In Shenzhen, on the third day of October 2026, Huawei's Richard Yu offered the world a portrait of technological reinvention under pressure — a company that, having been severed from the global semiconductor supply chain, turned inward and emerged with its own chips, its own operating system, and its own vision of an AI-woven future. The story is not merely one of corporate survival, but of what nations and institutions become when the tools they once borrowed are taken away. Whether Huawei's self-sufficiency represents genuine independence or a workaround constrained by invisible ceilings rem
Huawei Details Tech Breakthroughs, Eyes Global Expansion With HarmonyOS
Huawei has basically gotten rid of dependence on US technologies
Mark
So Huawei is essentially saying it's solved the problem of being cut off from American technology by building everything itself. Is that actually true?
Mimi
It's more nuanced than that. They've built a lot—their own chips, their own operating system, their own AI models. But Yu himself admitted that advanced semiconductor production capacity in China still can't meet demand. They're managing constraints, not eliminating them.
Luke
Right. And there's a difference between designing a chip and manufacturing it at scale. LogicFolding is clever engineering, but it's a workaround for not having access to the most advanced manufacturing processes. That's not the same as independence.
Mark
What about HarmonyOS? Is it actually competitive with Android and iOS?
Mimi
By the numbers, it's growing fast. Ninety million devices, 450,000 apps, 11 million developers. That's real momentum. But most of those devices are in China. The global app ecosystem for iOS and Android is vastly larger.
Luke
And we should note: Yu said they're "considering gradually bringing HarmonyOS to the global market." That's future tense. Right now it's primarily a domestic platform. The question is whether developers outside China will build for it.
Mark
Why does Huawei care about going global if it's already dominant at home?
Mimi
Scale and revenue. China's market is huge, but it's finite. Global expansion is how you become a trillion-dollar company. Also, geopolitically, a global platform is more defensible than a domestic one.
Luke
Though we should be honest about what we don't know: How profitable is Huawei's consumer business right now? How much of this investment is subsidized by other divisions? Yu didn't address that.
Mark
Fair point. So what's the real story here?
Mimi
A company that was forced to become self-sufficient is now claiming it has. Whether that claim holds up globally—whether developers will build for HarmonyOS, whether consumers will buy phones without Google services—that's still being written.
Luke
And whether China's semiconductor industry can actually scale to meet demand. That's the constraint nobody can engineer around.
El Pulso
- Huawei's LogicFolding technology — stacking logic layers vertically inside a chip — is a direct engineering response to being locked out of the world's most advanced semiconductor fabrication nodes.
- The Kirin 9050 Pro's 31% performance leap and its ability to run a 30-billion-parameter AI model on-device signals that the gap between Huawei and global rivals, while real, is narrowing in ways few anticipated.
- HarmonyOS now anchors 90 million devices and 450,000 apps, but the true test is whether 11 million developers and global ambitions can overcome the gravitational pull of iOS and Android.
- Huawei's smartphone presence outside China has collapsed to a few million units annually — a stark reminder that technical achievement and market reach are not the same thing.
- Advanced chip production capacity inside China remains a bottleneck, and rising memory prices have further squeezed Huawei's room to maneuver, even as the company insists near-term needs are met.
- The company is betting that dominance in wearables, tablets, and mobile routers can rebuild its international credibility while it waits for China's semiconductor industry to scale.
In Shenzhen, on the third day of October 2026, Huawei's Richard Yu offered the world a portrait of technological reinvention under pressure — a company that, having been severed from the global semiconductor supply chain, turned inward and emerged with its own chips, its own operating system, and its own vision of an AI-woven future. The story is not merely one of corporate survival, but of what nations and institutions become when the tools they once borrowed are taken away. Whether Huawei's self-sufficiency represents genuine independence or a workaround constrained by invisible ceilings remains the defining question of its next chapter.
On October 3, 2026, Richard Yu — three decades into his tenure at Huawei and now chairman of its Consumer Business Group — stood before international media in Shenzhen to make a case for technological self-determination. The backdrop was a company that had spent years rebuilding itself from the inside out, pouring more than 1.8 trillion yuan into R&D since 2007 and accelerating that investment to over 20 percent of annual revenue in recent years.
The headline innovation was LogicFolding, a chip architecture unveiled earlier in the year that stacks logic layers vertically and uses high-density interconnects to shorten signal paths and reduce latency. The technique is, in essence, a sophisticated workaround — a way to extract more performance from manufacturing processes that remain available to Huawei despite sanctions. The result is the Kirin 9050 Pro, powering the new Mate 90 series with a 31% performance gain over its predecessor and the ability to run a 30-billion-parameter AI model entirely on the device. Every component — modem, image processor, security chip, CPU, GPU, neural processing unit — is Huawei's own design.
Around this silicon core, Huawei has constructed an expanding digital world. HarmonyOS, born of necessity after the company lost access to Android's full ecosystem in 2019, now runs on more than 90 million devices across smartphones, tablets, and PCs. Its app library has grown to 450,000 titles, supported by 11 million registered developers. Yu described plans to take HarmonyOS global, positioning it as a genuine third alternative to iOS and Android — an ambition that would have seemed implausible just a few years ago.
