Wireless Finger Sensor
A low-pressure, disposable finger sensor measures continuous pulse pressure waveforms for PDA™ Algorithm Processing.
Pulse Decomposition AnalysisTM Technology
View patient data remotely with our realtime App, Secure Cloud, or HL.7 & SDK interfaces to EMRs and other platforms.
Automated Early Warning Scores, Charting, & Reports
Securely and Wirelessly collect data and monitor patients from anywhere using our realtime mobile App or Remote Monitoring Cloud Portal.
Pulse Decomposition Analysis Technology™ (PDA™) and AI Algorithms
Patented PDA technology and artificial intelligence algorithms derive continuous hemodynamic parameters by analyzing reflective pulsewave morphology within the arterial tree.
ICU-grade Accuracy and Clinical Validation
Numerous Clinical Studies have validated VitalStream™ and PDA™ non-invasive measurements against invasive A-Lines and catheters.
VitalStream is Clinically Validated to Continuously and Wirelessly Monitor:
“BEAT-by-BEAT” BLOOD PRESSURE
Wireless, Non-Invasive SYS, DIA, MAP and Waveforms measured with every heartbeat using FDA-Cleared and Patented PDA™ Algorithms, validated against invasive A-Lines.
FDA Cleared, Rechargeable Wireless ECG Patch (Lead 2) with rhythm waveforms
EARLY WARNING SCORE
Reatlime and Remote NEWS, NEWS2, or MEWS Early Warning Scores for notification of health deterioration
ULTRA-FAST Sub-30 SECOND CALIBRATION
Up and Running with Hemodynamic Measurements in less than 30 seconds
FDA Cleared, Rechargable, Wireless End-tidal CO2 monitor (Side Stream)
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Clinically Validated Accuracy
Pulse Decomposition AnalysisTM
with Advanced Hemodynamics
VitalStream PDA™ Method of Beat by Beat Blood Pressure Accuracy vs. Invasive A-Lines in Critical Care
VitalStream beat-by-beat hemodynamic tracking measured against invasive Central Aortic Catheter measurements
VitalStream PDA™ Method of Beat by Beat Blood Pressure Accuracy vs. Spot-Check Arm Cuffs during major abdominal surgeries
Other Clinical Studies, Publications,
VitalStream PDA(tm) continuous Hemodynamic parameters inputs to a machine learning neural network to predict hypotension and vasopressor requirements in OB patients with spinal anesthesia
"An amazing non-invasive device..."
“I’ve tried the Caretaker and it is nothing short of amazing. To realize this level of vital signs with a noninvasive device is incredible. The Caretaker can take patient safety in a hospital setting to a whole new level. For emergency services in the field, it provides an opportunity for more effective and immediate intervention. Caretaker should be standard of care everywhere!” – Dr Joseph L Hutchison, MD
"A big win for patient comfort and clinician productivity..."
“Caretaker’s ability to stream continuous blood pressure and vital information using only a comfortable finger cuff means I will no longer have to disturb my patients to ‘spot check’ vital signs using bulky wires, leads, or arm cuffs or deal with Alarm Fatigue associated. This is a big win for patient comfort and clinician productivity, not to mention the value of having realtime streaming data to make better clinical decisions without the “alarm fatigue” associated with in-room monitors” – Normand Dube, Trauma Nurse, RN, BSN, ACLS, PALS, BLS-I
"A real game changer..."
“Before Caretaker, most clinicians had to settle for intermittent ‘point-in-time’ Blood Pressure measurements using bulky arm cuffs, which can produce misleading results due to the influence of many factors such as movement, posture, anxiety, or caffeine. Caretaker’s ability to display a a series of Beat by Beat blood pressure measurements from a simple cuff is a real game changer, providing clinicians with more accurate data as they make treatment decisions.” – Dr. Jay Sanders, MD, Professor of Medicine (adjunct) at Johns Hopkins School of Medicine and President Emeritus of the American Telemedicine Association.