From Shenzhen, a company that once stood at the edge of collapse now charts a careful return to the world stage — not through borrowed technology, but through a decade of self-imposed reinvention. Huawei's unveiling of its LogicFolding chip architecture and the maturation of HarmonyOS represent something larger than product announcements: they are the artifacts of a civilization-scale industrial reckoning, born from sanctions and sustained by will. The question before the global technology order is no longer whether Huawei can innovate independently, but how the world will receive a China that
Huawei Touts Homegrown Tech Breakthroughs as It Rebuilds Global Smartphone Presence
Huawei has basically gotten rid of dependence on US technologies
Mark
So Huawei spent 1.8 trillion yuan over eighteen years on R&D. That's a lot of money. But the real question is whether any of it actually works. Does the Kirin 9050 Pro chip actually perform better, or is that 31 percent figure just marketing?
Mimi
The 31 percent improvement is what Huawei claims for the Mate 90 series. Independent benchmarks will tell us if that holds up in real use. But the LogicFolding technology is real—it's a structural innovation in how chips are designed, not just a clock speed bump. The fact that it can run a 30-billion-parameter AI model on-device is significant.
Luke
Wait. Let's be careful here. Huawei says the performance is 31 percent higher. We don't have third-party verification of that number yet. And running a 30B model on-device sounds impressive until you ask: compared to what? How fast does it run? How much power does it use? Those details matter.
Mark
Fair point. Now, HarmonyOS has 90 million devices. That sounds huge. But how many of those are actually in use? How many people actively use HarmonyOS versus, say, Android or iOS?
Mimi
Ninety million devices is the installed base—phones, tablets, PCs, wearables, all of it. But you're right to push back. That's not the same as active users or market share. Most of those devices are probably in China. The real test is whether HarmonyOS can gain traction outside China, where iOS and Android are entrenched.
Luke
And Huawei hasn't said how many of those 90 million are actually active. Are they counting devices that shipped with HarmonyOS but were never turned on? Devices that were updated to HarmonyOS but then reverted? We don't know. The 450,000 apps figure is also worth questioning—how many of those are actually useful, versus abandoned or duplicate apps?
Mark
Yu said Huawei is considering a gradual return to global markets. That's vague. Does he mean next year? Five years? And which markets?
Mimi
He didn't specify. But the pattern he outlined is clear: start with wearables and tablets, where Huawei already has momentum, then use those to build trust and ecosystem lock-in before pushing smartphones again. It's a smart strategy if you're rebuilding from zero.
Luke
It's also the only strategy available to them. They can't just drop a phone in Europe or the US and expect people to buy it. They need to prove HarmonyOS works, prove the chips are reliable, prove the supply chain is stable. That takes time. And it assumes no new sanctions or trade restrictions, which is a big assumption.
Mark
The semiconductor capacity constraint is real, though. China can't make enough chips for both Huawei's phones and the country's AI infrastructure. How does Huawei decide who gets the chips?
Mimi
Yu said they have a requirement plan that covers both. But he also admitted production is tight. In practice, that probably means Huawei's AI business—the Ascend chips for data centers—gets priority, because that's where the money is. Consumer phones come second.
Luke
Exactly. And Yu didn't say how long that bottleneck will last. Is it a year? Five years? If China's semiconductor industry can't scale fast enough, Huawei's global comeback could stall before it even starts.
El Pulso
- Huawei's Kirin 9050 Pro chip — built entirely in-house and 31% faster than its predecessor — signals that the company has moved from survival mode into genuine technological ambition.
- HarmonyOS now anchors 90 million devices and 450,000 apps, quietly establishing a third global operating system ecosystem where many once assumed only two could survive.
- The path back to global smartphone dominance is narrow: semiconductor production capacity inside China cannot yet keep pace with both consumer demand and the country's surging AI infrastructure needs.
- Huawei is threading the needle through wearables, tablets, and mobile routers — product categories where it already leads internationally — using them as a beachhead for a broader market return.
- Memory prices, constrained chip supply, and an unspecified global rollout timeline mean the company's ambitions are real but rationed, advancing region by region rather than all at once.
From Shenzhen, a company that once stood at the edge of collapse now charts a careful return to the world stage — not through borrowed technology, but through a decade of self-imposed reinvention. Huawei's unveiling of its LogicFolding chip architecture and the maturation of HarmonyOS represent something larger than product announcements: they are the artifacts of a civilization-scale industrial reckoning, born from sanctions and sustained by will. The question before the global technology order is no longer whether Huawei can innovate independently, but how the world will receive a China that has learned to build its own foundations.
On October 3, Huawei convened international press in Shenzhen to present what amounts to the most consequential chapter in its corporate history. Richard Yu, who has been with the company since its days building telephone switches in 1993, walked journalists through the results of a forced transformation — one that began when U.S. sanctions in 2019 severed Huawei's access to advanced chips and software, threatening to unravel everything the company had built.
