Space that Responds
to your Sleep and Rest
A closed-loop AI platform that reads your biosignals in real time and shapes sound, light,
and environment around every stage of sleep.
Published in Sleep (Oxford, SCI) · Ministry of Trade, Industry and Energy Award
OXFORD SLEEP Journal (SCI)
2024
Core Technology Registered & 11 Patents Filed
Awarded the Ministry of Trade, Industry and Energy
2026
Proven in clinical testing.
Sleep Latency
51%
↓
6.1 min vs 12.5 min
SNUBH
(N=15)
WASO
36.5%
↓
38.1 min vs 60.0min
Ajou University Hospital
(N=54)
Total Sleep Time
6.7%
↑
413.4 min vs 387.6 min
Ajou University Hospital
(N=54)
Sleep efficiency
5.2%
↑
89.6 min vs 84.4 min
Ajou University Hospital
(N=54)
Cortisol levels
32%
↓
677.8 vs 987.8 pg/mL
Korea Univ.
(N=15)
Sleep data piles up. Sleep environments don't.
Wearables
Measures, but doesn't intervene
Sleep apps
Content exists, personalization doesn't
IoT Device
Devices exist, nothing connected
One closed-loop AI. Four real-time steps.
01 SENSE
Real-time biosignal monitoring
Heart Rate / Heart Rate Variability
Respiration Rate / Movement
→
02 ANALYZE
Sleep Stage & Trend Analysis
Sleep Architecture, Muscle Tone,Arousal
04 CONTROL
Spatially Scalable Integrated Control
Lighting, Speakers, Curtains, Bed, and HVAC
←
↓
03 STIMULATE
Closed-Loop Tailored Stimulation
State-Adaptive Sound & Circadian Lighting
↑
AI Engine
Closed-Loop
Our Solution : Sound, Light, Sense
Personnalized Brainwave Audio Engine
Biometric-synced mono/binaural beats that stabilized brainwave states for faster sleep onset,
deeper rest, and improved focus.
Melatonin-Safe Circadian Lighting
Real-time control of brightness and color temperature that minimized melatonin suppression and
supports natural, restorative sleep cycles.
Unified Biometric Environment Engine
Real-time biometric and environmental sensing that interprets sleep states and intelligently adapts
surrounding conditions for optimal rest.
One Engine for Every Space You Stay
Smart Home
& Bed
Hotel
Mibility
Senior caring center