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China, AI, and the US Race

Source: foreignaffairs.com

Published on June 13, 2025

Updated on June 13, 2025

A visual representation of the AI race between the US and China, highlighting technological advancements and competition.

The Intensifying AI Race Between the US and China

The competition in AI between the US and China has become a critical focus for both nations, with significant implications for national security and technological dominance. As the US strives to maintain its lead, China is rapidly advancing, narrowing the gap in AI capabilities. This race is shaping the future of technology and global influence.

The Biden administration has emphasized the urgency of accelerating AI deployment to secure the US's position. Similarly, the Trump administration aimed to maintain American dominance in AI technology. Washington's strategy includes restricting China's access to key technologies while promoting domestic innovation through investments in semiconductors, energy, and AI adoption across federal agencies.

Despite these efforts, the US's lead may not be sustainable. Chinese AI companies are making significant breakthroughs, closing the gap between US and Chinese AI capabilities. This shift necessitates preparation for a future where Chinese AI models gain global popularity, potentially surpassing their US counterparts.

Preparing for a Future of AI Competition

To prepare for the possibility of finishing second in the AI race, the US must avoid repeating past failures, such as those seen in the 5G competition. Instead, the focus should be on promoting frameworks that highlight the appeal of AI to emerging markets, easing model migration, and creating systems for comparing AI models securely.

Until mid-2024, the US appeared to have a winning formula for AI dominance, driven by robust research, private sector investment, and minimal regulation. However, Chinese initiatives in AI education, research investment, and infrastructure have significantly narrowed the performance gap. By late 2024, some Chinese models matched US performance, particularly in integrating AI into manufacturing.

US export controls have proven less effective than anticipated, as China has found ways to acquire advanced chips and develop its own technologies. Chinese firms have also optimized software to enhance hardware performance and reduce costs, challenging the US's dominance in AI technology.

Strategic Adaptations for the US in the AI Race

While US AI firms may still lead in certain areas, the pace of innovation could slow due to challenges in AI discovery, talent competition, and research funding cuts. Policymakers must plan for a world with competing AI ecosystems, focusing on showcasing the merits of US models through new evaluation frameworks that prioritize transparency, accountability, and adaptability.

Standardizing application programming interfaces could lower the costs of switching between models, giving users confidence in accessing multiple AI systems. Additionally, building systems that mitigate the risks of relying on any single model, such as an intermediate abstraction layer, could increase resilience against threats like incorrect outputs, data exposure, and service disruptions.

Regulating data sharing with foreign model builders without imposing blanket bans is also crucial. In some cases, the benefits of fine-tuning a Chinese model with US data may outweigh the risks. Data anonymization and masking can help reduce privacy and security concerns, ensuring a balanced approach to collaboration and competition.

In conclusion, while the US strives to maintain its lead in the AI race, it must also prepare for the possibility of not achieving outright dominance. Adapting to a future with competing AI ecosystems and implementing realistic policies will be essential for navigating the complex landscape of AI competition between the US and China.