The New AI Cold War

João Pedro Nascimento

China is seeking to consolidate technology, especially artificial intelligence, as the central axis of its national power project. This represents a structural reconfiguration of the Chinese development model, aimed at reducing external vulnerabilities, increasing technological autonomy, and positioning the country as a global leader in high value-added sectors.

At the center of this strategy is the new five-year plan (2026–2030), which makes explicit China’s ambition to achieve self-sufficiency in critical areas such as semiconductors, artificial intelligence, digital infrastructure, aviation, and transportation. The logic guiding this plan is simultaneously defensive and offensive. On one hand, Beijing seeks to mitigate the risks associated with dependence on foreign technologies, especially in light of restrictions imposed by the United States and its allies. On the other, it aims to lead the next technological frontier, transforming its industrial base into a platform for advanced innovation. The emphasis on new high-quality productive forces reflects precisely this transition from labor-intensive manufacturing to a model based on knowledge, data, and computational capacity. The encouragement of domestic consumption, the expansion of social security, and efforts to better integrate the national market indicate that China recognizes the limitations of its traditional model, heavily based on exports and public investment. Even so, the plan reveals fiscal caution, suggesting that the government intends to prioritize productive and technological investments rather than short-term stimulus. The more moderate projected growth reinforces the idea of growing better, with greater technological density and lower strategic vulnerability.

In this context, artificial intelligence emerges as the most dynamic and symbolic field of this transformation. The progress of companies like DeepSeek illustrates how China already acts as a direct competitor and, in some aspects, a disruptive force in the development of advanced models. By launching systems with performance comparable to Western leaders but at significantly lower costs, the company challenges one of the United States’ main structural advantages: the ability to mobilize large volumes of capital and infrastructure for innovation. Cost reduction has profound implications, as it can democratize access to AI, expand its global adoption, and shift the center of gravity of innovation toward more efficient and scalable models.

This progress also highlights the strong integration between the state, companies, and national strategy. Unlike the American ecosystem, where innovation is largely driven by the private sector, in China there is more direct coordination between political priorities and technological development. The adoption of AI solutions by local governments, financial institutions, and industrial sectors demonstrates how technology is rapidly incorporated into the country’s economic and administrative structure, accelerating its diffusion and impact.

At the same time, Beijing has been adopting more restrictive measures regarding foreign capital, especially from the United States. The guidance for technology companies to reject American investments without government approval, along with restrictions on overseas IPOs and pressure to repatriate offshore structures, signals this important shift. For decades, China benefited greatly from international capital, especially from American funds, to boost its technology sector. Now, however, the perceived risk of technology leakage and loss of strategic control is leading the government to prioritize sovereignty. This may reduce access to capital but increases state control over sectors considered sensitive.

The reaction from the United States follows a mirrored logic. The tightening of restrictions on Chinese investments in strategic sectors, the strengthening of mechanisms such as the Committee on Foreign Investment in the United States (CFIUS), the imposition of tariffs, and limitations on the export of advanced technologies reflect a growing concern with national security. The accusation that China uses American capital and technology to strengthen its military and intelligence capabilities reinforces the perception that economic competition can no longer be separated from strategic rivalry. Thus, Washington seeks to prevent its own resources from contributing to the strengthening of a systemic rival.

This process is leading to a phenomenon that can be described as selective technological decoupling. It is not a complete rupture, but a progressive separation in the most sensitive sectors, such as artificial intelligence, semiconductors, and advanced computing. China restricts the inflow of foreign capital and knowledge, while the United States limits the outflow of technology and investment. The result is the gradual formation of two parallel technological ecosystems, with increasingly distinct standards, supply chains, and innovation flows.

The development of more efficient and cheaper models, such as those by DeepSeek, may accelerate the global diffusion of technology and offer an alternative to Western dominance, especially for developing countries. At the same time, American companies continue to lead in areas such as proprietary models and advanced infrastructure, keeping the competition open. The trend, however, points to growing technological bipolarity, in which different regions of the world may align with one or the other ecosystem.

The future of this dynamic points to a more fragmented and competitive international environment. It is no longer new that technology has become a central instrument of geopolitical power. States tend to intervene more, either to protect their industries and/or to direct strategic investments. Innovation will continue to advance, possibly at an accelerated pace, but within a context of greater rivalry and less international cooperation.

Ultimately, what is at stake is not only who will lead the next generation of technologies, but which rules, standards, and values will shape their use.

China seeks to build a model based on autonomy, scale, and state coordination, while the United States attempts to preserve its leadership by combining private innovation with mechanisms of strategic containment. The outcome of this dispute will define the balance of power between the two powers, and which rules, standards, and values will shape the use of technology.

References

AFP. “China Stealing US AI Technology, White House Official Says.” Hong Kong Free Press HKFP, 2026, hongkongfp.com/2026/04/24/china-stealing-us-ai-technology-white-house-official-says/.

FRANCE 24. “US-China AI Race Intensifies as DeepSeek Releases “Reduced” Cost Model.” France 24, 2026, www.france24.com/en/technology/20260424-us-china-ai-race-intensifies-as-deepseek-releases-new-reduced-cost-model.

Reuters. “China to Curb US Investment in Tech Companies, Bloomberg News Reports.” Reuters, 2026, www.reuters.com/world/china/china-curb-us-investment-tech-companies-bloomberg-news-reports-2026-04-24/.

João Pedro do Nascimento

Bachelor in International Relations, with a postgraduate degree in Public Policy. He works as editor-in-chief of a website specializing in international analysis and has experience in translation, business mediation, and international cooperation. Fluent in English and Spanish, he has collaborated with companies and organizations in multilingual and multicultural contexts.