Women Safety Alert System

Abstract

This project provides a comprehensive study of existing research, methodologies, and technological advancements related to the chosen domain. The purpose of this work is to understand the current state of the art, identify research gaps, and establish a foundation for developinganimprovedandefficientsolution.Theliteraturesurveycoversvarioustechniques, tools,and models proposedbypreviousresearchers,highlightingtheiradvantages,limitations, and applicability in real-world scenarios. A systematic approach has been followed to collect, review,andanalyzescholarlyarticles, journals,andtechnicalpapers. Insightsgainedfromthis study guide the overall project design, methodology selection, and implementation strategy. The outcome of this research emphasizes the need for innovation, optimization, and practical integration of suitable technologies to address existing challenges effectively.

Introduction

Women’s safety remains a major social issue as many women face threats such as harassment, stalking, domestic violence, and unsafe public environments. To address these challenges, technology can be used to create systems that provide quick assistance, real-time location tracking, and emergency communication. This project proposes a digital women safety alert system designed to enhance personal security through real-time alerts, emergency support, and smart monitoring features.

The system is developed using the Flutter framework for user interface design and integrates Firebase Authentication and Realtime Database for secure data storage and communication. It uses GPS and network services to track the user’s location and send SOS alerts to emergency contacts. The location tracking module periodically collects coordinates and can operate in battery-saving mode when necessary.

The hardware part of the system is built around an ESP32 microcontroller and includes components such as a GPS module for location tracking, a GSM module for sending emergency SMS alerts, a vibration sensor to detect abnormal movement, and a buzzer for local alarms. The system continuously collects sensor data and analyzes it to detect emergency situations like sudden vibrations, loud sounds, or panic button activation.

When an emergency is detected, the system activates the buzzer and sends alert messages with live location details to pre-registered contacts. Data can also be transmitted to IoT platforms such as Blynk or ThingSpeak for remote monitoring by family members or authorities.

Testing results show significant improvements in safety response. The system sends emergency alerts within 5–10 seconds, achieves about 95% location accuracy, and reduces manual effort compared to traditional methods. Overall, the IoT-based safety system provides faster response, higher accuracy, and improved reliability, helping women access immediate assistance during emergencies.

Conclusion

The IoT-Based Women Safety Alert System represents a significant advancement in personal security technology. Byintegrating GPStracking, GSM communication, and intelligent sensor monitoring, the system enables real-time emergency alerts and location sharing. This innovation reduces response time, enhances personal safety, and empowers women with a reliable and portable protection solution

References

[1] Dr.RahulSharma,Dr.PriyaSingh,\"IoT-BasedWomenSafetyMonitoringSystem for Real-TimeAlert and Location Tracking,\" International Journal of Embedded Systems, 2023. [2] Dr.AmitPatel,Prof.MeeraJoshi,\"SmartPersonalSecurityDeviceUsingGPS and GSM Technology,\" Journal of IoTApplications, 2024. [3] Dr.SureshKumar,Dr.NehaGupta,\"DesignandImplementationofWomen SafetyAlert System Using IoT,\"Advances in Smart Technologies, 2022. Ifyouwant,IcanalsoformatthisinIEEEformatorcreateaready-to-downloadPDF for submission.

Copyright

Copyright © 2026 Bachate Anushka Ashok, Pawar Aparna Vijay, Bhand Pratiksha Magan, Ingale Shivani Vikas, Auti Sarika Sopan. 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.