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Healyan

Healyan develops wearable technology that combines photostimulation and algorithm-driven soundscapes to enhance cognitive performance and facilitate recovery in users. The platform addresses chronic stress and information overload by providing personalized light and sound experiences tailored to individual wellness needs.

Berkeley, United StatesFounded 20227500+ followers
Updated 4 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Many individuals experience chronic stress, difficulty focusing, and sleep disturbances due to the demands of modern life and information overload. Existing solutions often lack personalization and convenient integration into daily routines.

Solution

Healyan offers a wearable device that utilizes photostimulation and algorithm-driven soundscapes to improve cognitive function and promote relaxation. The glasses combine precisely timed light patterns with synchronized audio to either boost focus and energy or encourage relaxation and recovery, depending on the selected mode. Users can personalize settings via a mobile app, adjusting light brightness and rhythm to suit their individual needs. The device is designed for daily use, with sessions as short as 10 minutes, to help users manage stress, improve sleep quality, and enhance cognitive performance.

Target Audience

The primary target audience includes professionals, students, and anyone seeking to improve their cognitive performance, manage stress, and enhance their overall well-being through personalized light and sound therapy.

Features

  • Wearable glasses employing photostimulation technology to influence brain activity
  • Algorithmic engine that analyzes audio data in real-time and synchronizes it with light sequences
  • Broad-spectrum light designed to mimic natural sunlight
  • Personalized audio integration via LE Audio technology
  • Mobile app for adjusting light brightness and rhythm
  • Pre-set themes for focus, energy, relaxation, and sleep
  • Integration of soundscapes to complement light stimulation
This profile is AI-generated and may contain inaccuracies.