designed for overstimulated minds, this wearable device shifts visuals with brain activity

eeg device lize integrates neuro sensing into minimal form

LIZE is a conceptual wearable device designed to support mental health by responding to the user’s brain activity. Excessive exposure to digital content can cause cognitive fatigue and negative mental states. LIZE aims to reduce these effects through adaptive AR experiences. Electrodes placed on the forehead and behind the ears measure brain signals (EEG) in real time. Based on this data, the device adjusts AR visuals and algorithms, creating a calmer and more restorative environment for the user.

Developed as a neuro-responsive headset, the project explores how brain sensing can move beyond clinical equipment into a more accessible and emotionally considerate product. The design begins with the precise placement of EEG electrodes across the forehead and behind the ears, translating these technical requirements into a form that avoids the bulk and visual complexity of traditional medical devices. A system of two intersecting loops defines the structure, with an outer loop establishing a clear silhouette and an inner loop supporting the sensor array for consistent contact with the head.

minimal visor balances technology and emotional presence

The resulting form is smooth, continuous, and minimal, combining technical precision with a calm visual identity. A dark, seamless visor gives the device a composed and protective character, while softened geometry and reduced part lines create a refined, less mechanical appearance.

By merging sensor logic with a sculptural wearable form, LIZE presents neuro-responsive technology as something more considered and human-centered. Instead of simply monitoring the user, the device suggests a more restorative relationship with digital environments, where technology quietly supports well-being rather than dominating attention.

project info:

name: LIZE
designers: Chaewon Lee, Seunghyun Ko