The Continuous Patient Monitoring Gap
In acute and transitional care, patient condition can deteriorate faster than scheduled check-ins can capture. The interval between clinical assessments — whether in a ward, a step-down unit, or a patient's home — is precisely where early warning signals emerge and go undetected. Late recognition of deteriorating vital signs leads to delayed interventions, avoidable escalations, and worse patient outcomes.
AyuBeat addresses this gap by providing continuous, real-time physiological monitoring from a compact wearable device. Designed for clinical deployment across acute, transitional, and remote care settings, AyuBeat delivers a structured stream of six key physiological parameters — enabling care teams to detect emerging trends early and act on evidence rather than on scheduled timing alone.
6 Monitored Parameters
-
Heart Rate
Continuous real-time heart rate monitoring — tracking cardiac frequency to detect tachycardia, bradycardia, and rate deviations from clinical thresholds, supporting early recognition of haemodynamic changes.
-
ECG
Single-lead electrocardiographic recording for cardiac rhythm analysis — enabling detection of arrhythmias, conduction abnormalities, and acute cardiac events in non-clinical and point-of-care settings.
-
Respiratory Rate
Continuous breathing rate monitoring — a sensitive early indicator of respiratory compromise, sepsis onset, and haemodynamic instability, tracked passively without manual clinical assessment.
-
Blood Pressure
Continuous blood pressure trend monitoring — providing longitudinal haemodynamic data to support early detection of hypertensive or hypotensive episodes between clinical check-ins.
-
Oxygen Saturation (SpO₂)
Pulse oximetry-based blood oxygen saturation monitoring — delivering real-time insight into respiratory and circulatory sufficiency, particularly critical in post-operative, respiratory, and remote care contexts.
-
Skin Temperature
Continuous surface temperature trend monitoring — enabling early detection of fever onset, inflammatory response, and sepsis indicators without manual thermometry or scheduled vital sign rounds.