Where will Apple go in the second half of 2026?

With more than two months to go before Apple's fall event, the motherboard schematics for the iPhone 18 Pro may have already surfaced in Huaqiangbei.

This is not the first leak, but it is the most severe one in history. Over 630GB of files have reportedly been exfiltrated from Tata Electronics, Apple's Indian contract manufacturer, exposing supplier directories, component specifications, and motherboard structural design in their entirety.

The entire internet has erupted.

"The biggest Apple leak I've seen in my 20-year career," one industry insider remarked.

In previous years, leaks mostly concerned the device's appearance, allowing case retailers to stock up in advance. This year, even the supply chain's hidden cards have been laid bare.

Some joked that Huaqiangbei is about to "hold its own launch event early"...

However, many industry insiders have stated bluntly: it's impossible. The chip and the iOS ecosystem are Apple's core moat. Huaqiangbei cannot produce a genuine motherboard; at most, it can assemble a counterfeit device with a copied shell.

What truly excites Huaqiangbei, though, is the SIM-modification business.

The US-locked iPhone offers an attractive price point, and the market for bypassing network locks using SIM-adapters is a massive gray economy.

But this time there's a twist: if the US version of the iPhone 18 Pro adopts Apple's in-house C2 modem and omits the physical SIM card detection circuit, the entire SIM-modification industry could face a catastrophic collapse.

Right now, the real money is still being made by phone case sellers.

They start stocking inventory every May, aligning their global distribution pipelines perfectly with Apple's official launch timeline.

Leaks are just one of their headaches.

Apple recently raised prices across its entire Mac and iPad lines, with increases ranging from 16% to 25%, citing skyrocketing storage costs.

And a price hike for the iPhone 18 Pro is almost certain.

At the same time, Tim Cook, who has helmed the company for more than a decade, is set to step down. The incoming CEO, Ternus, inherits a landscape of both opportunity and crisis: foldable devices, touchscreen Macs, and other new products are poised for release, and AI is being rolled out across the ecosystem — yet the specter of supply chain instability lingers.

The Indian factory leak appears to have torn open the very secrets Apple once prided itself on protecting.

So how exactly will Apple break through in the second half of the year?

From our perspective, the real mission of this wave of new products is to use a "structural price hike" strategy to filter out the most loyal high-value users, while relying on hardware form-factor expansion to mask the underlying weaknesses of its AI ecosystem.

The price surge is essentially an "AI prepayment" collected from ecosystem dependents

Many people simplify Apple's latest price increases to rising storage chip costs, but that does not explain why the hikes are so uniform and the margins so decisive. From an industrial logic standpoint, Apple is undoubtedly executing a highly systematic user segmentation strategy, using higher price points to precisely shift cost burdens onto those least likely to abandon the Apple ecosystem.

By the numbers, Apple's gross margin has long remained above 40%, a rare feat among consumer electronics brands. This shows that even if memory chip price hikes eat into some profits, Apple's financial moat remains wide enough. It could have absorbed the costs through economies of scale, yet it chose instead to raise terminal prices across the board. This is clearly not a passive reaction, but an active pricing strategy choice.

Moreover, I believe another factor driving the pricing decision is that user switching costs have now reached an all-time high. When someone owns an iPhone, a Mac, an Apple Watch, and subscribes to iCloud, and daily uses iMessage, AirDrop, and health data sharing, the cross-device stickiness becomes nearly impossible to break with any single hardware advantage.

Apple knows full well that for these users, paying 20% to 30% more is painful — but abandoning the entire Apple ecosystem would be even more so.

Raising prices sharply during this window is essentially leveraging ecosystem lock-in to recoup upfront costs for AI R&D and cloud infrastructure that would otherwise be spread over several years.

In other words, Apple is simply monetizing the anticipated value of Apple Intelligence — which has not yet been fully delivered — via hardware premiums.

The upcoming iPhone 18 Pro series and the foldable iPhone Ultra, which could be priced above $2,000, will serve as this "pricing filter."

By setting a higher price threshold, Apple steers cost-sensitive users toward the lower-spec iPhone 18 base model or older generations, while concentrating the bulk of price increases on top-tier users who are willing to pay for new AI features and innovative form factors.

