Could the iPhone be a leading indicator of a new era of strategic industrial transformation? It already is. The iPhone serves as a powerful proxy for industrial transformation. In the new business realm, one can treat the iPhone as a bellwether for industrial transformation, much like the Big Mac Index uses the price of a McDonald's Big Mac to make straightforward yet impactful cross-country price comparisons.
The iPhone has become a decisive proxy for industrial change: Apple’s shift from a China-centric production model to India, Vietnam and a dispersed Southeast Asian supply base signals a substantive reconfiguration of where advanced manufacturing, testing, and semiconductor value are concentrated. This is not mere supply-chain hedging. It reflects a deliberate redesign of industrial geography that aligns with the White House’s Indo-Pacific strategy to reduce dependence on the Chinese market and deepen ties with regional partners. Apple’s growing reliance on suppliers in Malaysia, Japan, South Korea, Singapore, the Philippines and India maps onto a broader redistribution of technological capacity across Asia, transferring higher value activities and resilience outside China. Viewed strategically, the iPhone is a prism for geopolitical maneuvering and the emergence of an innovative technology ecosystem that will redefine Southeast Asia’s role in global tech and US industrial policy.
Before reaching eager consumers, the iPhone embarks on an incredible journey through a complex web of global supply chains, transforming components and technologies into a final product that continues to captivate millions worldwide. While its final assembly primarily takes place in China, production is expanding in India and Vietnam, underscoring the remarkable efforts of over 40 countries collaborating to create this sleek device. TSMC fabricates Apple’s A-series processors in Taiwan; memory modules come from South Korea and Japan; displays are sourced from Korean and Japanese firms; cameras and sensors are often sourced from Japan and Korea; and casings are produced in Taiwan. Southeast Asia is crucial to Apple’s supply chain, particularly Malaysia, Singapore and the Philippines. Malaysian suppliers, such as Inari Amertron and Globetronics, focus on semiconductor packaging, testing and component manufacturing, accounting for about 3-4% of the iPhone's total bill of materials.
The global nature of the iPhone supply chain means that any tariff imposed on finished iPhones has far-reaching effects. A 20% tariff on China-assembled devices would increase Apple's costs and disrupt the operations of upstream suppliers in Taiwan, Korea, and other countries. Apple's shift in assembly to India and Vietnam is a strategic move to mitigate the impact of US-China tensions. However, a sizeable portion of the cost base remains tied to East Asia’s component ecosystem.
For years, China was known as the “world’s factory,” assembling approximately 90% of iPhones in 2019 and around 65-70% in 2025. However, US tariffs, rising labour costs and geopolitical frictions have accelerated Apple’s diversification strategy. Section 301 tariffs and 100-300% sector-specific duties on some tech goods have made China-based assembly costlier. US imports of smartphones and electronics from China, which peaked around 2018-2019, have steadily declined, falling from roughly US$505 billion (RM2.1 trillion) in 2018 to US$439 billion in 2024.
India has strategically positioned itself as the primary beneficiary of Apple’s 'China+1' strategy. This strategy, which involves multinational companies diversifying their production away from China to mitigate risks and reduce costs, is supported by Foxconn, Pegatron and Wistron. The 'China+1' strategy is a response to the increasing costs and risks associated with manufacturing in China, including rising labour costs, geopolitical tensions and potential trade disruptions. New Delhi's Production-Linked Incentive (PLI) scheme plays a crucial role in facilitating the expansion of these companies in India, particularly in Tamil Nadu and Karnataka. This underscores India's strategic importance in the global supply chain and its potential for significant industrial growth.
Apple began assembling iPhones in India in 2017, and the country now assembles around 20% of iPhones, with ambitions to reach 25% by the end of next year. India’s iPhone exports have surged from US$7 billion in 2022 to over US$20 billion in 2024-25, with a substantial share bound for the US and Europe. This growth signals India's increasing credibility with multinationals and its potential to become a significant player in the global market.
India’s deeper integration into Apple’s supply chain signals growing credibility with multinationals and creates opportunities for local suppliers, logistics firms, and ancillary industries. Local value addition in India’s iPhone production has increased — although not for major components — from about 3-4% to roughly 12-15% of BOM, primarily through domestically sourced mechanical parts, enclosures, cables, battery packs, packaging and local assembly/testing. Other spillovers include technology transfer, workforce training and policy alignment with the 'Make in India' initiative.
Yet, beneath this remarkable growth lies a more complex story. India’s current role in the iPhone supply chain still focuses on final assembly and low- to mid-value activities. The bulk of high-tech components — processors from Taiwan, displays from Korea and Japan, and memory chips from the United States — continue to be imported. Domestic value addition, while improving, remains limited to around 12-15%, mainly from packaging, cables, enclosures, and logistics. In essence, India has become an essential “China+1” destination – but not yet a substitute for East Asia’s deeply integrated ecosystem. The broader policy question is whether India can replicate China’s journey from large-scale assembly to technology-intensive production and indigenous innovation.
The path to industrial transformation is not solely about trade policy or infrastructure, but also about skills, research, and institutional capacity. China’s success as a manufacturing powerhouse was underpinned by decades of investment in engineering education, vocational training, and research collaboration between universities and firms. India’s manufacturing ambitions depend on building a similar foundation of human capital.
