China Shifts from Global Factory to Technology Exporter
As economic efficiency clashes with political realities, China aims to export industrial capabilities and knowledge, mirroring its own development trajectory.
For four decades, China's economic ascent was fueled by a global bargain: China provided labor, scale, and a deep industrial ecosystem, while the world supplied technology, capital, and markets. This arrangement made China wealthier and provided the rest of the world with cheaper, increasingly refined goods. However, this model faces a necessary evolution, not due to failure, but because of its very success.
Recent years have seen the United States impose tariffs and export controls, while multinational corporations adopted "China plus one" strategies, prioritizing supply chain resilience. Despite these pressures, China's exports continued to grow, reaching a record trade surplus of $1.2 trillion in 2025, which helped mitigate a weakening domestic economy. Yet, this trajectory is not indefinitely sustainable, as economic efficiency increasingly conflicts with political viability.
China's manufacturing dominance is generating resistance beyond the United States. Europe expresses concern over the erosion of its own industrial base. While developing nations appreciate Chinese investment and learn from its development experience, they also question their own place in this model, seeking opportunities for their own industries and skill development. These countries desire access to technology and expertise, a role reversal from the past decades where Western firms often faced demands for technology transfers to access China's market.
The New China Model
China's primary advantage now lies not in low labor costs or subsidies, but in the accumulated expertise within its dense industrial ecosystem. The nation is poised to export not just its manufactured goods, but also the knowledge and processes behind their creation. This is exemplified by the development of its smartphone industry, which fostered expertise in batteries, sensors, precision manufacturing, and power electronics. These capabilities have since been applied to electric vehicles (EVs), driving further advancements in batteries, chips, and automation. This compounding knowledge transfer across industries forms China's "innovation flywheel."
The crucial question is whether this accumulated knowledge can be effectively transferred globally. While nations like Brazil or Indonesia cannot replicate Shenzhen overnight, they can build upon China's decades of learning. Chinese companies can facilitate this by providing machinery, engineers, production processes, and supply chain expertise, enabling local workers to gain new skills and suppliers to advance.
This new model of globalization involves exporting the capability to produce, rather than just the products themselves. Early examples include BYD's shift in Brazil from importing cars to local manufacturing and supplier development, and its establishment of a research and development center in Hungary. In Indonesia, Chinese investment is fostering an integrated battery industry, from nickel processing to battery production and recycling. This approach offers an alternative to overwhelming global dependence on any single supplier, which can generate political pressure.
Technological Diffusion and AI
China's approach to artificial intelligence (AI) also reflects this strategy. While the U.S. leads in cutting-edge AI development, China's constraints have spurred innovation in efficiency, lower-cost deployment, open models, and rapid application. Alibaba's Qwen, the world's most downloaded family of open AI models, illustrates this focus on widespread adoption. Technologies that transform economies are often those that are widely adopted and intensely used, not necessarily the most advanced.
Openness in AI can be an economic strategy, yielding greater markets for applications and services even while ceding some core rents. If China cannot dominate the technological frontier, it can compete by making technology more accessible, adaptable, and ubiquitous.
China's own economic reforms since the 1980s, which involved learning from foreign companies, serve as a demonstration of technological diffusion's impact. Chinese workers and engineers absorbed foreign methods, leading to the emergence of domestic suppliers and eventual innovation. By 2050, China's economic success may be measured not by its export volume or manufacturing share, but by its ability to foster success in other countries.
President Xi Jinping has advocated for sharing AI technologies to ensure more equitable global benefits and has called for increased AI capacity building in the Global South. This approach recognizes that dominance can breed resistance, while diffusion fosters continued global connection. For decades, China benefited from global sharing of capital, technology, and markets; the challenge now is whether China can extend similar benefits to others.