In this process, Apple's goal is to "purify" user net worth: it no longer tries to please everyone, but instead focuses on serving the top 20% of users in its ecosystem with the highest purchasing power. This strategy imbues Apple products with more characteristics of a Veblen good — the more expensive they are, the more they signal the owner's social status.

In the short term, this move will certainly boost per-unit revenue and gross margins. But in the long run, as digital tools turn into class symbols, Apple will slide from "Apple for the masses" to "Apple for the few," and ecosystem vitality is bound to suffer.

No matter how clever the pricing strategy is, it still needs a stable supply chain to deliver the quality that justifies the price. On that front, the major supply chain scandal breaking right before Cook's departure has plunged Apple into another whirlpool.

The hidden costs driven up by the India leak

will ultimately be passed on to consumers

Vendors in Huaqiangbei are calling the Tata Electronics leak an "open-book exam," because for the first time they don't need to rely on speculation or reverse engineering — they can directly reference official schematics to develop SIM-modification solutions and open molds for protective cases.

But for Apple itself, this is equivalent to laying bare its technical cards and cost structure in full view of global suppliers and competitors.

The total data volume of the leaked files exceeds 630GB. Beyond the iPhone 18 Pro's motherboard layer diagrams and camera module details, the far more damaging content is the extensive list mapping individual components to their respective suppliers.

In the consumer electronics industry, such mapping is top-secret information.

If a supplier learns for certain that it is the exclusive source for a key Apple chip, its bargaining power will surge dramatically. And if competitors obtain the true composition of Apple's bill of materials, they will gain a clear reference to reverse-engineer product roadmaps and cost-control margins. The information black box Apple spent more than two decades carefully building has been forcefully pried open.

Furthermore, the risks posed by the physical relocation of the supply chain are more complex than outsiders assume.

India now produces roughly a quarter of the world's iPhones. While hardware production lines can be moved with capital investment within a few years, "institutional infrastructure" such as data security awareness, compliance systems, and employee operational discipline takes a generation to build.

The security breach at Tata Electronics occurred precisely at a point when this protective layer was not yet fully formed.

Tim Cook's proudest legacy in supply chain management hit the rocks on the eve of his departure in a deeply ironic twist.

This incident will also produce a rarely mentioned long-term consequence: the continuous expansion of security redundancy costs.

To shore up the damage, Apple will inevitably ramp up spending on supplier audits, employee background checks, data isolation, and legal enforcement. These invisible "trust-rebuilding costs," just like rising memory costs, will be layered on top of terminal product prices.

Price hikes thus become a self-reinforcing cycle: costs push up selling prices, which squeeze out more mid-to-low-end users, leaving the remaining high-end clientele to foot the bill for increasingly expensive supply chain security.

The upheaval in Huaqiangbei's SIM-modification industry also reflects this spillover effect.

Leaked motherboard files suggest that the iPhone 18 lineup may ship with both Qualcomm modems and Apple's in-house C2 modem. SIM-solution providers' greatest fear is that the US variant will fully adopt the C2 modem — which, at the hardware level, omits any detection circuit for a physical SIM tray, completely eradicating the SIM-adapter unlock business overnight.

If the livelihoods of tens of thousands of related workers are disrupted, the entire sprawling gray ecosystem that Huaqiangbei has built around Apple will undergo drastic restructuring, bringing new market chaos and regulatory friction.

Such friction will eventually translate into more lawsuits, more policy negotiations, and drain massive amounts of Apple's management energy.

Caught between price hikes that filter users and leaks that inflate hidden costs, Apple's new products for the second half of the year are entering a very constrained environment.

Therefore, if Apple truly intends to rely on its upcoming new products to break out of the current impasse, the key lies in how much real innovation energy the products themselves can deliver.

A hardware explosion — form-factor innovation

is turning into a light-blocking panel

According to reports, Apple is set to break its all-time autumn launch record with 16 new products. These include bold new categories such as a foldable iPhone and a touchscreen MacBook Ultra, as well as moves into new territory like a smart display speaker and a home security camera.

