The present invention relates to a healthcare system using an IoT lighting device. A healthcare system according to an embodiment of the present invention includes: an IoT lighting device including a lighting lamp, a motion detection unit, and a biosignal detection unit; Monitoring including an exercise information analysis unit that analyzes the user's exercise information using motion data and biosignal data acquired from the IoT lighting device, and a feedback providing unit that generates a feedback command corresponding to the determination result of the exercise information analysis unit A device, and the IoT lighting device may control the lighting color of the lighting lamp according to the feedback command.
According to the present invention, when a user arrives at home, it is possible to monitor health status, exercise intensity, etc. through an IoT lighting device, so that the user's condition can be monitored even when a smartphone or wearable device is not continuously carried or worn at home. Convenience is improved. In addition, by integrating and analyzing data acquired from a user's smartphone or wearable device and data acquired from an IoT lighting device, it is possible to more accurately determine the user's health status and amount of exercise.