The ongoing conflict involving Iran is rapidly evolving from a regional geopolitical crisis into a global economic disruption, with far-reaching consequences for the technology sector. Among the most vulnerable areas is the artificial intelligence (AI) industry, which relies heavily on advanced semiconductor chips and a complex network of critical minerals and resources. As supply chains face mounting pressure, the war is exposing deep structural weaknesses in the global tech ecosystem.
Critical Minerals: The Hidden Backbone of AI
AI chips—used in data centers, machine learning systems, and high-performance computing—depend on a range of critical minerals such as gallium, cobalt, tungsten, and rare earth elements. These materials are essential for semiconductor manufacturing, enabling high-speed processing and energy efficiency.
However, the Iran conflict has disrupted global access to many of these resources. The situation has highlighted how dependent modern technologies are on fragile, globally distributed supply chains. According to recent analysis, many of these minerals are already concentrated in a handful of countries, with China dominating production and export for several key inputs.
As geopolitical tensions rise, export controls, transportation disruptions, and supply bottlenecks are increasing the risk of shortages—particularly for industries like AI that require cutting-edge materials.
Strait of Hormuz: A Critical Chokepoint
At the center of the crisis lies the Strait of Hormuz, one of the world’s most important shipping routes. The conflict has led to severe disruptions in maritime traffic, affecting not just oil shipments but also the transportation of essential industrial materials.
A significant portion of global energy supplies—and by extension, the energy needed to power semiconductor fabrication plants—passes through this narrow corridor. Any prolonged blockage threatens to destabilize chip production worldwide.
Additionally, critical raw materials and industrial gases transported through the region are now facing delays or complete shutdowns, compounding the problem.
Helium Shortages Hit Semiconductor Manufacturing
One of the most immediate impacts of the war has been the disruption of helium supply. Helium is a crucial component in semiconductor manufacturing, used in cooling systems and chip fabrication processes.
Recent attacks on infrastructure in Qatar—one of the world’s largest helium producers—have forced production halts, cutting a significant portion of global supply.
This has already led to price spikes and raised concerns about potential shortages in the coming months. Semiconductor giants in Asia, including those producing advanced AI chips, rely heavily on these supplies and may face production slowdowns if disruptions continue.
Energy Crisis and Rising Costs
AI chip manufacturing is extremely energy-intensive. The war has triggered a surge in global oil and natural gas prices, increasing operational costs for semiconductor fabs.
Countries like Taiwan and South Korea, which are central to global chip production, depend heavily on imported energy—much of it routed through the Middle East. With supply chains under pressure, energy shortages could lead to reduced output or higher chip prices.
This creates a ripple effect across the AI ecosystem, from cloud computing providers to startups building AI-driven applications.
Competition Between Military and Tech Sectors
Another emerging challenge is the growing competition for critical minerals between defense and technology industries. Materials like tungsten, used in both weapons systems and electronics, are being consumed at higher rates due to the war.
As military demand rises, fewer resources may be available for civilian industries, including semiconductor manufacturing.
This competition could further tighten supply and drive up costs, slowing innovation in AI and other advanced technologies.
A Threat to the Global AI Boom
The global AI industry has been experiencing unprecedented growth, with trillions of dollars in investments planned for infrastructure and development. However, this growth is heavily dependent on stable supply chains and affordable access to materials.
The Iran war is challenging these assumptions. Disruptions in minerals, energy, and logistics are increasing uncertainty, potentially delaying projects and raising costs across the board.
If the conflict persists, experts warn that the AI boom could face significant setbacks, with long-term implications for global innovation and economic growth.
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