∘ mmWave radar sensor measures Heart beat, Respiration, Sleep state, Motion.

∘ Heart rate/oxygen saturation sensor measures Heart rate and Oxygen saturation. 

∘ When the thermometer measures the temperature change and sends it to the cloud server, it is a service that can analyze health conditions and monitor abnormalities using algorithm technology.​

<Features of this solution>

1. Untact biometric & ambient information collection

By collecting biometric information in a un-contact way with the use of a device, a management server, and a monitoring tool (App./Web), it is possible to provide a convenient and safe monitoring system for the persons subject to quarantine/isolation and managers.

2. Privacy assurance

By monitoring the biometric information of the persons subject to quarantine/isolation with no use of camera, it is possible to guarantee their privacy and lessen their psychological buren.

3. Algorithm based data analysis

The hear beat & respiration data based unique algorithm obtained after several years of research and development makes it possible to analyze biometric information and provide highly reliable data to be used for abnormality judgment.

4. Real-time monitoring & abnormality alert

It is possible to monitor the biometric information of the persons subject to quarantine/isolation in real time. If any abnormality or specialty is detected, an alert is given by a monitoring tool (App./Web.)

5. Big data collection & application

By collecting and learning large data about multiple heart rates, respiration rates, motions, whether to go out, etc., it is possible to analyze the biometric patterns of the persons without COVID-19 symptoms.

6. Reduction in nurses’ jobs and increase in work efficiency

The person-to-person check system requires many human resources and a lot of time in order to analyze a situation. By introducing the system capable of monitoring multiple persons who are subject to quarantine/isolation at the same time, it is possible to improve management convenience remarkably. 

∘ mmWave radar sensor measures Heart beat, Respiration, Sleep state, Motion.

∘ Heart rate/oxygen saturation sensor measures Heart rate and Oxygen saturation. 

∘ When the thermometer measures the temperature change and sends it to the cloud server, it is a service that can analyze health conditions and monitor abnormalities using algorithm technology.​

<Features of this solution>

1. Untact biometric & ambient information collection

By collecting biometric information in a un-contact way with the use of a device, a management server, and a monitoring tool (App./Web), it is possible to provide a convenient and safe monitoring system for the persons subject to quarantine/isolation and managers.

2. Privacy assurance

By monitoring the biometric information of the persons subject to quarantine/isolation with no use of camera, it is possible to guarantee their privacy and lessen their psychological buren.

3. Algorithm based data analysis

The hear beat & respiration data based unique algorithm obtained after several years of research and development makes it possible to analyze biometric information and provide highly reliable data to be used for abnormality judgment.

4. Real-time monitoring & abnormality alert

It is possible to monitor the biometric information of the persons subject to quarantine/isolation in real time. If any abnormality or specialty is detected, an alert is given by a monitoring tool (App./Web.)

5. Big data collection & application

By collecting and learning large data about multiple heart rates, respiration rates, motions, whether to go out, etc., it is possible to analyze the biometric patterns of the persons without COVID-19 symptoms.

6. Reduction in nurses’ jobs and increase in work efficiency

The person-to-person check system requires many human resources and a lot of time in order to analyze a situation. By introducing the system capable of monitoring multiple persons who are subject to quarantine/isolation at the same time, it is possible to improve management convenience remarkably.