China's push for technological self-reliance has crossed a threshold. What began as an industrial upgrading ambition has become something more fundamental: a national security project designed to insulate Beijing from Western pressure for the long haul.
The shift was not spontaneous. After the United States passed the CHIPS and Science Act and tightened export controls on advanced AI chips and semiconductor manufacturing equipment, Beijing drew a stark conclusion — the development model that had powered decades of growth, built on integration into globalized supply chains and access to shared technology, was no longer viable. When technology supply chains became instruments of strategic competition, efficiency gave way to security, and self-reliance moved from policy preference to strategic doctrine.
China's ambitions extend beyond simply catching up. Beijing wants to break out of the middle and lower tiers of global value chains where it has long been anchored. Through industrial subsidies, technology localization mandates, government procurement rules, and controls over critical raw materials, it is working to build a technology ecosystem with genuine independence from the American-led system.
Inside China's Push to Build a U.S.-Independent Tech Ecosystem
The strategy operates on several fronts simultaneously. On the supply chain side, Beijing has concentrated resources on semiconductor materials, equipment components, industrial software, and high-end manufacturing parts — progressively raising the share of domestically produced inputs to reduce external exposure.
In computing hardware and software ecosystems, Huawei's Ascend AI chips, the HarmonyOS operating system, and the Kirin processor line represent the leading edge of Beijing's indigenous technology push.
Since 2023, a government-driven initiative known as the "Xinchuang industry" — shorthand for Information Technology Application Innovation, covering areas from smart manufacturing to smart healthcare — has required party organs, government agencies, the military, and state-owned enterprises to prioritize domestically produced hardware and software. The logic is deliberately self-reinforcing: government procurement generates market demand, which builds technological capability, which deepens the indigenous ecosystem.
The underlying strategic bet is that China's enormous domestic market can sustain an industrial-scale technology system capable of iterative innovation even under prolonged external pressure. For Beijing, this is not merely catching up — it is building an independent foundation to withstand a decade-long technological confrontation.
EVs, Solar, Drones: Where China's Tech Self-Reliance Is Already Winning
China's progress is not confined to chips. Over the past several years, the country has made significant advances in electric vehicles, lithium batteries, solar photovoltaics, drones, high-speed rail equipment, industrial robots, 5G telecommunications infrastructure, and digital payments.
China is now the world's largest market, producer, and exporter of electric vehicles. Its power battery industry holds a dominant global position. In solar energy, Chinese firms control the overwhelming majority of global polysilicon, cell, and module production capacity. In consumer drones, Chinese manufacturers have captured global markets.
These achievements illuminate a pattern worth understanding. China's competitive advantage does not necessarily derive from frontier original innovation. It comes instead from complete supply chains, a massive domestic market, an enormous pool of engineering talent, and rapid commercialization capability. From the displacement of internal combustion vehicles by EVs, to rapidly falling solar costs, to the proliferation of industrial robots — China is building a model of industrial development that is distinct from the Silicon Valley paradigm. Put simply, as long as Beijing can construct a technology system sufficient to support economic growth, industrial upgrading, and national defense, its self-reliance strategy will have achieved its essential goals.
This path carries substantial costs that should not be minimized. Concentrating resources in selected industries tends to produce misallocation, reduced innovation dynamism, and overcapacity. In recent years, rapid expansion in mature-node semiconductor fabrication has been mirrored by overcapacity in electric vehicles, solar panels, and lithium batteries — generating accusations from the United States and Europe of low-price dumping and unfair competition.
More significantly, China still faces genuine technological bottlenecks: EUV lithography equipment, high-end electronic design automation software, advanced semiconductor process nodes, high-performance AI chips, aircraft engines, high-precision instruments, and key areas of basic science all remain out of reach. These gaps reflect decades of accumulated research capacity, talent ecosystems, and innovation culture — none of which capital investment alone can quickly replicate. China's technological de-Americanization will be a decade-long project, not a sprint.
How China's Tech Drive Puts Taiwan's Supply Chain Neutrality at Risk
For Taiwan, the implications are both immediate and far-reaching. In the near term, as American and Chinese technical standards diverge, companies are being forced to maintain parallel "China for China" and "Rest of the World" supply chains to comply with conflicting regulatory regimes — driving up management and operational costs across the board.
Over the medium term, the competitive pressure generated by China's scale-driven learning and import substitution will not stop at mature-node semiconductors and electronic components. It is likely to extend into EV components, energy storage equipment, industrial automation, telecommunications equipment, machinery manufacturing, and green energy products. These are sectors with significant overlap with Taiwan's industrial base, and sectors particularly vulnerable to Chinese economies of scale and price competition. Taiwanese firms should expect sustained pressure on profit margins.
The longer-term risk is the most consequential. If the world consolidates around two distinct technology ecosystems — one centered on the United States, one on China — Taiwan will face intensifying pressure to choose sides. The greatest danger may not be losing access to any single market, but losing Taiwan's status as a technologically and supply-chain neutral actor. Once Taiwan is perceived as belonging firmly to one bloc, the barriers to accessing the other will rise significantly.
At its core, the restructuring now underway is no longer merely a semiconductor race. It is a comprehensive competition spanning artificial intelligence, green energy, smart manufacturing, digital infrastructure, and critical raw materials. The era of globalization organized around efficiency maximization is drawing to a close. In the competition ahead, firms will contend not only on technology and cost, but on supply chain trustworthiness, institutional compatibility, and regulatory compliance.
*The author is an adjunct professor at the College of Management, Tunghai University. （Related： Exclusive | 'Chip War' Author Sees a Soviet Echo in China's Economy and Warns Taiwan to Brace ｜ Latest ）