India produces over 1.5 million engineering graduates annually, yet only a fraction possess the practical, industry-ready skills demanded by advanced manufacturing. The country’s vocational and technical education system remains fragmented, and the linkages between universities, polytechnics, and industry remain nascent. India must align its education policy with industrial policy to sustain growth in electronics manufacturing, creating a workforce fluent in automation, robotics, precision manufacturing, and materials engineering.
As China’s experience illustrates, beginning with large-scale assembly, it can, over time, evolve into higher-value activities such as advanced component manufacturing, design, and research, provided the surrounding ecosystem is conducive. That same foundation has also nurtured the rise of homegrown brands like Huawei, Oppo and Vivo, which capitalised on accumulated supply-chain expertise, engineering talent and domestic demand to establish themselves as powerful competitors. India still faces infrastructure bottlenecks, a limited pool of precision manufacturing talent, and dependence on PLI incentives.
This calls for stronger industry-academia collaboration. Universities and technical institutes can partner with firms such as Apple and Foxconn to establish applied research centres focused on semiconductor design, cleanroom operations, and sustainable manufacturing processes. Similarly, international university partnerships — notably with institutions in South Korea, Taiwan and Singapore — can accelerate knowledge transfer and curriculum modernisation.
India’s current manufacturing boom presents a window to leapfrog into a more innovation-driven economy. However, unlike China’s ecosystem, where R&D investment reached nearly 2.6% of GDP, India’s R&D expenditure remains below 1%. This limits domestic firms’ capacity to move up the technology ladder.
India must incentivise research commercialisation and develop regional innovation clusters near industrial zones such as Tamil Nadu and Karnataka to capture greater value. The success of these clusters depends on the symbiosis between multinational anchor firms, local SMEs and universities. Establishing shared testing facilities, design labs, and intellectual property support structures could help smaller firms participate more effectively in global value chains.
Furthermore, a strong focus on sustainability and digitalisation is essential. As the electronics industry faces scrutiny over carbon emissions and waste, India could differentiate itself by pioneering green manufacturing zones powered by renewable energy and circular economy principles. Embedding sustainability modules in engineering curricula and encouraging research on green technologies will enhance India’s competitiveness in a decarbonising global market.
China’s evolution offers valuable lessons. Its initial growth was driven by foreign-led assembly, but through consistent investment in education, technology, and infrastructure, it gradually developed domestic champions capable of competing globally. Vietnam and Malaysia are also instructive examples: both leveraged foreign investment to cultivate specialised industrial clusters, then gradually expanded local supplier bases and technology capabilities.
For India, success depends on policy coherence — linking trade, education, infrastructure and innovation policy within a unified framework. The “Make in India” initiative has laid the groundwork, but scaling it requires deep institutional reforms: improving logistics efficiency, reforming labour regulations and nurturing domestic entrepreneurs to complement foreign firms.
If India’s iPhone expansion is to become an industrial transformation, universities and research institutions must play a significant role. This means designing curricula aligned with semiconductor physics, advanced materials, and industrial automation. It also requires fostering entrepreneurial mindsets, enabling students to move beyond employment into innovation and enterprise creation.
Partnerships between higher education and global industry players could be transformative. Apple’s suppliers, for example, can collaborate with Indian Institutes of Technology (IITs) and polytechnics to create training academies focused on precision engineering, quality control, and sustainable production. These efforts should be complemented by government-backed research grants and innovation hubs that connect academic knowledge to market needs.
In the long term, manufacturing competitiveness will depend less on cost advantages and more on knowledge intensity — the ability to design, test and patent innovative technologies. Education is, therefore, not a parallel agenda to industrial policy but its very foundation.
Apple’s shift to India signals not just a commercial rebalancing but a broader test of India’s capacity to build a knowledge-based industrial economy. The transition from assembly to innovation requires more than factories and incentives — it demands institutions that produce skilled engineers, adaptive researchers, and globally connected universities.
If India can integrate its education, research and industrial policies, its iPhone moment may well become the catalyst for a more profound transformation — one that redefines its place in the global supply chain from assembler to innovator.
The critical question is whether India’s rise as a larger producer of iPhones marks a transformative leap as a new primary supplier of major components or remains a low-margin assembly hub. While India’s strategic importance is nowadays more about diversifying Apple’s dependence on China, the optimistic scenario is that Apple paves the way for India to build a stronger electronics ecosystem beyond iPhone production and move up the value chain, instilling hope for India's future in the global supply chain and replicating China’s experience.
Apple’s supply-chain move is not just China hedging; it is a strategic pivot towards Southeast Asia as the next industrial centre for high-tech manufacturing. Malaysia’s semiconductor packaging, Singapore’s advanced testing and the Philippines’ component production are fast becoming indispensable pillars of Apple’s global operations, lifting the region the value chain. In Washington, DC, this industrial shift dovetails with the Indo-Pacific strategy by embedding critical technologies with aligned partners to strengthen resilience and geopolitical leverage. We must treat the iPhone as an early-warning indicator, reassess supplier exposure across Southeast Asia, prioritise partnerships that capture higher-value activities, and position the business to benefit from Southeast Asia’s accelerating industrialisation.
Dr Bruno S Sergi is an instructor at Harvard University and the University of Messina and a visiting professor at Universiti Putra Malaysia. Vigneswari Palanimuthu is a PhD candidate in Economics at the School of Business and Economics, Universiti Putra Malaysia.