Red Dot Winner Uses AI to Help People Breathe Safer

Checking if the air around you is safe to breathe just got as simple as a hand wave.

Yanice Yang, a researcher based in New York, won the prestigious Red Dot Design Award for Breezy, a technology that turns complex air quality data into something anyone can access with natural gestures. Instead of fumbling with apps or complicated sensors during health emergencies, users simply move their hands to get real-time information about the air they're breathing.

Yang's breakthrough comes from years of deep research into how computers can understand human movements. She developed systems using artificial intelligence that recognize 3D hand gestures with remarkable accuracy, reducing the mental effort needed to access critical health data by 31%.

The technology couldn't come at a better time. As cities worldwide struggle with air pollution and respiratory health challenges, Breezy offers a practical solution that doesn't require technical expertise or even looking at a screen.

What makes Yang's work special is how she transforms complex academic research into tools that protect real people. Her papers on generative AI and computer vision aren't just theoretical exercises. They're the foundation for technology that responds to users naturally, adapting to individual needs without complicated instructions.

The system uses optimized neural networks to process environmental data instantly. When air quality drops to dangerous levels, users can check conditions and make informed decisions about outdoor activities, exercise, or whether to wear protective masks.

Yang has also earned the iF Design Award, MUSE Platinum Winner, and Vega Digital Awards Gold for her innovations. Trained at the University of Michigan and Pratt Institute, she continues publishing research that shapes how humans interact with smart technology.

The Ripple Effect

Yang's gesture-based health monitoring shows how AI can serve public health on a massive scale. Her energy-efficient designs mean cities could deploy these systems widely without straining power resources.

The implications stretch beyond air quality. Her framework for creating adaptive interfaces could transform how people access emergency health information, making critical data available to everyone regardless of age or technical skill.

"We can create technology that doesn't just inform the user, but protects them by making critical data as accessible as the air we breathe," Yang explains.

In a world where health risks grow more complex, Yang proves the best solutions make protection simpler, not harder.