Nuvacore is the kind of startup that makes Big Tech quietly check its locks.
It popped up in 2025 with a résumé that reads like a greatest-hits album from Apple Silicon and Qualcomm’s best CPU work, and it just pulled in$85 millionin Series A money led by Andreessen Horowitz, according to filings with theSecurities and Exchange Commission.
The pitch is simple: build a new mobile processor architecture that can go toe-to-toe with the two companies that run the show, Apple at the high end, Qualcomm across most premium Android phones. The execution? That’s the hard part. But the people involved aren’t exactly rookies.
The founders aren’t “ex-Apple.” They’re “built the M1” ex-Apple
Technical operations are being led byJonathan Dupont, described as a former technical director on Apple’s Silicon team. Per the reporting, he oversaw development of theM1 and M2chips from2019 to 2024before leaving Cupertino.
Alongside him:Maria Santos, a former lead for Qualcomm’sOryonCPU architecture, the custom ARM-based cores Qualcomm has been betting on to claw back performance leadership.
Nuvacore’s bench reportedly includes15 engineersdrawn from Apple, Qualcomm, and Arm Holdings. In Silicon Valley terms, that’s not a huge headcount. In chip-design terms, it’s a very specific kind of firepower: the people who know where the bodies are buried in modern mobile CPU design.
The company is headquartered inPalo Alto, California, and plans to open anR&D center in Israelby the end of2026, a familiar move in an industry that treats Israel like a second home for serious silicon engineering.
A $32B market where Apple and Qualcomm eat first
The timing isn’t subtle. Gartner pegs the smartphone processor market at$32 billion in 2026. And most of that money flows through two pipes.
Apple controls its own destiny with its A-series iPhone chips and the M-series that spread across Macs and iPads. Qualcomm, meanwhile, supplies the brains for a big chunk of high-end Android through Snapdragon.
MediaTekis the other major name, but it’s been strongest in midrange and value devices, exactly where margins and bragging rights are thinner.
This duopoly has consequences. Android phone makers live and die by Qualcomm’s roadmap and pricing.Samsunghas tried to break the habit with its in-houseExynosprocessors, but “mixed results” is the polite way to describe why many top-tier Galaxy models keep crawling back to Snapdragon.
If Nuvacore can deliver competitive performance at a price that doesn’t make OEMs wince, it could become the escape hatch a lot of Android brands have wanted for years. And yes, the Chinese manufacturers,Xiaomi, Oppo, OnePlus, are watching closely, because reducing dependence on U.S. suppliers isn’t just a business goal anymore. It’s geopolitics with a bill of materials.
Nuvacore’s bet: a hybrid ARM + RISC-V approach
The differentiator, according to sources close to the company: a hybrid processor design that blendsARMwithRISC-V.
ARM is the established king of mobile. RISC-V is the open architecture that keeps making executives smile because it can dodge expensive licensing, and keeps governments interested because it’s a path away from Western-controlled tech stacks.
RISC-V has been gaining real traction in China, where companies have been hunting for alternatives.Alibaba, through its chip armT-Head, has already built RISC-V processors aimed at cloud servers.
But here’s the buzzkill: building a truly competitive mobile processor is slow, expensive, and brutally unforgiving. Industry standards put it at3 to 5 yearsof R&D. And the earliestNuvacore samples reportedly aren’t expected until 2028.
Then comes the software problem. Hardware doesn’t win alone; ecosystems do. Apple pulled off its Mac transition withRosetta, an emulation layer that made old apps behave while developers caught up. If Nuvacore is serious about a new hybrid architecture, it’ll need its own version of that “don’t panic” bridge, or it’ll be asking developers and device makers to take a leap they won’t take.
And the prize isn’t limited to phones. Mobile-class processors now power laptops, tablets, and a growing pile of connected devices. Apple proved that once you own the silicon, you can reshape the whole product line. Nuvacore clearly wants a shot at that playbook, just without Apple’s trillion-dollar safety net.