Rather than retreat, Huawei turned inward. Over the years spanning 2007 to 2025, it invested more than 1.8 trillion yuan — roughly a fifth of annual revenue — into research and development. The results are now shipping. The Mate 90 series runs on the Kirin 9050 Pro, a chip whose every major component was designed by Huawei itself. The architecture behind it, called LogicFolding, stacks logic layers vertically rather than spreading them flat, shortening signal paths and improving both speed and efficiency. The phone can now run a 30-billion-parameter AI model entirely on-device.
HarmonyOS, Huawei's answer to iOS and Android, has grown into a genuine ecosystem: 90 million devices, 450,000 apps, and 11 million registered developers. Smartphones, tablets, smartwatches, televisions, and home routers all run it. Huawei expects to cross 100 million devices before the end of 2026, with cautious eyes on international expansion.
The global smartphone business remains a shadow of what it once was — Huawei, formerly the world's top seller, now moves only a few million units outside China each year. But Yu pointed to wearables, tablets, and mobile routers as categories where the company is already competing and winning internationally, treating them as the leading edge of a broader return.
The central constraint is supply. China's semiconductor industry cannot yet produce enough advanced chips to satisfy both Huawei's consumer ambitions and the country's rapidly expanding AI infrastructure. Yu acknowledged the tension plainly, expressing hope that domestic manufacturing capacity would grow — while confirming that for now, every chip is being allocated with care.
Huawei gathered international journalists in Shenzhen on October 3 to lay out its strategy for reclaiming global smartphone market share through homegrown technology. Richard Yu, the company's consumer business chief, spent the afternoon walking through a decade of R&D investment, a new chip architecture, and an operating system that now runs on more than 90 million devices worldwide.
Yu has been at Huawei since 1993, when the company was still building telephone switches. He watched it grow into a telecommunications giant, then watched it nearly collapse when the United States cut off access to advanced semiconductors and software in 2019. That crisis forced a reckoning. Huawei had to design its own chips, build its own operating system, and construct a domestic supply chain from scratch. Between 2007 and 2025, the company poured more than 1.8 trillion yuan—roughly 20 percent of annual revenue in recent years—into research and development. The payoff is now visible in the products arriving in stores.
The Mate 90 series, which Huawei just released, runs on the Kirin 9050 Pro chip. Every major component—the modem, the image processor, the security processor, the CPU, the GPU, and the AI accelerator—was designed by Huawei. The overall performance is 31 percent faster than the previous generation. The breakthrough that made this possible is called LogicFolding, a technique unveiled in May by He Tingbo, head of Huawei's semiconductor division. Instead of laying out a chip's logic in a flat plane, LogicFolding stacks the layers vertically and rewires the connections between them to shorten the distance signals have to travel. This reduces latency and improves efficiency. The Mate 90 can now run a 30-billion-parameter AI model directly on the phone, without sending data to a server.
Huawei has also built HarmonyOS, a third major operating system alongside iOS and Android. Development began in 2019 as insurance against further sanctions. Today, more than 90 million devices run it—smartphones, tablets, PCs, smartwatches, earbuds, televisions, routers, and smart home controllers. The app ecosystem has grown to 450,000 titles. Eleven million developers have registered to build for the platform. Huawei expects to cross 100 million devices by the end of 2026. Yu said the company is considering a gradual expansion into global markets, though he did not specify a timeline or which regions would come first.
The company's global smartphone business has shrunk dramatically. Huawei once held the number-one market share worldwide. Now it sells only several million units outside China annually. But Yu pointed to other product categories where Huawei is already winning internationally. The company leads the global wearables market. Its tablets, which run HarmonyOS after being cut off from Windows and Intel chips, are performing strongly. Its mobile routers, which bring connectivity to remote areas, are gaining traction across multiple regions. These products are the beachhead for a broader return.
The constraint is semiconductor capacity. China's chip manufacturing industry cannot yet produce enough advanced processors to meet demand from both Huawei's consumer business and the country's booming AI infrastructure sector. When asked whether LogicFolding chips would appear in more phones, Yu confirmed they would, but acknowledged that production remains tight. Memory component prices have also spiked over the past two years, limiting smartphone sales volume. Yu expressed hope that China's semiconductor industry would ramp up capacity so Huawei could manufacture more advanced products for both domestic and overseas markets. For now, the company is managing allocation carefully, prioritizing the products and regions where it can gain the most ground.
Citas Notables
More of our phones will definitely use these LogicFolding chips in the future— Richard Yu, responding to questions about chip deployment across Huawei's smartphone lineup
Huawei is considering gradually bringing HarmonyOS to the global market in the future— Richard Yu, on international expansion plans for the operating system
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