One software layer connects the device on the chest, the responders around it, the fleet across your buildings, and the clinical record afterwards.
Closed-loop compression control. LiDAR torso mapping sets depth and rate before the first stroke, then adjusts every cycle without a human touching a setting.
Streams the live event to any phone, tablet, or crash-cart display on site the moment the device arms — no pairing, no login delay.
Every unit reports battery, readiness, firmware, and location to one dashboard, so an unready device is flagged long before an emergency.
A full timestamped record of the resuscitation is written automatically and exported into the clinical record for audit and training.
Compression control runs entirely on the device. If the network drops, therapy never pauses.
Patient telemetry is encrypted in transit and at rest, with role-based access for every clinician and administrator.
Every event is written once, timestamped, and immutable — ready for regulatory and training review.
All compression, vital, and waveform data is encrypted in transit and at rest.
Only authorised clinicians and administrators can view patient data, and every view is logged.
Every event is timestamped and tamper-evident, ready for regulatory and training review.
Clinical records stay within your institution’s governance and existing data policies.
Chest position, compression depth, rate, and patient response are captured in real time.
MAR-OS compares the live stream against guideline targets and patient-specific signals.
Clear, actionable guidance is surfaced to the clinician, who stays in full control.
Sensors capture the patient’s chest position, current compression depth, rate, and torso profile.