Smart IOT-Based Women Safety System:A Robust Real-Time Approach

T. Seshagiri1, Eriki Ananda Kumar*2 Muniraju Naidu Vadlamudi3 and Kalagatla Sai Divya4
1Professor, Department of ECE, Sri Venkateswara College of Engineering and Technology, Chittoor , AP. INDIA
*2Principal & Professor, Department of Mechanical Engineering, SV College of Engineering, Puttur, AP. INDIA
3Assoc. Prof., Dept. of CSE, Koneru Lakshmaiah Education Foundation, Bachupally, Hyderabad, Telangana INDIA
4Associate Professor, Department of Computer Science and Engineering, SV College of Engineering, Puttur, AP. INDIA
*erikiananda@gmail.com

Abstract— One of the main concerns of every culture is women's safety, as many women face numerous forms of abuse such as molestation, rape, harassment, and domestic violence for a variety of social and cultural causes. The Internet of Things, or OT, is emerging as a potentialtechnology to help with daily issues and offer assistance with managing different tasks. The community has implemented a number of IOT-based devices to assistwomen in managing potential safety risks. This study  offers a comprehensive assessment of the literature showing IOT devices for women's safety, their keycharacteristics, wearable technology, sensors employed,  and machine learning techniques applied. The findings showed that many sensor types—pressure, heart rate, and other typical sensors in these devices—are employed to record the condition of women experiencing safetyconcerns. Additionally, the gadgets used several  technologies, including as Arduino, the global positioningsystem (GPS), and the worldwide system for mobile  communication (GSM), to convey the notifications. Furthermore, this paper suggests an architectural model that outlines key elements required to create women's safety IoT devices. Finally, this study highlights theutilization of sensor combinations to obtain a variety of input data types that may improve the accuracy and precision of identifying potential threats. Keywords—Women's safety, Arduino UNO, Heart beat Sensors, Switch, GPS, GSM