Abstract :

The Increasing Concerns Over Women S Safety Have Become A Global Issue, With Reports Indicating That Nearly 1 In 3 Women Experience Violence In Their Lifetime And Emergency Response Delays Contributing Significantly To Risk Escalation, While IoT-based Safety Systems Are Projected To Grow At Over 18% Annually. These Environments Demand Reliable, Portable, And Automated Solutions Capable Of Detecting Distress Situations And Ensuring Timely Intervention. Traditional Safety Approaches Rely On Manual Communication, Mobile Apps, Or Helplines, Which May Fail During Critical Situations Due To Delayed Response, Lack Of Immediate Location Tracking, Or User Incapability To Seek Help. Furthermore, Conventional Systems Lack Integrated Health Monitoring, Predictive Alerts, And Real-time Connectivity, Reducing Their Effectiveness In Emergency Scenarios. To Address These Challenges, The Proposed Women Shield: IoT Women Safety Predictive Real-Time Auspicious Security System Utilizes The ESP32 Microcontroller To Implement An Intelligent, Multi-sensor-based Safety Framework. The System Integrates SPO2 Monitoring, Temperature Sensing, And Vibration-based Fall Detection To Continuously Assess The User’s Condition. When Abnormal Parameters Are Detected, The System Automatically Triggers Alerts Through A Buzzer, GSM-based SMS, And IoT Cloud Platforms, Transmitting Real-time GPS Location To Emergency Contacts And Authorities. A Dedicated Panic Switch Provides Instant Manual Alert Activation, Ensuring Immediate Response During Critical Situations. This Comprehensive System Enhances Personal Safety, Enables Rapid Emergency Assistance, And Provides A Scalable, Cost-effective Solution For Women’s Security, While Also Being Adaptable For Child And Elderly Safety Applications

Published:

14-4-2026

Issue:

Vol. 26 No. 4 (2026)

Page Nos:

1696-1702

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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