Biostrap
Biostrap
Biostrap
Biostrap
Biostrap
The World's First
Machine Learning Wearable
The World's First Machine Learning Wearable
The World's First
Machine Learning Wearable
ROLE Interactive Creative Direction
UX Design
UI Design
ROLE Interactive Creative Direction
UX Design
UI Design
ROLE Interactive Creative Direction
UX Design
UI Design
ROLE
Interactive Creative Direction
UX Design
UI Design
ROLE Interactive Creative Direction
UX Design
UI Design
With an ever growing and competitive wearables market, it was important that I not only created a UX & UI design that was distinguishable from it’s competitors, but also simple enough that a user of any age could easily understand how to track their health data without any confusions.
The result was a UI that felt fresh and energizing across multiple devices (Web & Mobile). By using a high-contrast design system and a modern color pallete which felt alive, the data, numbers, and stats were able to standalone adding to their significance.
EXPERIENCES: Web, Tablet, Mobile
AGENCY: Independent
Biostrap is the world’s first machine-learning wearable device.
It’s algorithms are able to detect and analyze any repetitious activity that you perform - including quantified reps,
duration, form, and consistency for every set.
Biostrap is the world’s first machine-learning wearable device. It’s algorithms are able to detect and analyze
any repetitious activity that you perform - including quantified reps, duration, form, and consistency for every set.
Biostrap is the world’s first machine-learning wearable device. It’s algorithms are able to detect and analyze any repetitious activity that you perform - including quantified reps, duration, form, and
consistency for every set.
Biostrap is the world’s first machine-learning wearable device. It’s algorithms are able to detect and analyze any repetitious activity that you perform - including quantified reps, duration, form, and consistency for every set.
Biostrap is the world’s first machine-learning wearable device. It’s algorithms are able to detect and analyze any repetitious activity that you perform - including quantified reps, duration, form, and consistency for every set.
