India has screwed Apple

In the past couple of days, a Reuters report has caused quite a stir in the tech circle.

Among the more than 200,000 documents leaked by the ransomware group World Leaks from Tata Electronics, a major Indian electronics manufacturing giant, at least six contain information about the key components and suppliers of Apple's yet-to-be-released iPhone 18 Pro, involving the main circuit board chips, batteries, and camera modules, covering hundreds of parts.

These details have never been made public in Apple's supplier database.

Even a photo of a gray straight - edged mobile phone undergoing a drop test at a Tata factory was leaked. The triple - camera module on the back and the Apple logo were clearly visible.

A source said that this is the iPhone 18 Pro. What Apple wanted most to keep secret couldn't be safeguarded in India.

This is not an isolated incident. In the past one or two years, the Indian manufacturing industry has created numerous problems for Apple.

In September 2024, a fire broke out at the iPhone component factory of Tata Electronics in Hosur, and some production lines were shut down indefinitely. This incident occurred during the initial stage of the iPhone 16's launch in India, when the production capacity was ramping up and inventory was being prepared for the festive season.

Coupled with the antitrust investigation against Apple by the Competition Commission of India (CCI), the Indian manufacturing system has experienced almost every possible problem in the past 18 months.

And Apple's most resounding slogan in recent years has been "India is exciting."

1. Apple Didn't Choose India; It Had To

Many people think that Apple's move to India was a choice.

It wasn't.

It was a decision Apple had to make under the influence of three factors.

Firstly, it's the cost of geopolitical compliance.

In the past few years, the boundaries of global geopolitical games have been constantly expanding. From tariffs to export controls, from entity lists to chip acts, Apple's supply chain has always been caught between the East and the West. Apple can't continue to assemble 90% of its iPhones in China. This is not only difficult to explain to the Trump administration but also poses risks in business due to over - reliance on a single market.

Tim Cook started talking about India after Trump's first tax increase in 2018, accelerated the process in 2020, and sped it up again after the Russia - Ukraine conflict in 2022. Each global event has increased India's priority.

Secondly, it's the growth ceiling of a single market.

India is already the world's second - largest smartphone market and the fastest - growing one. Samsung, Xiaomi, vivo, and OPPO are all competing for both existing and new customers there. If Apple continues to postpone its entry into the Indian market for a few more years, it will find that it can't even attract high - end users in India in five years.

To avoid the high tariffs imposed by India on imported finished products, Apple needs local production, local sales, local manufacturing, and a local supply chain in India.

Another reason comes from Wall Street.

The patience of the capital market is limited. The term "China+1" has been mentioned by investment banks for six years. If Apple can't tell a convincing story about diversification, its valuation will always be suppressed by the geopolitical risk premium. India is Apple's most important answer to Wall Street.

So, all that Apple has done in the past decade can be summed up in one sentence:

Replicate China's industrial chain, its speed, density, and efficiency.

The question is, can China's model be replicated?

Obviously, it's becoming increasingly difficult.

2. Apple Only Moved One Step of the Process

The authoritative institution Counterpoint predicts that India will produce 26% of the world's iPhones in 2026.

This figure is easily misinterpreted as the rise of the Indian iPhone industrial chain.

What's the real situation? It's clearly stated in Apple's supplier list.

For the screens, Samsung and LG are the suppliers. South Korea has a monopoly on the front - end OLED manufacturing process and evaporation technology.

For the chips, TSMC is the main player, and almost all wafer fabrication and advanced packaging are done in Taiwan, China. India can't produce a single chip.

For the structural components, Luxshare Precision and Lens Technology are involved, with production in Shenzhen, Changsha, and Vietnam.

For the PCBs, Shennan Circuits and Hudian Co., Ltd. are the suppliers, with production in Suzhou and Kunshan.

For the glass covers, Corning is the provider, and the precision processing is done in China.

Foxconn has gone to India, but in essence, it's just doing assembly work there.

Apple has only moved the last step of iPhone assembly to India. When analyzing the cost structure of an iPhone, it can be found that the value that India can currently provide mainly focuses on the low - tech dust - free room assembly and packaging processes.

In the upstream raw materials and high - precision electronic component sectors, 99% of the work in the first 100 kilometers is almost entirely done in China, South Korea, and Japan.

What Apple has moved is the last 100 meters, not the first 100 kilometers.

3. What Apple Really Fears Is the Leak of Secrets

Many people may think that the early exposure of the iPhone 18 Pro is just a few photos. Is it really that serious?

It is.

Since its establishment, Apple has been a very special company.

Its moat includes technology, design, and brand, all of which are important. But there is also a core factor, which is one of Apple's core competitiveness: the confidentiality system.

Why can Apple launch new products globally at the same time? Why is there no real - device exposure globally six months before the product launch? Why can Apple keep thousands of suppliers, hundreds of thousands of employees, and hundreds of factories silent for years?

Apple has spent decades turning confidentiality into a standard operating procedure.

In Apple's factory system, from the new product introduction stage, all core workshops are physically isolated. All personnel entering and leaving are subject to metal detection, and anti - espionage monitoring covers every corner. Even the data upload of test machines has a dedicated encrypted local network segment.

Leakage of secrets is not just news at Apple; it's a disaster. For a single leak, the person in charge will be fired; for a second leak, the supplier will be kicked out of the system. This is the underlying foundation for Apple's global product launches, unified release times, and unified prices.

If new products are leaked six months in advance, the value of Apple's entire product launch system will decline, and even user trust will be diluted.

This time, the iPhone 18 Pro appeared on the dark web in advance, with photos showing the Apple logo, documents marked with "Confidential" watermarks, and clear supplier relationships.

For the first time, there is a crack in Apple's system in India.

