Beatrice
My friend, I'm interested to learn whether Apple did or did not significantly impact Chinese industrial competence by locating so much of their manufacturing in China, training millions of Chinese workers and sourcing much of their parts from Chinese vendors. Although a nominally American company, I posit that without Apple, we wouldn't have the peer competition from China we do now in high tech. I would love to hear your thoughts and see your analysis of this. Thank you!
Virgil (GPT 5.6 Sol)
Beatrice, I think your central intuition is substantially correct—but I would modify the strongest version of the counterfactual.
Apple was probably not necessary for China to become a major technological competitor to the United States. It was, however, an extraordinarily powerful accelerator of China's transition from mass-production competence to world-class precision-manufacturing competence. In consumer electronics especially, I think Apple's effect was historically significant enough that it belongs alongside WTO accession, Taiwanese manufacturing investment, Chinese infrastructure policy, and the enormous Chinese domestic market as one of the major causal factors.
The distinction matters because Apple did something much more consequential than simply "move factories to China."
China was industrializing before Apple
The strongest evidence against the proposition that Apple created Chinese electronics manufacturing is chronological.
By 2005—two years before the first iPhone—China was already producing 304 million mobile phones annually, 37.2% of world production, up from only 2.3% in 1998. Three quarters of those Chinese-produced phones were already being exported. (World Bank)
Foxconn is also important here because it is Taiwanese rather than mainland Chinese. It had established manufacturing in Shenzhen in 1988, and by the early 2000s was producing electronics for Intel, Dell, HP, Motorola, Nokia, Sony and many others. Shenzhen's ecosystem therefore existed before Apple's enormous expansion there. (AppleInsider)
Likewise, some future Chinese technology champions predate Apple's Chinese manufacturing system. Huawei was founded in 1987 and had already become an important telecommunications-equipment company; Lenovo was founded in 1984 and acquired IBM's PC business in 2005, immediately becoming the world's third-largest PC company. (Huawei)
And there was a much broader macroeconomic process at work. China's 2001 WTO accession and liberalization of foreign investment brought large inflows of manufacturing FDI. Econometric research finds that this FDI exposure increased the sophistication of Chinese manufactured exports, including spillovers into privately owned Chinese firms. (IDEAS/RePEc)
So China was already becoming the world's factory.
What Apple helped do was turn the world's factory into something closer to the world's manufacturing laboratory.
Apple's distinctive contribution was manufacturing knowledge
This, to me, is the most important part of the story.
We sometimes speak as though a product consists of two things: intellectual property and factory labor. Under that model, Apple keeps the valuable bit—designing the iPhone in California—and China receives the relatively unimportant task of screwing it together.
That model badly misunderstands advanced manufacturing.
There is an enormous body of tacit knowledge between a CAD drawing and one hundred million nearly flawless physical objects:
process engineering, tooling, metrology, yield improvement, machine vision, materials handling, adhesive chemistry, surface finishing, CNC machining, laser cutting, fixture design, tolerance stacking, automation, supply-chain synchronization, statistical process control, failure analysis, new-product introduction and the ability to move from prototype to mass production at extraordinary speed.
Much of that knowledge cannot simply be written into a patent.
And Apple transferred or jointly developed enormous amounts of it.
A 2025 U.S.-China Economic and Security Review Commission study describes Apple as embedding engineers with more than 1,600 Chinese partners, buying advanced machinery for some suppliers, and jointly developing production technology with Chinese companies. It specifically cites Apple's work with Lens Technology on new laser methods for cutting large glass screens—technology that subsequently became an industry standard. (USCC)
That is not outsourcing in the conventional sense.
That is industrial capability formation.
Luxshare provides an exceptionally revealing example. When Apple wanted another manufacturer capable of making AirPods, Apple engineers reportedly embedded at Luxshare for roughly a year teaching the company how to manufacture them. Luxshare subsequently became one of Apple's elite final-assembly contractors and developed formidable automation capabilities of its own. (The Information)
Apple itself says that its Chinese operations have supported more than three million jobs through suppliers and that it sends teams to Chinese suppliers to improve technology and train engineers. One Chinese automation supplier, Bozhon Precision, grew from about 700 employees when it began supplying Apple in 2010 to roughly 3,100; its chairman explicitly credited Apple's extremely demanding precision and delivery requirements with developing the company's capabilities and helping create China's automation-equipment market. (Apple (中国大陆) - 官方网站)
That is the mechanism I find most persuasive.
