Galaxy Ring

Invisible Input,
Intent Amplified

Goal

The Samsung Galaxy Ring project explored how a minimal, always-worn device could evolve from passive health tracking into an active, ambient input layer across a connected ecosystem. The goal was to define a new interaction paradigm - enabling users to express intent instantly without reaching for a screen. This required rethinking input from first principles: reducing friction, increasing contextual awareness, and enabling seamless control across devices like phones, TVs, and smart home products.

My Role

I led both the strategic vision and interaction design, developing a three-year roadmap that positioned the ring as a lifestyle companion. I translated this vision into prototypes, designing a gesture-based input system powered by a 9-axis accelerometer. Central to this was a gesture activation framework that determined when to listen for input -reducing false positives while preserving immediacy. This included defining contextual activation windows, leveraging cross-device validation, and filtering unintended motion like typing or fidgeting.

To validate the concept, I led qualitative and large-scale quantitative research to identify high-value use cases and refine interaction models. I also created functional and Wizard-of-Oz prototypes and video narratives that translated complex ideas into compelling experiences, helping align stakeholders and contributing to Samsung’s broader vision for ambient computing.