Abstract: A system for drowning prevention in a swimming pool including a wearable swimming aide having a plurality of wireless sensors including as an underwater depth transmitter, a heart rate sensor, a motion sensor and a blood oxygen sensor. Further the system includes an underwater array of sensors and an overhead array of sensors configured to receive signal from the underwater depth transmitter. A drowning prevention controller configured to receive signal from the wearable swimming aid, the underwater array of sensors, and the overhead array of sensors. The drowning prevention controller configured to activate an alarm system that includes an underwater array of light and an array of underwater bubble generator. Further drowning prevention controller is a circuitry implementing a method that includes determination of drowning event, the location and activation of the alarm system.

Abstract: A system for drowning prevention in a swimming pool including a wearable swimming aide having a plurality of wireless sensors including as an underwater depth transmitter, a heart rate sensor, a motion sensor and a blood oxygen sensor. Further the system includes an underwater array of sensors and an overhead array of sensors configured to receive signal from the underwater depth transmitter. A drowning prevention controller configured to receive signal from the wearable swimming aid, the underwater array of sensors, and the overhead array of sensors. The drowning prevention controller configured to activate an alarm system that includes an underwater array of light and an array of underwater bubble generator. Further drowning prevention controller is a circuitry implementing a method that includes determination of drowning event, the location and activation of the alarm system.