator initiative, which aims to deploy thousands of low-cost, AI-enabled autonomous systems.

The focus on stockpiling strategic minerals could tighten the availability of components for consumer electronics and industrial hardware as government demand takes priority. Industry participants should monitor the 38 active mineral agreements for shifts in import costs and material accessibility.

The takeaway

The rapid expansion of AI and autonomous defense infrastructure is creating a direct, quantifiable strain on the global supply of rare minerals like gallium and germanium. Watch the U.S. defense budget hearings for 2027 to see if the proposed 1.5 trillion USD spending level is maintained or adjusted given these supply constraints.

Further reading

For more on how infrastructure scale influences progress in the field, see our latest research in Artificial Intelligence.

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Should the government prioritize securing minerals for military tech over environmental protections?