Women’s Safety: Auto SOS Generative System Using Code Word | IJCSE Volume 10 – Issue 2 | IJCSE-V10I2P33

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International Journal of Computer Science Engineering Techniques

ISSN: 2455-135X
Volume 10, Issue 2  |  Published:
Author

Abstract

A woman might freeze when danger strikes. Not every moment allows for dialing a number or typing words. This app steps in where actions fall short. Built with Flutter, it lives on phones ready to act fast. When activated by voice, it wakes up without touch. A single press can also trigger its main response. Location streams live once the alarm begins. Alerts shoot out to chosen people automatically. Messages go out even if hands cannot move. Help connects faster because delays shrink. Software runs quietly until moments like these. Fast help arrives when seconds matter – the app works right away during crises. During first launch, people add close ones who should know if trouble happens. When fear strikes, either tap fast or let it go live on its own, sharing exactly where someone stands plus connecting them outward. Say one chosen line aloud, then hands stay free while the phone shouts silently into networks. Built so women gain quieter strength walking streets, meeting friends, moving between places far or near. Most already carry devices anyway – why leave that power unused when danger stirs. Response gaps shrink because signals jump straight from pocket to aid channels. Safety shifts shape not by waiting but sending proof before words form. Mobile tools now stretch beyond talk – they watch, sense, act without drama.

Keywords

Women Safety, Auto SOS, Flutter App, Emergency Alert, Live Location Sharing, Voice Activation, Mobile Application, Smart Security

Conclusion

The proposed project, Women Safety with Auto SOS Mobile Application, provides an effective software-based solution for improving women’s personal security. The application is designed Out of nowhere, it appears – a silent watcher made just for keeping women safe, tucked inside apps you already know. Risk triggers instant warnings, dropping precise locations onto maps. Those nearby get notified straight away, crucial in moments when fingers won’t move. Sound turns into messages, floating through space, calling aid before any tap happens. When trouble shows, everything stirs at once. From pockets and sleeves, silent movement continues daily. No added bulk – only a nudge of what fits snug in palm. Recognition comes fast, pushing hesitation aside. At the first word spoken, replies rush out without pause. Slipping sideways once more, perhaps this is simply what happens these days. As tension grows, small choices start carrying extra load. It’s in the stillness that things feel heaviest, especially when all around wobbles. Warnings rarely show up on time – yet moving faster reshapes what comes next. Stability becomes crucial precisely when it’s about to slip away. Into the slot slips a tiny device, working quiet thanks to decisions made smarter behind the scenes. No showy parts – just clear logic placed right where needed. Without warning, problems announce themselves instantly. Since Flutter manages operations, components remain connected without disruption. When danger appears, alerts reach designated people quickly. Adjustments settle in gently, as progress builds one part at a time. Faster than you’d expect, help appears once the signal sends. Right when issues kick off, exact spots pop up without delay. Now everything shifts for those lost in books. When answers come quicker, walking through tasks gets easier somehow. A lone woman gains steadier ground when protection lives inside her device. Alerts fire off without delay, ditching the old slow ways entirely. Last one through grabs a slice, just stands there without sound. When someone walks near, the dark trails seem less heavy. Instantly, all the pieces it needs stay put within. On its own, the system runs steady, never slipping.

References

[1]Sharma, A., Gupta, P., “Smart Women Safety Application using GPS and SMS,” International Journalof Engineering Research, 2021. [2]Priya, M., Karthika, R., “Android Based Women Safety App,” International Conference on Smart Systems, 2022. [3]Joseph, R., Maria, T., “Mobile Emergency Alert System for Women,” Journal of Mobile Applications, 2020. [4]Meena, P., Raj, A., “Auto SOS Application for Women Security,” IJITEE, 2021. [5]Kumar, N., Devi, S., “Emergency Contact Alert and Tracking App,” IEEE Conference Proceedings, 2022. [6]Ramesh, M., Priya, V., “Location-based Personal Safety Mobile System,” International Journal of IoT and Software Applications, 2023. [7]Nithya, S., Harini, P., “Voice Activated Emergency Mobile Application,” Journal of AI and Mobile Computing, 2022. [8]Deepa, L., Arun, K., “Smart Mobile App for Women Safety,” International Journal of Advanced Computer Science, 2021. [9]Bhavani, T., Rajalakshmi, P., “GPS Enabled Safety Alert Application,” Software Systems Journal, 2022. [10]Sangeetha, M., “Mobile Security Application for Women Travellers,” International Research Journal of Engineering .
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