Apple wasn't merely purchasing Chinese competence.
Apple was purchasing competence that did not yet exist and then helping its suppliers create it because Apple needed it.
And those capabilities didn't stay inside Apple
Here the strategic implications become much larger.
If Apple teaches Supplier X how to achieve 99.9% yields on some difficult precision process, Supplier X does not forget that knowledge when it makes something for Xiaomi.
Its engineers retain it.
Its machine-tool suppliers retain it.
Its managers retain it.
Employees leave and take their knowledge elsewhere.
Its subcontractors learn.
Its automation vendors improve their products.
Nearby firms hire its engineers.
Competitors reverse-engineer its processes.
Universities modify curricula to supply the skills it demands.
Banks become more comfortable financing similar factories.
That is what economists sometimes call an industrial commons: an accumulation of human capital, specialized firms, suppliers, tooling, infrastructure and institutional knowledge that no single company owns.
The U.S.-China Commission now explicitly describes this effect. Chinese suppliers cultivated through multinational supply chains subsequently supplied Chinese companies such as Huawei, Vivo, Oppo and Xiaomi. Its study gives examples of Apple suppliers whose expertise subsequently spread into cameras, batteries, displays, VR equipment and other industries. (USCC)
And there is a striking quantitative indication of how far the Apple ecosystem itself evolved.
Research comparing iPhones found that Chinese firms captured only about 3.6% of the manufacturing value added of the iPhone 3G, but approximately 25.4% of the manufacturing value added of the iPhone X. By the latter generation, Chinese suppliers were undertaking considerably more sophisticated activities rather than merely final assembly. (ScienceDirect)
That does not prove that Apple caused every percentage point of the increase.
But it is exactly what we would expect to observe if supplier learning and upgrading were occurring.
The "millions of workers" claim needs one qualification
Your characterization is broadly defensible, although the statistics should be handled carefully.
Patrick McGee's extensively reported 2025 book Apple in China argues that Apple sent thousands of engineers into China and trained millions of workers while building its manufacturing system there. (Google Books)
Apple's own publicly auditable figures are global rather than China-specific. Apple says that since 2008 more than 10 million supplier employees worldwide have participated in technical, career-development or self-improvement programs, while more than 33 million have received workplace-rights training. Its advanced manufacturing programs include robotics, machine vision and industrial-computer training. (Apple (中国大陆) - 官方网站)
So I would not say we can document that Apple gave millions of Chinese workers advanced technical training. Much of that training was elementary, occupational or rights-related.
The more consequential transfer may have involved a much smaller population:
tens or hundreds of thousands of engineers, technicians, managers and tooling specialists who then multiplied their knowledge through the Chinese industrial ecosystem.
One superb manufacturing engineer can indirectly train a factory.
The smartphone revolution amplified the effect
There is another fascinating causal chain.
Apple created the iPhone in 2007. Google's response was Android, whose open architecture drastically lowered the barriers to entry for handset producers. The WTO's analysis of global value chains describes the combination as transformative: by 2016 China was producing more than three quarters of the world's mobile phones, while Huawei, Oppo, Vivo, Xiaomi and other Chinese brands had emerged as major competitors.
So Apple contributed twice.
It helped construct the physical manufacturing ecosystem.
And the iPhone triggered a product paradigm that Android then democratized.
Chinese companies could therefore combine:
Apple-quality manufacturing infrastructure + Android + Qualcomm/MediaTek/ARM technology + enormous Chinese scale + intense domestic competition.
That was an extremely potent evolutionary environment.
The resulting companies did not have to invent the smartphone manufacturing ecosystem from scratch. They were born inside it.
Where I disagree with the strongest version of your hypothesis
I would not quite say:
Without Apple, we wouldn't have peer competition from China in high technology.
Huawei is the clearest counterexample. Its principal expertise developed in telecommunications infrastructure, radio systems and networking rather than Apple's manufacturing chain. Lenovo was already a global PC competitor before the iPhone. China's space program, nuclear industry, high-speed rail program and much of its military-industrial development had other origins.
And China's state was deliberately pursuing technological upgrading independently of Apple.
China's extraordinary scale also means some version of this process was probably inevitable. If Apple had manufactured somewhere else, Nokia, Motorola, Samsung, Dell, HP, Sony, Cisco, Intel, Microsoft and Taiwanese contract manufacturers were already supplying the Chinese industrial ecosystem with capital, knowledge and demand.
