Peter Zeihan concludes his series on the revolution in military technology by challenging the notion of advanced Artificial Intelligence (AI) in future warfare. He argues that the highly complex and globally interdependent semiconductor supply chain, particularly for cutting-edge chips (3 nanometers and smaller) essential for AI, is too fragile to withstand ongoing deglobalization. Highlighting ASML's singular dominance in Extreme Ultraviolet (EUV) lithography, he predicts an inevitable breakdown of this supply chain, which would effectively cap chip advancement at 6-8 nanometers for decades. This limitation means military applications requiring sophisticated on-board processing and decision-making, as opposed to simpler guidance systems, will not be feasible, giving society ample time to discuss the broader implications of AI before its widespread technological realization in this domain.
The Future of AI in Warfare: A Semiconductor Supply Chain Predicament
0:00 Conclusion of Series: Peter Zeihan wraps up his series on military technology, focusing on the future role of Artificial Intelligence (AI) in warfare.
0:22 AI's Military Potential: AI promises faster processing, decision-making, and targeting in conflict, but Zeihan posits this will not materialize as many fear.
0:37 High-End Chip Dependency: The advancement of military AI hinges on high-end semiconductor chips (3 nanometers and smaller), whose supply chain is deemed unsustainable in the current era of deglobalization.
1:04 Reliance on Older Technology: Consequently, future fighting machines will have to use older, less capable chips, necessitating constant external links (wired or telemetry) for complex operations.
1:18 Fragile Global Supply Chain: The high-end semiconductor supply chain involves approximately 30,000 steps and 9,000 companies, with a significant portion being single-product, single-user entities, creating thousands of potential failure points.
1:39 Lithography Bottleneck: The most critical vulnerability lies in Extreme Ultraviolet (EUV) lithography, exclusively manufactured by ASML from the Netherlands, a company that strategically absorbs competitors to maintain its irreplaceable position.
2:23 Impending Stagnation: Any disruption to this global supply chain will render EUV production impossible, limiting chip technology to 6-8 nanometers, effectively setting back chip capabilities by a decade.
2:56 Military AI Limitations: While simpler military applications like smart bombs and cruise missiles (using 20-year-old chips) will remain viable, sophisticated AI requiring on-board decision-making will be off the table.
3:16 Time for Societal Discussion: Zeihan encourages societal conversations about AI's implications for workforce, culture, and ethics, as the predicted supply chain breakdown will grant a 15-20+ year window for these discussions before advanced AI chips become widespread.