Abstract

The task of finding child care has gotten much harder, particularly for working mothers. It's getting harder and harder for parents to keep an eye on their child's health all the time. Many families now find it difficult to monitor their children during their daily activities. It is challenging for working parents to provide the care and supervision that babies require around-the-clock because it is not always economical for them to do so. The goal behind this paper is to create a intelligent baby monitoring system that can provide real-time activity alerts to registered parents and notify them of their kid's status. This study focuses in particular on the critical factors that are crucial to preserving the baby's comfort. Additionally, a camera is attached so that the infant can be updated and streamed live. Through the use of a smartphone application, parents may watch a live feed of their infant, identify when they are crying, and keep an eye on the environment's temperature and humidity. The Raspberry Pi is interfaced with both a moisture and temperature sensor. Using the inter-integrated circuit (I2C) bus, the cry detection interface for Raspberry Pi facilitates the conversion of analog to digital signal processing in order to detect the sound of the baby. The Raspberry Pi is interfaced with a wet detecting sensor. ThinkSpeak software is interfaced with Raspberry Pi. The channel stats (sensor result chart) in ThinkSpeak allow for the monitoring of all interface sensor outcomes by creating a channel. By providing the parents with an authenticating IP address, parents will receive updates on the baby's live streaming.