Adhivira: Women Safety Application

Abstract

This research paper offers a thorough overview of the existing state of women\'s safety applications, reviewing the features, functionality, and user experience. The analysis pinpoints the main strengths and weaknesses of these applications, providing insights into their real-world effectiveness.With the continued escalation of violence against women in different parts of the globe, the creation and implementation of effective technological solutions have become more and more important. Along with assessing existing solutions, the paper outlines key features that should be prioritized in future development work, such as usability, accessibility, reliability, and integration with emergency response systems.

Introduction

Problem Statement

Women around the world face heightened risks of violence and harassment, both in public and private settings. Ensuring their safety is a growing concern, and technology offers critical solutions through tools that enable real-time tracking, emergency alerts, and fast communication with support systems.

Purpose of the Application

This women’s safety app aims to empower users during potentially dangerous situations. By combining real-time GPS tracking, one-tap SOS alerts, and seamless communication with trusted contacts or emergency services, the app enhances personal security and provides rapid response capabilities.

Literature Review Insights

• 90% of women feel safer with a personal safety device or app.

• Desired features include GPS tracking, emergency alerts, and direct communication with authorities.

• Existing apps (e.g., FRNDY, Raksha) offer these features but suffer from issues like:

  • Slow response time

  • Inaccurate location tracking

  • High battery consumption

  • Dependence on internet connectivity

• User acceptance depends on the app’s usability, usefulness, and trustworthiness.

Key Features of the App

• Secure login via mobile number or email

• Live GPS tracking and route monitoring

• One-touch SOS button for emergency alerts

• Emergency contacts integration

• Nearby help center locators

• Safety tips and real-time communication

• Encrypted data for privacy and security

Methodology

• Requirements gathering focused on essential safety features.

• UI design prioritized simplicity for ease of use during emergencies.

• Developed using Flutter with custom APIs for:

  • Authentication

  • Real-time updates

  • Notifications

• Google Maps API enabled accurate, continuous location tracking.

• The SOS system captures user ID, GPS location, and timestamp, sending data via secure HTTPS to a MongoDB-powered backend.

• Alerts are distributed via SMS, email, or displayed on live dashboards for responders.

Impact

The app provides real-time, automated response capabilities that improve the speed and effectiveness of emergency interventions, thereby significantly enhancing women’s safety in both urban and remote areas.

Conclusion

At the end of the day, every woman deserves to feel safe, supported, and empowered in every space she occupies—whether it\'s at home, at work, on the street, or online. Safety is a fundamental right, not a privilege, and it should never be compromised. Our hope is that the resources, tips, and supportive community found here will serve as a source of strength and guidance

References

[1] Jitendra J. J, Suraj S, Sridhar N K and Dinesh Prasanna A, \"A method for the personal safety in real scenario,\" 2016 International Conference on Computation System and Information Technology for Sustainable Solutions (CSITSS), Bangalore, 2016, pp. 440-444. [2] Prof. BasavarajChougule, ArchanaNaike, Monika Monu, PriyaPatil and Priyanka Das, “SMART GIRLS SECURITY SYSTEM”, International Journal of Application or Innovation in Engineering & Management (IJAIEM), Volume 3, Issue 4, April 2014, pp. 281-284 [3] PoonamBhilar, AkshayMohite, DhanashriKamble, SwapnilMakod and RasikaKahane,“WomenEmployee Security System using GPS And GSM Based Vehicle Tracking”, international journal for research in emerging science and technology, volume-2, issue-1, january-2015. [4] Dr. Sridhar Manpati, SravyaPamidi, SriharithaAmbati, “A Mobile Based Women Safety Application (I Safe Apps)”, IOSR Journal of Computer Engineering (IOSR-JCE): Jan – Feb. 2015. [5] MadhuraMahajan, KTV Reddy, Manita Rajput “De- sign and Implementation of a Rescue System for Safety of Women”, Dept. of Electronics & Telecommunication Fr. C. Rodrigues Institute of Technology Vashi, NaviMumbai, India, 2016 (IEEE).

Copyright

Copyright © 2025 Ms. Swarali Mahajan, Mr. Azam Mokashi, Mr. Sufiyan Mujawar, Ms. Vrushali Nagawade, Prof. Afrin Sheikh. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.