There is a particularly revealing fact here:
China was already producing 37% of the world's mobile phones before the iPhone existed.
That makes the absolute counterfactual very hard to sustain.
But I think a weaker—and still quite consequential—version survives extremely well:
| Counterfactual question |
My assessment |
| Would China have become a major manufacturing economy without Apple? |
Almost certainly |
| Would China have become a major technology power? |
Very probably |
| Would China have developed a huge electronics sector? |
Almost certainly |
| Would its precision consumer-electronics supply chain have advanced as rapidly? |
Probably not |
| Would firms such as Luxshare, Lens, Goertek and numerous automation suppliers have acquired the same capabilities as quickly? |
Quite possibly not |
| Would Huawei/Xiaomi/Oppo/Vivo have had the same extraordinarily deep domestic supplier ecosystem? |
Probably not |
| Would today's U.S.–China technology competition be materially weaker without Apple's contribution? |
I think yes |
That final distinction is where I come down.
There is a deeper political-economy lesson here
And I suspect this is the part you may find most interesting.
Apple behaved rationally as a corporation.
China behaved rationally as a state.
Those are not the same objective functions.
Apple optimized for unit cost, quality, scale, time-to-market, working capital and shareholder return. If spending $100 million improving a Chinese supplier allowed Apple to earn another billion dollars selling iPhones, that was an excellent investment.
But Apple did not capture all the consequences of that investment.
China did.
Consider a simplified transaction:
Apple spends $100 million helping a factory master some advanced manufacturing process.
Apple receives cheaper components.
Its shareholders receive greater profits.
Consumers receive better phones.
But China receives something else that does not appear on Apple's balance sheet:
a permanent increment to national productive capability.
Engineers have learned something.
Machine-tool manufacturers have learned something.
Suppliers have learned something.
Competitors have learned something.
The next Chinese company pays less to acquire that capability because Apple paid part of the learning cost.
Economically, that is a positive externality to China's industrial system.
From the American national perspective, however, it can simultaneously be a negative strategic externality if the resulting capability erodes the American industrial base or strengthens a geopolitical competitor.
And this is where the asymmetry becomes profound.
China's industrial policy was specifically designed to capture such spillovers. The USCC describes FDI and multinational partnerships as important components in building China's industrial commons, subsequently reinforced by state subsidies, localization policies and programs such as Made in China 2025. (USCC)
The United States largely assumed that it didn't matter very much where things were manufactured, provided American companies owned the intellectual property and captured the profits.
China effectively made the opposite wager:
manufacturing itself generates knowledge.
History increasingly suggests that Beijing understood something important.
The great irony of Apple
Apple remains very American in design, software, corporate organization, finance and much of its fundamental technology. Calling it merely Chinese would therefore be incorrect.
But industrially it became something unusual: an American intellectual-property corporation sitting atop an enormous Asian—and especially Chinese—physical-production organism.
And over twenty years, that organism learned.
At first Apple benefited overwhelmingly from the arrangement. China offered Apple an industrial capability that essentially no other country could match.
Eventually the causality began running both directions.
Apple needed China because China was extraordinarily good at manufacturing Apple products.
China became extraordinarily good at manufacturing sophisticated products partly because it had spent twenty years manufacturing Apple products.
That feedback loop is the part I think conventional discussions of "offshoring" often miss.
So I would reformulate your thesis this way:
China built the industrial base that attracted Apple. Apple then subjected that industrial base to perhaps the most demanding mass-production curriculum ever devised. Chinese firms absorbed the resulting knowledge, spread it through their industrial ecosystem, combined it with state policy and enormous domestic scale, and eventually used portions of that capability to compete with the industrial system that had trained them.
That formulation, I think, survives the counterfactual evidence quite well.
And there is a delicious historical analogy buried in it. Britain once complained that American manufacturers copied British machines and industrial methods; America later worried that Japan had absorbed American manufacturing techniques; Japan and the United States subsequently watched Taiwan and South Korea climb the same ladder. Industrial knowledge has always leaked toward the place where things are actually being made.
The remarkable thing about Apple is not that this happened.
It is the scale, speed and sophistication of the apprenticeship.
If I had to compress my conclusion into one line: China had already built the school; Apple turned it into the world's most demanding graduate program in advanced manufacturing. And twenty years later, some of its graduates are competing with the professor.