Yet the reality behind these hardware specs is an unavoidable truth: this "category explosion" is not driven by a generational leap in underlying technology, but by the need to lay physical entry points for Apple Intelligence — which remains immature and heavily reliant on external models.

The design of the foldable iPhone is largely confirmed: it will use Samsung's seamless folding solution, a liquid metal hinge, likely retain the A20 Pro chip, and bring back Touch ID.

Every choice in this product is cautious and incremental, lacking the boldness that once redefined human-computer interaction — like the original iPhone's multi-touch or the launch of the App Store.

With folding technology already refined by Android manufacturers for four to five years, Apple's first foldable phone is little more than a belated entry ticket to the market.

Similarly, the MacBook Ultra's introduction of a touchscreen on the Mac seems like a breakthrough, yet Windows-based touchscreen laptops have existed for over a decade. Apple's push for a touch-enabled Mac stems more from the internal convergence of the iPad and Mac lines across software and architecture, rather than from a disruptive new interaction paradigm.

Its value lies in completing the ecosystem puzzle and giving the macOS AI assistant a more direct way to engage users — not in creating an entirely new computing scenario.

This "hardware first, AI later" rhythm originates from the fact that Apple Intelligence's core intelligence is not fully under Apple's control.

Multiple sources indicate that Apple's large language model layer is deeply built on a heavily modified version of Gemini. Even if data runs on Apple's own servers, core capability upgrades still rely heavily on Google's support. When a large part of a company's AI "soul" is hosted elsewhere, it cannot claim full control over defining the next generation of software experiences.

No matter how powerful the iPhone 18 Pro and MacBook Ultra are, if the Siri and cross-app AI assistants they carry cannot outperform competitors in comprehension, reasoning, and autonomous execution, the high premiums on this hardware will lose their most compelling justification.

Apple is clearly aware of this, which is why the 16 new products are packed with intentions to "pave the way for AI."

Whether it's the new Apple TV upgraded to the A17 Pro chip and supporting Wi-Fi 7, or the full-size HomePod and HomePod mini with updated chips after years of waiting, they essentially upgrade legacy devices into carriers that can smoothly run on-device AI or connect to a home AI hub.

The HomePad with a display, meanwhile, attempts to add visual and touch interaction beyond voice, providing a dedicated control panel for Apple Intelligence in the home environment.

The logic is to compensate for AI depth with hardware breadth, using a ubiquitous device network to keep users within the fold while waiting for in-house or partner models to mature.

But this strategy also carries enormous hidden risks.

If users buy a large number of expensive AI-ready devices, only to find that the promised personalized intelligent experience never truly materializes — or that they repeatedly hit ceilings of model performance in cross-device collaboration — Apple will have used a massive hardware refresh to deplete user trust in "Apple Intelligence."

Whether these 16 new products can achieve a breakthrough will ultimately depend not on how beautiful their designs are or how high their chip benchmarks score, but on whether they can deliver clearly perceptible improvements in the intelligent experience within the first few months after launch.

If Apple only relies on touchscreens, foldables, and new colorways to drive short-term sales, while failing to deliver an independent breakthrough in AI autonomy, this wave of device launches may amount to nothing more than a spectacular fanfare before the empire sails into uncharted waters.

By releasing this sprawling product roadmap all at once before his departure, Cook hands over the tangled plate of supply chain, pricing, and AI ecosystem challenges to Ternus. For Apple, the real test in the second half of the year is not whether it can sell more MacBooks or iPhones. The real stakes are whether, amid the triple pressures of steep price hikes, eroded supply chain trust, and constrained AI innovation, it can still convince hundreds of millions of global users that Apple retains the power to define the next decade of digital life.

If Apple can carve out a new path through this "impossible triangle," these 16 products will become the opening move of a new cycle. If it can only stagger along by passing on costs and making minor form-factor tweaks, this autumn will mark not just the end of the Cook era, but the watershed where Apple's innovative luster begins to fade faster than ever.

This article is from the WeChat public account "Dongzhen Strategy", authored by Dongzhen Strategy, and published with authorization from 36Kr.