In today's socio-economic landscape, many parents are engaged in full-time employment, which limits their ability to provide continuous care to their infants. This necessitates the exploration of advanced Baby Monitoring Systems (BMS) as a valuable solution to alleviate parental concerns about infant safety and well-being, ultimately enhancing the quality of care during parental absence. This research introduces an advanced BMS that enables real-time data monitoring, daily infant condition summaries, and remote video access via a web server. The BMS incorporates a variety of sensors (PIR, DHT11, LM393, Moisture sensor) and actuator (servomotor, DC motor), in addition to a high-definition camera (W100 HP). The system is integrated with Thing Speak and IFTTT, enhancing data visualization and simplifying the process of sending daily summaries via email with a single click on our website. Furthermore, the BMS ensures precise monitoring of temperature and humidity, detects sound events, senses motion, and triggers automatic alerts, demonstrating the potential of IoT in both infant care and healthcare applications.