Qualcomm CEO Reveals 40+ AI Wearable Designs as Company Launches Two Post-Smartphone Platforms

The smartphone has been the dominant personal computing platform for nearly two decades. Qualcomm has been inside most of them, powering Android flagships, mid-range devices, and increasingly the AI capabilities that define what modern phones can do. But Qualcomm’s CEO Cristiano Amon is now making a pointed argument: the phone’s reign as the primary computing device may be ending, and the company intends to be positioned for whatever comes next.

On Tuesday, Amon revealed that Qualcomm is working with over 40 different AI wearable device designs, spanning jewelry, camera-equipped earbuds, pins, and watches. Alongside that disclosure, the company announced two concrete products designed to turn that pipeline into a market.

Two Products, One Strategic Direction

The first announcement is Snapdragon Reality Elite, a new platform specifically designed for mixed-reality glasses, built to run more powerful on-device AI than its predecessor. The second is START, the Scalable Turnkey AI-Ready Toolkit, a combination of hardware modules and a software stack aimed at AI devices, beginning with smart glasses.

Together, the two platforms address different points on the market spectrum. Snapdragon Reality Elite targets higher-end, performance-demanding mixed-reality applications. START is aimed at lowering the barrier to entry for hardware makers who want to build AI wearables without developing the underlying silicon and software infrastructure themselves.

Snapdragon AI wearables: The Numbers

Compared to Qualcomm’s previous XR platform, Snapdragon Reality Elite delivers significant performance improvements across every major processing dimension. GPU performance improves by up to 60 percent. CPU performance gains reach up to 30 percent. Most significantly for AI applications, NPU performance, the neural processing unit that handles on-device machine learning tasks, improves by up to 160 percent.

One concrete data point Qualcomm offers to contextualise those gains: the platform can run a 3-billion-parameter language model at 45 tokens per second. For users, that translates to AI interactions that feel immediate and responsive rather than delayed, the difference between an assistant that answers in real time and one that makes you wait.

On the visual side, Snapdragon Reality Elite supports 4.4K per-eye resolution at 90 frames per second, a modest but meaningful step up from the 4.3K per-eye resolution of the XR2+ Gen 2. Higher per-eye resolution and frame rate matter most for reducing the motion sickness and eye strain that have historically made extended mixed-reality headset use uncomfortable for many people.

The platform is designed to support two distinct device types: stand-alone video-see-through headsets, which layer digital content over a live camera feed of the physical world, and lightweight, tethered optical-see-through glasses, which blend digital imagery directly into the user’s natural field of view. Among the first devices confirmed to use it are the XREAL Project Aura, shown at Google I/O earlier this year, and an upcoming device from Play for Dream.

START: The White-Label Route to AI Wearables

Where Snapdragon Reality Elite is a performance platform for sophisticated mixed-reality devices, START takes a different approach. It bundles an AR chip, a software platform, companion apps, and a white-label program designed to get hardware makers to market faster by giving them a ready-made foundation to build on.

Through the white-label program, Qualcomm is offering three reference designs: an audio-plus-camera configuration similar to Meta’s Ray-Ban smart glasses, a monocular display setup, and a binocular display. Hardware makers can take these reference designs and build their own products around them without starting from scratch on either the chip architecture or the software stack.

Eyewear manufacturers Inspecs and O’Neill, the latter owned by TitanFlex, are among the first confirmed partners in the program. Qualcomm has indicated START will expand beyond smart glasses to support other wearable form factors in the future.

The strategic logic behind START is significant. One of the persistent barriers to innovation in hardware is the cost and complexity of chip development. By offering a white-label foundation, Qualcomm is effectively inviting a new generation of hardware startups and established eyewear brands to enter the AI wearables market without needing semiconductor expertise, much the same way Android once allowed device makers to build smartphones without developing their own mobile operating systems.

Amon’s Vision: Wearables That See the World With You

Speaking to CNBC, Cristiano Amon articulated the strategic logic connecting both announcements. As AI companies seek more real-world context to power their agents and assistants, he argued, a new wave of hardware startups building novel form factors will emerge, with significant implications for established smartphone players including Apple and Samsung.

“I think there’s going to be a lot of experimentation with different form factors,” Amon said, citing the 40-plus device designs currently in development. His description of the ideal AI wearable device was specific: something you wear, something that is with you all the time, something that can see the world around you, providing context and enabling access to an AI agent through natural conversation.

That framing, always-on, context-aware, physically present, describes something fundamentally different from a smartphone. A phone is a device you pick up and put down. The wearable Amon is describing is a device that is always observing, always available, and always connected to an AI layer that understands your environment in real time.

What This Means for the Smartphone

Qualcomm is not predicting the smartphone’s imminent death; the company still derives the vast majority of its revenue from mobile chips, and Snapdragon processors will continue powering Android devices for the foreseeable future. But the dual announcement of Snapdragon Reality Elite and START, combined with Amon’s public disclosure of 40-plus wearable device designs in development, signals that Qualcomm is actively preparing for a transition rather than simply defending its existing position.

The company is explicitly positioning itself as the foundational silicon layer for the post-smartphone computing era, whatever form that takes. By investing now in platforms that lower the barrier for new device categories, Qualcomm is attempting to replicate in wearables the dominant position it built in mobile: be the chip inside the device that everyone ends up carrying.