IOT-ENABLED SMART WEARABLE DEVICE ENHANCING CHILD SAFETY
Abstract
In today's world, ensuring the safety of babies and toddlers is of utmost importance. To address this
concern, we have developed advanced "Child Safety Wearable Devices" that are specifically designed to enhance
the safety of infants and young children. These innovative devices are programmed to monitor and safeguard the
daily activities of toddlers, ensuring their well-being. In the event of any potential danger or if the child ventures into
an unfamiliar area, the device will automatically send alerts to the parents' mobile devices. This is made possible
through the device's precise geofencing capabilities, which are tailored to the child's daily routines. These wearable
devices are particularly valuable for school-going children. They operate using a sophisticated system that relies on
magnetic sensors for real-time tracking and temperature sensors for monitoring the child's physical well-being,
including body temperature and heart rate. By continuously analyzing the child's daily activities, these devices
provide an additional layer of safety and security. In the current era, the number of child kidnapping cases has been
on the rise. To address this growing concern, we have introduced "Child Safety Wearable Devices" leveraging the
power of the Internet of Things (IoT). IoT refers to a network of interconnected devices and sensors that are
connected to the internet, enabling seamless communication and data exchange. IoT technology has found
applications in various fields, including self-driving vehicles and home automation systems, making it a global
phenomenon. Our solution consists of two key components: the wearable devices themselves and the server-side
infrastructure that supports them. These devices are specifically designed to prioritize child safety. They establish
wireless and Bluetooth connections to transmit real-time data from the child to the parent, ensuring that parents are
always informed and connected to their child's well-being.
