Secure Her : A Voice Controlled Women Safety App
Keywords:
Women Safety, SOS Alerts, Voice Recognition, Real-Time Tracking, Geofencing, Crime Data Analysis, AI Safety Scoring, Danger Zone Detection, Safer Route Suggestions, Live Location Sharing, Emergency Contacts, Flutter, Firebase Authentication, Google Maps API, Twilio SMS Service.Abstract
Ensuring personal security, especially for women, has become an increasingly important concern in modern society. To address this challenge, this project proposes an intelligent women safety application designed to provide immediate assistance during emergency situations. The system integrates modern web technologies, real-time communication, and artificial intelligence to create a responsive and reliable safety platform. Users can activate emergency alerts either manually through an SOS button or through voice commands, ensuring accessibility even when physical interaction with the device is difficult.The application utilizes technologies such as Firebase Authentication, the Geolocation API, and Google Maps services to enable secure user login and precise location identification. When the SOS function is triggered, the system automatically captures the user's real-time geographical coordinates and generates a shareable map link. This information is instantly transmitted to pre-registered emergency contacts through an automated SMS service, enabling faster response and accurate location tracking during critical situations.To enhance usability, the system includes an AI-based voice recognition component capable of detecting emergency phrases like “HELP” or “SOS.” This functionality allows the application to operate in a hands-free mode, which can be essential in threatening circumstances. Additionally, the platform incorporates a real-time monitoring interface supported by Folium that visually displays the user’s movement on an interactive map, improving situational awareness for emergency responders and trusted contacts.By combining cloud authentication services, geospatial technologies, artificial intelligence, and automated communication tools, the proposed solution enhances emergency response efficiency and promotes proactive personal safety. The system demonstrates a scalable and user-friendly approach to modern safety applications, encouraging the integration of smart technologies into everyday personal security practices.
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