A seamless, intelligent ecosystem designed to protect newborns from the moment of birth until they are safely discharged into their parents' arms.

Our smart bracelets go beyond simple identification. They form an invisible, encrypted safety net between mother and child, ensuring that every newborn is protected by the most advanced hospital security technology available.
Smart Bracelet Assignment
(1)
Digital Registration
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Real-Time Monitoring
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Intelligent Alerts & Safe
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Medical Records
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Mother and newborn receive encrypted smart bracelets that are securely paired, ensuring the correct identity from the very first moment.
Healthcare staff register the newborn and family information. The system creates a secure digital profile and begins active monitoring.

InfantGuard continuously tracks the newborn's location, verifies safe zones, and displays live status through the monitoring dashboard.
The system instantly detects unauthorized movement, tag tampering, or low battery. Authorized temporary transfers can be scheduled and monitored securely.
Medical history, activity logs, and security events are stored in one profile. Once approved by the doctor, the infant is safely discharged and the profile is archived.
Intelligent automated protocols for every critical scenario to ensure fast, reliable, and secure responses.
Lock-down of all perimeter doors if an infant tag approaches an exit without clearance.
Alerts when an infant enters a restricted area, such as a different department or service floor.
Predictive alerts notify staff daysin advance when a tag requires replacement or charging.
Sensor triggers an instant alarm if the bracelet is cut or unfastened without clinical override..
Seamlessly move infants for medical exams or family visits without triggering alarms.Our dynamic path authorization ensures security remains high while allowing essential clinical workflow.
Doctor Approval
Authorized Route
Time Window
Safe Arrival

Get in touch with our team to schedule a personalized demo, explore InfantGuard's capabilities, and discover how it can enhance newborn safety and hospital operations.