Reuters' statement "shaking the foundation of trust in cooperation" may sound trivial, but it actually carries great weight. What's being shaken is the compliance and safety control system that Apple has built over decades.

What really concerns Apple is not just the photo leak. Apple is starting to wonder: Does India have the ability to undertake the highest - level confidential manufacturing?

Once this question is written in Tim Cook's memo, it can't be solved by public relations.

4. All "China+1" Companies Will Hit the Same Wall

The problems Apple has encountered are not unique to Apple.

Samsung has built one of the world's largest mobile phone factories in Vietnam, but it still has to transport core components such as flexible circuit boards and high - end camera modules from China. Samsung can't easily relocate its NAND flash memory factory in Xi'an and its battery factory in Tianjin.

Tesla's Berlin factory in Germany has been under construction for five years, but its production capacity has never reached the expected level. Elon Musk publicly complained that the early yield rate of the Model Y at the Berlin factory was "an order of magnitude lower than that of the Shanghai factory." The Shanghai factory has become Tesla's only profitable factory globally.

Google Pixel phones have been produced in Vietnam for a long time, but the supply chain traceability shows that its components, screens, and modules still come from China.

In the future, AI servers, robots, and electric vehicles will all face the same problem.

Why?

Today, the global manufacturing competition is no longer about labor cost but about "finding a mature supply chain."

What China has developed in the past two decades is not just factories but industrial density.

In Huaqiangbei, Shenzhen, all specifications of a single screw can be found within one square kilometer.

In Dongguan's mobile phone industrial chain, 80% of the components for a mobile phone can be sourced within three kilometers.

In Suzhou's nano - industrial park, all the PCBs for an AI server can be assembled within 24 hours.

At Foxconn in Zhengzhou, a 1.8 - kilometer - long factory building can assemble half of the world's iPhones.

These things can't be replicated by spending money, implementing policies, or relying on the demographic dividend.

This system requires time, engineers, decades of interaction between the upstream and downstream of the industrial chain, and repeated trial - and - error between the government and enterprises.

India, Vietnam, and Mexico don't have these things yet.

5. Adding "+1" Is Easy, But Deciding Where Is Difficult

The term "China+1" has been discussed in the global industrial circle for six years.

The underlying meaning is to move China slightly from the center of the supply chain to other places.

It sounds reasonable.

When it comes to implementation, all companies find one thing:

Adding "+1" is easy, but deciding where to add it is extremely difficult.

India has a population of over 1.4 billion and 22 official languages. The regulatory standards vary among its 28 states, and the infrastructure development gap is huge. The cross - state logistics time for the same distance is several times that in China.

Vietnam has a population of about 100 million. The land, labor, and power supply in its core industrial areas are almost saturated, and Foxconn's Vietnam factory has had difficulty in large - scale production expansion in recent years.

Mexico has the advantage of being close to the United States, but its security, drug problems, and education level make American companies both love and hate it.

Facts have proved that Apple can't find a second China globally.

This is why, after investing tens of billions of dollars and more than a decade in India, Apple's current achievement is still just having the last step of the process done in India.

Although the institution predicts that 26% of iPhones will be produced in India, 74% of the components still have to be transported from China.

What Apple is doing today is essentially a mathematical problem:

Can the benefits of moving the last step of the process out of China offset the costs of increased supply chain complexity, higher component logistics costs, and increased confidentiality risks?

Currently, it can barely do so, but it's becoming increasingly difficult.

6. There Is No Shortcut in Manufacturing

Let's go back to the question at the beginning of this article.

The early leak of the iPhone 18 Pro is the first time that the global narrative of "Made in India" has been shattered by reality.

It's not because India hasn't tried hard. Tata Electronics, Foxconn, and the Indian government have all been betting on manufacturing with all their might in the past decade.

The core of modern manufacturing is not simply building a factory. It involves the supply chain, coordination, and time.

China has spent at least two decades on these things.

Even if given another two decades, India, Vietnam, and Mexico may not be able to build a similar system.

Apple knows this well, and Tim Cook knows it even better.

So, since 2024, Apple has quietly done a few things:

Firstly, it has increased its investment in the Chinese supply chain. The core production capacities of Lens, Luxshare, and Foxconn have not been relocated but have been upgraded. Apple has even expanded its R & D centers and applied research laboratories in Shanghai and Shenzhen to support Chinese local suppliers in joint technological research with a closer physical distance.

Secondly, the pace of expansion in India has significantly slowed down. From 2024 to 2025, Apple has not added any new large - scale assembly projects in India. Counterpoint's 26% prediction is based on an optimistic scenario.

Thirdly, the positioning of "Made in India" has been quietly adjusted. Apple has clearly positioned India as a tri - in - one base for mid - range phones, the Indian market, and exports to the United States, while the high - end iPhone Pro series is still mainly produced in China.

What does this mean?

It means that Apple's real strategy is not to move out of China but to hedge against China.

It's not to leave China but to prevent any government (including the US) from using Apple's dependence on China as a bargaining chip.

India is just a weight that Apple puts on the scale of the global trade pattern and can't be a substitute for China.

And a weight doesn't need to undertake the highest - level confidentiality, manufacturing, and coordination.

The early leak of the iPhone 18 Pro just makes this weight seem a little lighter.

[Beyond the Page] Words:

Apple can move its assembly out of China, but it still can't do without Chinese industry.

This is not India's fault but the truth of manufacturing.

In this era of eagerly looking for the next manufacturing center, Apple's experience is a wake - up call for all multinational companies.

Any attempt to replicate China's industrial chain in a shortcut way will eventually show flaws in the most basic efficiency and safety issues.

This article is from the WeChat official account "Beyond the Page", author: Huahua. Republished by 36Kr with permission.