Snapdragon Summit Shows Where Fitness Could Be Headed Next

Qualcomm’s latest chip and audio platforms point to a future where earbuds, glasses and other wearable devices become more useful across fitness and wellness

Qualcomm brought the Snapdragon Summit back to Maui last month, using its annual technology event to unveil new mobile and audio platforms and lay out its vision for how the devices consumers use every day could become more connected and capable.

“Agentic AI” was at the center of that vision. Across the Summit, Qualcomm showed how it expects AI to move beyond answering individual questions and toward systems that can understand more context, remember information and work across devices to help complete tasks.

The company positioned the smartphone as a central hub for that experience, with watches, earbuds, glasses and other devices feeding into a broader personal ecosystem.

The conference coincided with Meta Connect, the company’s annual developer and product event, where Meta introduced Muse, a new personal AI agent that will be integrated into its smart glasses. Meta’s smart-glasses lineup already runs on Qualcomm’s Snapdragon platforms, including the Snapdragon AR1 used in Ray-Ban Meta and Oakley Meta devices. Muse is designed to retain context, work across connected services and take actions on a user’s behalf, extending that model beyond the phone and into a device worn throughout the day.

For fitness and wellness tech, agents can now act on data in real time. A platform can pull from a user’s sleep, recovery, heart-rate and training data, recognize what they are doing in the moment and adjust a workout, surface guidance or coordinate across devices without requiring the user to manually piece everything together. Muse’s new ads are even showing fitness use cases, where the agentic AI coaches athletes mid-run.

Moving Away from the Cloud

One of the more consequential shifts Qualcomm emphasized at Summit was moving more processing directly onto the device.

Its new Snapdragon 8 Elite Extreme Gen 6 and Snapdragon 8 Elite Gen 6 mobile platforms are designed to handle larger, more complex workloads on-device, reducing the need to constantly send information back to the cloud. Qualcomm says the new platforms are built to support longer context, more personalized interactions and AI experiences that can work across multiple inputs and applications.

The shift could have large implications for health data, particularly as fitness and wellness platforms begin handling more sensitive information. Today, many AI-powered health tools rely on cloud processing, which can require data to leave the device before an insight is generated. Moving more of that work onto a phone or wearable could allow information such as heart-rate trends, blood-oxygen readings or other health metrics to be analyzed locally instead. Qualcomm highlighted on-device health coaching as a use case for its wearable platforms, including monitoring heart rate, blood oxygen, temperature and fatigue during exercise.

Athlete safety is another use case. Runners and cyclists increasingly rely on live tracking, route guidance and safety features, all of which involve precise location data. Qualcomm’s wearable platforms already support on-device intelligence for geofencing, alerts and location tracking, while its smartwatch technology is designed to support emergency messaging and location services even outside normal cellular or Wi-Fi coverage.

For an athlete, that could mean a device recognizing that someone has gone off-route, stopped unexpectedly or entered a predefined area while processing more of that location information locally rather than continuously relying on the cloud.

Smart Glasses Become a New Fitness Interface

As more intelligence moves onto devices, smart glasses are emerging as one of the more interesting ways to deliver that information back to the user.

Strava is already experimenting with how smart glasses can fit into the workout experience. Athletes can pair activity data with photos or videos captured through Oakley or Ray-Ban Meta glasses and overlay metrics including pace and heart rate onto the footage.

Qualcomm showed another version of the category at Snapdragon Summit with Snap’s Specs. The standalone, see-through glasses place digital content directly into the wearer’s view and run on Snapdragon XR technology. ATN previewed the glasses, where the effect was closer to seeing digital information layered onto the physical environment than checking another screen. Snap and Qualcomm also signed a multi-year agreement earlier this year to use Snapdragon XR platforms in future Specs generations.

For fitness, that opens up applications that go beyond content capture. Route guidance could sit directly in front of a runner or cyclist. Interval prompts or workout cues could appear without forcing someone to look down at a watch. Longer term, a training platform could combine what the glasses can see with data coming from a watch, phone or other wearable to make guidance more responsive to the user’s surroundings.

Bose also recently launched its Ultra Open Earbuds (2nd Gen), which support Snapdragon Sound with aptX Adaptive on compatible Android devices, and allow for greater awareness of ones surroundings (and the ability to pair the headphones with smart glasses).

Qualcomm Expands Across the Fitness Ecosystem

Qualcomm’s push extends beyond phones, glasses and earbuds. At the Snapdragon Summit, the company also highlighted new Snapdragon-powered PCs and deeper partnerships with manufacturers including ASUS, Microsoft, Samsung and others.

ASUS, for example, is bringing Qualcomm’s newest Snapdragon X2 processors to its next generation of laptops. Qualcomm is applying the same on-device processing strategy across categories, allowing more complex AI tasks to happen locally instead of relying entirely on the cloud. For fitness and wellness companies, that could matter as coaching, telehealth and health-data platforms increasingly span phones, wearables and larger-screen devices rather than living in one app or one form factor.

Samsung is another major piece of Qualcomm’s fitness and wellness push. The company’s new Galaxy Watch9 and Galaxy Watch Ultra2 run on Snapdragon Wear Elite, the first Snapdragon platform to power Samsung’s Galaxy Watch lineup. Qualcomm says the platform is built around advanced sensor fusion and on-device processing, while Samsung is using the watches to deliver more personalized guidance across sleep, cardiovascular health, exercise and recovery.

The fitness features are also getting more specific. Galaxy Watch Ultra2 added a Trail Run mode with real-time elevation, climbing progress and cumulative ascent and descent data, while Samsung Health now uses body composition and workout history to assess training volume and recovery. The watch can also estimate sweat loss and recommend fluid intake during longer workouts.

The Snapdragon Summit showed firsthand just how blurred the lines between different ecosystems are becoming in the fitness and wellness world. Connected fitness and in-person experiences are increasingly converging, and the latest tech developments foreshadow a world in which wearables, phones, glasses and audio devices increasingly move with the user across both, carrying data, coaching and context from one environment into the next.