In this fast-paced society, working parents nowadays find it challenging to juggle childcare with their busy schedules. In light of this, a novel infant management system utilizing the Internet of Things has developed. This system functions by using sophisticated technology to automate tasks hence ensuring babies safety and comfort. The major features are sound sensor that results into automatic rocking cradle; integrated speaker which can play lullabies to a baby. The system is continuously monitored for its temperature and humidity by sensors sending the caregiver a summary notification about their vicinity while motion detectors are present alongside it. While a rain sensor identifies wet diapers, a DC fan keeps the room at a suitable temperature. Components like cradle swing, DC fan operations, or even playing of lullabies can be remotely controlled through web interface. It implies that one can easily control his infant immediate surroundings from anywhere around the world without hassle. The proposed system utilizes ESP32 technology making use of ESP32 camera for detecting children via live streaming. This all-inclusive monitoring has provided a new dimension to childcare technology thus relieving anxiety among workers as well as inexperienced parents.

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IoT-Enabled Child Monitoring and Control System via Web Interface

  • M. K. V. Subba Reddy,
  • V. David Poul,
  • S. L. Manikanta,
  • Y. V. N. S. Swapna,
  • P. Srinivasa Rao,
  • S. Gopi Chandu

摘要

In this fast-paced society, working parents nowadays find it challenging to juggle childcare with their busy schedules. In light of this, a novel infant management system utilizing the Internet of Things has developed. This system functions by using sophisticated technology to automate tasks hence ensuring babies safety and comfort. The major features are sound sensor that results into automatic rocking cradle; integrated speaker which can play lullabies to a baby. The system is continuously monitored for its temperature and humidity by sensors sending the caregiver a summary notification about their vicinity while motion detectors are present alongside it. While a rain sensor identifies wet diapers, a DC fan keeps the room at a suitable temperature. Components like cradle swing, DC fan operations, or even playing of lullabies can be remotely controlled through web interface. It implies that one can easily control his infant immediate surroundings from anywhere around the world without hassle. The proposed system utilizes ESP32 technology making use of ESP32 camera for detecting children via live streaming. This all-inclusive monitoring has provided a new dimension to childcare technology thus relieving anxiety among workers as well as inexperienced parents.