Critical Minerals and the Global AI Race: A New Leverage Point for Developing Nations

The rapid expansion of artificial intelligence (AI) is reshaping the global geopolitical landscape, creating a surge in demand for critical minerals. While much of the focus has been on securing these resources to fuel AI infrastructure, a growing number of Global Majority countries – those in Africa, the Caribbean, Asia, Latin America, the Middle East and Oceania – are recognizing the strategic importance of their own mineral reserves as a potential source of leverage in the global AI value chain.

The AI Revolution and the Critical Minerals Crunch

The AI revolution isn’t powered by software alone; it fundamentally relies on a specific set of minerals. These include gallium, germanium, copper, palladium, indium, tantalum, rare earth elements (REE), silicon, and high-purity alumina [1]. These minerals are essential components in the semiconductors, data centers, and energy infrastructure that underpin AI technologies.

China currently dominates the production and refining of several key critical minerals, controlling 98 percent of global primary gallium production and 60 percent of germanium refining [1]. This concentration of supply creates vulnerabilities for other nations and intensifies geopolitical competition for technological supremacy.

US Strategy and Global Implications

The United States is actively pursuing strategies to secure access to critical minerals, even if it means challenging the sovereignty of other nations. Recent moves to claim natural resources in Venezuela and Greenland demonstrate a pattern reminiscent of the colonial history of resource extraction from the Global South [2]. Simultaneously, there’s a push to onshore more critical mineral production, driven by both AI demands and the need for materials in the green energy transition.

This pursuit of resources isn’t happening in isolation. The demand for minerals to support AI infrastructure is increasingly linked to domestic concerns, such as the buildout of data centers and the associated energy demands [2].

Opportunities for Global Majority Countries

As geopolitical tensions rise, Global Majority countries are beginning to introduce national AI strategies. Yet, many of these strategies fail to adequately address the critical role of mineral resources. Recognizing the leverage inherent in their mineral reserves is crucial for these nations to transform their positions within the global AI value chain [3].

Strategic partnerships, structured equitably, can serve as catalysts for sustainable industrialization and technological advancement in these countries [3]. This requires careful consideration of how to manage and benefit from their mineral wealth, ensuring that it contributes to long-term economic development and technological independence.

The Broader Context: AI, Electrification, and National Security

Critical minerals are not solely important for AI; they are also vital for electrification, advanced manufacturing, and national security [4]. This broad applicability further elevates their strategic importance and underscores the need for diversified and resilient supply chains.

The competition for these resources is creating chokepoints in the supply chain, highlighting the vulnerabilities of relying on a limited number of suppliers.

Looking Ahead

The intersection of AI, critical minerals, and geopolitical competition will continue to shape the global landscape in the coming years. Global Majority countries that proactively recognize and leverage their mineral resources will be best positioned to navigate this complex environment and secure a more prominent role in the AI revolution.