This framing justifies the hundreds of billions of dollars in infrastructure spending underway globally. While many CEOs have yet to see dramatic productivity gains from AI, Tsai argued the industry is at "the cusp of real productivity gains," citing Alibaba's own engineers who are using AI coding tools to expand beyond traditional roles and accelerate innovation .
Tsai emphasized that Alibaba participates across all five layers of the AI stack, whereas many Western companies focus on only one . This vertical integration, spanning proprietary chips, cloud infrastructure, frontier models, and application-layer platforms, is increasingly recognized as a structural advantage
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Energy (Power Grid): China's sustained investment of roughly $90 billion per year in power transmission—the highest in the world—directly supports AI's massive energy demands. Tsai noted this translates into ample energy supply and lower costs for AI operations .
Infrastructure (Chips & Cloud): Alibaba began building its cloud 17 years ago out of necessity for its e-commerce data. This evolved into one of China's largest cloud businesses, spanning proprietary chips and cloud infrastructure .
Foundation Models: The Qwen family of large language models has become among the world's most widely used open-source AI models. Alibaba's AI business has moved beyond the initial investment phase and entered a period of commercial returns, with growth momentum shifting to models, computing power, and intelligent agent services .
Applications: Alibaba's deep integration with its e-commerce ecosystem—which generates approximately $25 billion in annual free cash flow—funds continued investment and provides a built-in application layer for AI deployment .
Strategic Flexibility: Tsai noted that while model companies are "very hot" today, the full-stack approach hedges against uncertainty about where the greatest value in AI will ultimately accrue—whether in infrastructure, models, or applications .
Tsai positioned open-source models as a core pillar of Alibaba's strategy. One reason Alibaba has opted to open-source its Qwen models, he explained, is that it democratizes the usage of AI and proliferates applications, which in turn drives demand for Alibaba's cloud computing business . "The way we benefit from open source is that it will drive demand for AI, it will drive training needs, and we see in the future a lot of needs for inference," he said
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He argued that open-source models break down barriers, ensuring AI "is no longer the privilege of a few giants" and that widespread adoption would "drive shared global economic growth and improvements in living standards" .
On digital sovereignty, Tsai identified two key drivers: technology independence and data privacy. Open-source models like Qwen allow organizations to download, fine-tune, and run them on their own infrastructure, reducing reliance on external providers while keeping sensitive data behind corporate firewalls .
Beyond open source, Tsai credited China's AI breakthroughs to strategic investments in three areas: the power grid, a complete manufacturing supply chain, and a fast-moving engineering culture . He noted that China's "application-rich ecosystem" pushes companies to adapt quickly, making it an ideal environment for AI deployment
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Tsai framed the US-China competition in AI not as a zero-sum contest but as a long-distance race where success should be measured by "who can implement it more swiftly" rather than "who creates the most powerful AI model" . This perspective positions Chinese companies not as threats but as major contributors to the global open-source AI ecosystem, alongside European and American counterparts.
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