How It Works
Easy 1-2-3 Setup
Mount, detect, and transmit. Zero patient burden, zero compliance friction.
Mount the Sensor
Install the XK300 on a wall or ceiling in the patient’s room. No wearables, no cameras, no patient interaction needed.
Automatic Vital Sign Detection
Proprietary radar technology detects micro-vibrations in the chest to extract heart rate, respiration rate, and movement data continuously.
Secure Data Transmission
Vital sign data transmits securely to the CCN Health platform. Clinical staff receive alerts and trend reports in near real-time.
Live Dashboard Preview
24/7 Radar-Powered Vital Signs
The XK300 uses proprietary UWB radar to detect micro-vibrations in the chest, extracting heart rate and respiration rate at 1-second intervals. Clinical teams see real-time vitals, movement patterns, and deterioration scores without any patient interaction.
- UWB radar with 8-meter detection range
- 1-second measurement intervals, 24/7 continuous
- HRV tracking for autonomic nervous system health
- FDA-cleared Class II medical device
72
Heart Rate
bpm
16
Resp Rate
br/min
Yes
Presence
In Bed
8m
Detection Range
1s
Measurement Interval
FDA
Class II Cleared
24/7
Continuous Monitoring
Why Xandar Kardian
Key Benefits
Radar-powered monitoring that delivers clinical-grade accuracy with zero patient burden.
Continuous & Autonomous 24/7
The XK300 never stops. It monitors patients around the clock without batteries to charge, sensors to replace, or compliance to manage. True set-and-forget technology.
Contact-Free Operation
100% private radar technology. No cameras, no wearables, no skin contact. Patients are monitored without even knowing the sensor is there.
Accurate Through Obstacles
Radar signals penetrate blankets, clothing, and bedding. Readings remain accurate regardless of patient position or covering — day or night.
Early Warning with POC Score
The Point-of-Care score aggregates vital sign trends to flag deterioration early. Clinical teams can intervene before a crisis develops.
Revenue Opportunity
Medicare RPM Codes & Revenue
Contactless radar monitoring qualifies for all four RPM CPT codes, generating up to $156 per patient per month in reimbursement.
Remote Patient Monitoring (RPM)
4 billing codes · up to $156/patient/month
One-time billing for setting up RPM equipment and educating the patient on proper device use, data transmission, and clinical expectations.
~$19
One-time
Monthly billing for the supply of the RPM device and daily recording or programmed alert transmission of health data.
~$50
Monthly
First 20 minutes of clinical staff/physician time in a calendar month for RPM treatment management services.
~$48
Monthly
Each additional 20-minute increment of clinical staff time for RPM treatment management beyond the initial 99457.
~$39
Monthly (additional)
Total Monthly Revenue Potential
Per enrolled patient (99454 + 99457 + 99458)
FAQ
Frequently Asked Questions
Common questions about the Xandar Kardian XK300.
The XK300 is a contactless vital sign monitor that uses impulse radio ultra-wideband (IR-UWB) radar to measure heart rate, respiratory rate, and movement without any physical contact. It mounts on a wall or ceiling and monitors through clothing and bedding.
The XK300 requires zero patient interaction — no cuffs, no finger clips, no wearables. This is critical for populations with dementia, agitation, or device-removal behaviors. The radar technology captures vitals continuously, 24/7, from up to 8 meters away.
The XK300 excels in night monitoring, fall detection, and continuous respiratory surveillance. Senior living communities use it for bed-exit alerts, apnea detection, and real-time respiratory rate tracking across Memory Care and Skilled Nursing units.
Yes. Through CCN Health, XK300 data flows into supported EHR systems including PointClickCare, ALIS, MatrixCare, and others. The integration provides continuous vital sign charting without manual documentation.
The XK300 monitors up to 8 meters with heart rate accuracy of ±2 bpm and respiratory rate accuracy of ±1 breath/min. It can detect micro-movements for fall risk assessment and provides presence/absence detection for elopement monitoring.