Yet the limits of Huawei's recovery are visible. The company that once led global smartphone sales now ships only a few million units outside China each year. Yu acknowledged that advanced semiconductor capacity within China cannot yet meet the full scale of demand — from AI infrastructure chips to consumer handsets — and that memory price inflation has further constrained growth. Still, he pointed to Huawei's leadership in wearables, its resurgent tablet business, and its internationally growing mobile router segment as evidence that the path back to global relevance, however narrow, remains open.
Richard Yu stood before an international media roundtable in Shenzhen on October 3, 2026, carrying a message about technological self-sufficiency. As Executive Director and Chairman of Huawei's Consumer Business Group, Yu has spent more than three decades at the company—arriving in 1993 when it was still building its first program-controlled switches, staying through the wireless communications era, and now leading its push into what the company calls an AI-powered seamless life across five domains: smart travel, office work, home automation, fitness, and entertainment.
The foundation for this ambition rests on extraordinary investment. Between 2007 and 2025, Huawei poured more than 1.8 trillion yuan into research and development, escalating from roughly 10 percent of annual revenue in the early years to over 20 percent recently. That commitment has yielded a portfolio of proprietary technologies that now forms the backbone of Huawei's consumer devices. The newly launched Mate 90 series smartphones run on the Kirin 9050 Pro chip, which delivers 31 percent higher overall performance than its predecessor. Every major component—the Balong modem, image sensor processor, mobile security processor, CPU, GPU, and the neural processing unit built on Huawei's Da Vinci architecture—comes from Huawei's own design teams.
The most significant breakthrough Yu highlighted is LogicFolding, a semiconductor innovation unveiled in May by He Tingbo, head of Huawei's Semiconductor Business Department. The technology works by vertically stacking logic layers within a chip and restructuring the circuit layout through high-density interconnects between layers, thereby shortening critical paths and reducing latency. This approach matters because Huawei faces genuine constraints: the company has limited access to advanced semiconductor manufacturing processes. LogicFolding represents a workaround—a way to squeeze more performance from the processes available. The Mate 90 series, powered by the Kirin 9050 Pro with LogicFolding, can run a 30-billion-parameter mixture-of-experts AI model directly on the device.
Beyond chips, Huawei is building an artificial intelligence layer across its ecosystem. The company offers Ascend compute infrastructure, large language models called openPangu, autonomous driving capabilities, and HarmonyOS Celia—positioned as Huawei's answer to Google's Gemini in the Android world. The strategy is to fuse AI computing power with domestic open-source models to help enterprises and industries globally increase productivity.
The centerpiece of this ecosystem is HarmonyOS, an operating system Huawei began developing in 2019 after years as a major contributor to Android. Today, more than 90 million devices—smartphones, personal computers, tablets—run HarmonyOS 6 or HarmonyOS 7, with that figure expected to reach 100 million by year's end. The app ecosystem has grown to over 450,000 applications and services. Eleven million developers globally have registered for HarmonyOS development, and Huawei counts more than 23,000 app innovation partners. Yu signaled that the company intends to gradually expand HarmonyOS into global markets.
This expansion comes after years of constraint. Since 2019, when Huawei faced restrictions on access to US technologies, the company has rebuilt its supply chain domestically. It designed its own operating system, developed basic tools and software in-house, and in 2023 resumed manufacturing smartphone chips within China. Yu framed this as liberation: by combining proprietary chips and HarmonyOS with China's domestic supply chain, materials, and semiconductor processes, Huawei has substantially reduced its dependence on American technology.
Yet the global smartphone market tells a different story. Huawei once held the number-one position worldwide. Today it sells only several million smartphone units outside China annually. The company is attempting a gradual return to overseas markets, and it points to other product categories as proof of concept. Huawei leads globally in wearables and holds the top position in many countries for TWS earphones. Its HarmonyOS-based tablets are performing strongly after the company lost access to Windows and Intel x86 chips. Mobile routers—devices that bring connectivity to remote and rural areas—are also gaining traction internationally.
When asked directly whether LogicFolding chips would appear in more phones, Yu confirmed they would. He acknowledged that advanced semiconductor production capacity in China remains insufficient to meet rapidly growing demand, particularly from Huawei's Ascend AI chips and smartphone requirements. Rising memory component prices over the past two years have also constrained smartphone sales. Still, Yu said current capacity is generally sufficient for Huawei's near-term shipment needs, though the company hopes China's semiconductor industry will expand capacity so Huawei can manufacture more advanced products for both domestic and overseas markets.
Citas Notables
More of our phones will definitely use these LogicFolding chips in the future— Richard Yu, Executive Director and Chairman of Huawei Consumer BG
Production capacity for advanced semiconductors in China still cannot meet the rapidly growing demand— Richard Yu
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