Artificial Intelligence-based multipurpose cradle system

Abstract The present invention is an Artificial Intelligence-based multipurpose cradle system. This apparatus is embedded with a microcontroller, a rocking system, a plurality of sensors, Artificial intelligence (AI) recorder, a speaker, and a GPS. The said rocker system of the apparatus rocks the cradle either in a lateral direction or in a longitudinal direction or as per the user's direction. Further, the pervasive sensor detects the child activities such as continuous child movement, crying sound and detects any anonymous movement in the purview of the said pervasive sensor and updates the user. The said temperature sensor reads the child's body temperature at regular intervals or the user's assigned time intervals and updates the user. The Al recorder is a dedicated night vision camera setup coupled with an audio recorder, which continuously records the eye movement of the child or records the child's eye movement at the user's assigned time interval and updates the sleep status of the child to the user. The microcontroller is programmed with an artificial intelligence algorithm for independent decision-making of the device, wherein the Al coded algorithm records the data from the embedded sensors such as the temperature sensor, the pervasive sensor, and the Al recorder and continuously informs the user about the status through the mobile application.