Innovative Technology For Girl Child Security Using Iot

Authors

  • Prof. Shubhangi Vairagar ,Ms. Dhiral Mayavanshi, Ms. Prajkta Devare

Abstract

With the combination of various technologies, sensors, actuators, machine learning and embedded systems, home automation, building automation the domain IoT is gradually developed. Existing areas of embedded systems, wireless network, home automation, building automation and many more all contribute and help to achieve Internet of Things. IoT Security is securing the connected devices as well as other components in IoT. It is all about internet connectivity to any system with other interrelated components, objects or mechanical devices. As each thing is provided an unique identity with the help of unique identifier and acquiring the ability to transfer data over the internet. Allowance of connection of devices over the internet they come up with many security challenges, thus the solution to this is IoT security. The safety of women and children is one of the biggest priorities in India and other countries.

This proposed system is a designed to achieve safety of women as well as child safety by enabling them to place an emergency service to the registered contacts quick, discreet way. Basically our System is divided into two subsystems: rest is based on Electronic kit that is wearable device for Woman safety and second is Android app. This paper describes about a child-friendly security band which comprises of a fingerprint Scanner and controller which is aligned with an android application. A ESP8266 controller, Fingerprint Scanner (5V TTL- 511C3), GPS, GSM and LED’s (Green/Red) are used. When the victim is in danger, the unauthorized fingerprint of the attacker is scanned by the fingerprint scanner using minutiae matching algorithm, the victim’s current location is traced by the GPS module. The alert notifications are sending through android application to the victim’s mother and mother forwards the victim’s location to the nearest police station using KNN algorithm.

 

Published

2020-12-01

Issue

Section

Articles