We Advance Sleep With High-End, Fully Owned Technology
Artificial Intelligence (AI)
Built on the Llama-3.2-32B model, AI is at the forefront of the NOTT ecosystem, where it plays a crucial role in delivering personalized health insights and recommendations.
Through the continuous analysis of user-generated health data, AI algorithms detect patterns, predict future health trends, provide tailored advice that aligns with each user’s unique wellness goals and automatic adjust sleep environment.
Alert Early DiseasesSleep InsightsDoctors ConsultingPersonalize SleepLearn Sleep BehaviorAI Health AsisstantAutomatic ControlLLM Voice Control


SleepTech
SleepTech refers to the system of tools and technologies designed to monitor, analyze, and enhance the sleep experience.
Guided by this concept, the NOTT ecosystem incorporates real-time sensing, data tracking, smart automations, and personalized insights. All working together to support deeper, more restorative sleep.
Real-time TrackingBrainwave MonitoringAIoTBiometric MonitoringSmartAutomationAI Recommendations
Neurotechnology
Neurotechnology refers to the set of tools and techniques designed to interface with, monitor, or modulate the nervous system.
Leveraging these advances, NOTT engineers have developed non-contact EEG sensors to capture sleepers’ brainwave activity in real time. Brainwaves provide crucial data that help us improve the accuracy of NOTT’s algorithms.
Brainwave Monitoring


Internet of Things (IoT)
IoT connectivity enables sBed to control various components of the ecosystem and achieve interoperability with other smart devices, transforming the bedroom into a smart environment.
Automated scenarios are driven entirely by AI based on the user’s habits and health conditions.
Therapy SoundBiological LightMattress TemperatureSimulated EnviromentRoom TemperatureFresh OxygenPosture Adjustment
Non-contact Biosensor Technology
The sensors integrated into sBed are enhanced versions of advanced non-contact sensing technologies. These sensors detect subtle physiological signals and environmental indicators. The acquired signals are continuously recorded for further real-time processing and analysis.
Heart RateBreathing RateSpO2SnoringBody TemperatureBody PressureEnvironmental Indicators
