Sleep Research
LG Electronics unveils wireless earphone to get people into deep sleep
Original Article By: Adam Ang
LG Electronics has developed a wireless earphone called Breeze that uses brain wave technology to help users sleep comfortably. The device, which is produced by LG's independent company SleepWave, can be worn while sleeping and plays brain wave-based sounds in varying frequencies to induce brain waves that promote sleep or transition to deep sleep.
Breeze has up to 80 built-in sounds for individuals to choose from, all of which trigger an ASMR (Autonomous Sensory Meridian Response). It also has an accompanying mobile app that collects and analyzes sleep data to suggest a sleep care routine and can track sleep and wake times, sleeping positions, and steps taken during the day.
The technology was tested with about 1,000 users in the past quarter and is set to be launched in South Korea in the first half of the year. LG Electronics has also signed a sleep research deal with South Korean startup Asleep to incorporate Asleep's sleep diagnosis technology into LG's home appliances.
References
Ang, A. (2023, January 3). LG Electronics unveils wireless earphone to get people into deep sleep. MobiHealthNews. Retrieved January 5, 2023, from https://www.mobihealthnews.com/news/asia/lg-electronics-unveils-wireless-earphone-get-people-deep-sleep
Revolutionizing data management & analysis in sleep health and population health research.
Clinically validated, fully featured, AASM compliant, Cloud-AI powered automatic sleep scoring system.
Sleep Research
Narcolepsy: Exploring Current Research and Innovation
Sleep Research
Advancements in Narcolepsy research: Insights from SLEEP 2024
Sleep Research
A New Frontier in Technology-Enabled Biomarker Discovery and Sleep Disorder Diagnosis: Moving Past Traditional AHI and Highlighting Ventilatory Burden
Sleep Research
Study Emphasizes Prioritizing Sleep Regularity Over Quantity or Quality for Impact on OSA and Hypertension Management
Sleep Research
Breathing Life into Memories: The Role of Respiration in Sleep-Induced Memory Consolidation
Sleep Research