Vital monitoring engineered
for the first hours that determine everything.
Heart rate, SpO₂, and respiratory pattern tracking for premature infants under 1 kg — with signal intelligence that distinguishes true events from artifact before the alarm sounds.
The equipment beside every isolette
carries a known, tolerated failure rate.
Clinicians on a busy NICU floor respond to upwards of 180 alarms per patient per day — most of them false.
72–99% of NICU alarms are non-actionable, contributing to delayed response and staff desensitization.
— AAMI Foundation, 2023Premature infants weighing under 1 kg generate movement artifact that conventional pulse oximeters cannot distinguish from true desaturation.
Signal artifact accounts for 43% of false SpO₂ alarms in infants under 28 weeks gestational age.
— Journal of Perinatology, 2024When a genuine bradycardia event occurs, every second of delayed alert is a second without intervention.
Mean nurse response time to bedside alarms in high-acuity NICUs: 41 seconds. Cradle target: < 1.2 seconds.
— Critical Care Nursing Quarterly, 2023Every clinical frustration above
has a specific, measurable answer.
Adaptive Multi-Parameter Correlation Engine
Cradle cross-references heart rate, SpO₂, and respiratory effort simultaneously before triggering any alert. A single parameter anomaly is held for 800ms of correlation — if two additional parameters confirm, the alarm fires. If not, it is silently logged.
Micro-Movement Artifact Rejection Algorithm
Our accelerometer-fused signal processing layer continuously characterizes infant micro-movement patterns specific to premature neonates. SpO₂ readings are motion-corrected at 250Hz before they reach the alarm logic — the sensor sees what the infant is doing, not just what the waveform suggests.
Sub-Second Edge Processing Architecture
Signal acquisition, artifact rejection, multi-parameter correlation, and alert generation all occur on-device, within the isolette module. No cloud round-trip. No network latency. The alert decision is made in the same physical space as the patient.
Forty-two pages of data
your procurement committee will actually read.
The Clinical Evidence Brief documents 26 months of prospective deployment across seven Level III NICUs — alarm reduction rates, clinical outcome correlations, biomedical integration timelines, and FDA 510(k) summary data.
Access the Clinical Evidence Brief
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Place a Cradle unit
beside your isolettes
before you commit.
Our clinical team works directly with your biomedical engineering and nursing leadership to configure a 90-day unit evaluation — full technical support, no capital commitment.
EVALUATION INCLUDES
- —On-site installation by Cradle clinical engineers
- —HL7 / EHR integration within your existing infrastructure
- —90-day performance report with your unit's alarm reduction data
- —Dedicated clinical support line, 24/7