AI-Powered Interfaces That Adapt to You
From Healthcare to Highways to the Battlefield—MyUI.AI Makes Technology Work for Everyone
The MyUI Ecosystem
Welcome to the Future of Human-Machine Interaction
MyUI.AI creates intelligent, adaptive interfaces that respond to each user’s unique visual, cognitive, and interaction needs. Built on cutting-edge AI and human-centered design, our platform enables digital systems—across industries—to automatically reconfigure themselves in real time, creating more inclusive and effective experiences.
Whether you're building a resident kiosk in senior living, a digital cockpit for the automotive market, or tactical systems for military operators, MyUI.AI ensures your interface works for everyone.
Inclusive by
Design
Rooted in accessibility research and inclusive UX principles
Flexible and
Scalable
Deploy across web, mobile, kiosk, and embedded systems
Data-light and
Secure
No persistent tracking or sensitive data storage required
Research-backed
Development
Developed through research at Clemson University
How It Works
Cloud-Based Portable Profiles
Our adaptive technology transforms traditional digital systems into smart, responsive environments tailored to the individual. Using a lightweight visual, perceptual, cognitive, and interactive assessments, MyUI.AI dynamically adjusts key interface components such as:
- Color contrast and themes
- Text and icon sizing
- Layout density and spacing
- Input methods and interaction models
- Cognitive complexity and navigation flow
The result: a personalized interface that maximizes clarity, usability, and accessibility—without sacrificing performance or branding.
01
Personalized Assessment
We begin with a series of brief (3-10 second) interaction "games" that evaluates factors like color perception, contrast sensitivity, and interaction preferences. This quick step ensures we gather meaningful insights without creating friction for the user.
02
Intelligent Model Processing
The assessment data is securely processed by our proprietary machine learning engine. This model interprets the user’s unique sensory and cognitive profile to identify optimal interface parameters.
03
Adaptive Interface Deployment
Based on the model’s prediction, our AI dynamically configures the user interface—adjusting visual design, layout density, interaction method (touch, voice, etc.), and overall complexity—to ensure a seamless and accessible user experience across devices.
The MyU.AI Ecosystem
Adaptable Interfaces for Every Environment
From public kiosks to home appliances to connected vehicles, MyUI transforms everyday interactions through real-time interface adaptation powered by behavioral AI. Our system collects data in seconds using brief, accessible minigames—delivering interfaces uniquely tuned to each user.
Kiosks: Public-Facing Interfaces Made Personal
Self-service kiosks in healthcare, government, and senior living environments often create usability barriers for older adults and individuals with disabilities. MyUI improves accessibility by instantly adapting interface complexity, input zones, and visual contrast based on each user’s interaction profile. This leads to greater confidence, reduced abandonment, and equitable digital access in public spaces.
Consumer Appliances: Smarter, Safer Interactions at Home
Home appliances with digital controls—such as smart ovens, washing machines, or thermostats—often present usability challenges for individuals with low dexterity, vision loss, or cognitive impairments. MyUI enables embedded displays to self-adapt in real-time, modifying button spacing, contrast, and layout flow based on natural interactions captured during a brief calibration session. This ensures safer and more intuitive control for a broader range of users.
Automotive: Personalized Interfaces That Drive with You
In the vehicle cabin, drivers interact with infotainment and control panels under a wide range of physical and cognitive conditions. MyUI dynamically adjusts interface layout, interaction modality (e.g., voice vs. touch), and visual hierarchy based on behavioral data captured from minigames—such as tracking swipe precision or touch targeting. The result is a safer, more personalized experience that reduces cognitive load while enhancing accessibility across age and ability levels.
