Clinical engineers manage the physical infrastructure that clinical alarm systems depend on. VitalSync gives biomedical engineering teams the real-time device visibility they've never had — and the data to hold vendors accountable.
A sensor lead-off alarm and a genuine cardiac event look the same to a nurse. Clinical engineers have no live view of which alarms are technical failures rather than patient events — meaning device faults get missed until they cause harm.
Device uptime, alarm frequency, calibration drift, and error rates are tracked only through scheduled maintenance cycles — not in real time. Problems accumulate invisibly between service windows.
Without early signal detection, biomedical engineering operates reactively — responding to device failures reported by clinical staff, often after the device has already affected patient care.
VitalSync automatically classifies alarms by type — clinical vs. technical vs. artefact. Technical device faults are flagged directly to biomedical engineering, not just to the nursing station.
Track alarm frequency, error rates, and performance metrics for every connected device in real time — identifying drift, recurring faults, and devices approaching failure before they affect patient care.
VitalSync's analytics identify which specific devices generate the most non-actionable alarms — giving biomedical engineering and procurement teams the data needed to hold vendors accountable or prioritise replacements.
VitalSync is in validation with our Malaysian hospital partners. Outcome data for this role will be published here once it has been measured on real wards and reviewed by the clinicians who work them. Until then, we would rather show you the system than quote numbers it has not yet earned.