ARCHIVES

Original Article

Smart Infant Care and Monitoring System Using IOT

Venu P S1Rajashekar K S2Shweta Bhimray Pasare3Vikas Gowda B N4Dr. M B Anandaraju5Dr. ManojKumar S B6

¹ ² ³ ⁴⁵ ⁶Department of ECE, BGS Institute of Technology, Karnataka, India.

Published Online: May-June 2025

Pages: 52-56

Cite this article

No DOI
Check for updates unavailable

Abstract

View PDF

As modern parents, especially those juggling jobs and family, keeping a close eye on their little ones can be quite challenging. That's why we've come up with the Smart Infant Care and Monitoring System Using IoT. This device is here to make life a little easier by keeping track of your baby’s environment and activities in real-time, and even responding automatically when needed. We built it using an Arduino ESP32 because it’s got built-in Wi-Fi and enough power to handle everything smoothly. The system uses several sensors including a temperature sensor, water sensor, microphone sensor, and a camera to monitor the room conditions and what the baby is doing. If something looks off, like the baby crying too much, bedwetting, or a temperature change, the system can send notifications through Wi-Fi. It can also gently rock the bassinet with a servo motor to soothe the baby. There’s also a relay control for other optional devices. All sensor data is visible on an LCD screen, so you can keep an eye on things without needing to connect to a phone or computer. By using affordable hardware and IoT technology, this system helps keep your baby safe and reduces the amount of constant supervision needed. It’s a practical, scalable solution that fits perfectly into modern homes looking for smarter baby care.

Related Articles

2025

Iot-Based Power Theft Detector

2025

Comparative Analysis of Conventional and Diagrid Structural Buildings with Plan Irregularity

2025

The Role of C Language in Google, Adobe, and Mozilla Firefox Applications: Performance, Security, and Future Developments

2025

Seismic Analysis of Circular Building and Rectangular Building

2025

Smart Bank A Unified Banking Solution for Organizations

2025

World Electricity Analysis Trends, Challenges, and Future Prospects

2025

Insurance Cost Prediction Using Polynomial Ridge Regression and Random Forest Classifier

2025

Car Wash System Using PLC

2025

A Quality Driven Framework for Prioritizing Customer and Technical Requirements in Microgrid Battery Integration

2025

Comprehensive Dual Mode Charging Systems for Lead Acid Batteries in Electric Vehicles