Implementation of Building Stronger Communities for New Safety approach and Recruitment using AIML
Globally, women's safety is severely impacted by the increasing prevalence of harassment and violence in public areas. According to data from international organizations like the National Crime Records Bureau (NCRB) and the World Health Organization (WHO), around 35% of women experience harassment and distress in public spaces such as parks, transportation hubs, and pedestrian zones. In this proposed software platform integrates a web- based emergency alert system with direct law enforcement integration, community-based notifications, and real-time location tracking. The app's SOS function allows for quick aid mobilization by instantaneously alerting community members and pre-saved emergency contacts within a 2-kilometer radius when a user faces a potential threat. Law enforcement in the area is also alerted to situations to guarantee a prompt reaction. Responders are constantly updated with real-time location monitoring thanks to GPS technology, which gives them precise coordinates so they can find the user quickly. Additional features like geofencing, which alerts users when they approach high-risk areas identified by other community members, are also included in the app to improve preventive safety measures. The program generates a shared, constantly updated safety map that alerts users to possible dangers in real time by combining incident reports and statistics about risky locations. By encouraging community involvement and a shared sense of security, this dual emphasis on fast response and preventive knowledge empowers users. In addition to addressing urgent safety issues, this platform seeks to strengthen women's unity and boost their self-esteem in public places. The system is positioned to be an important instrument for community resilience and personal safety by fusing technology and community support, making the environment safer and more encouraging for everyone.
Authors
- P Manimaran
- V S Prathiksha
- S Madhan
- R Janani
Publication Details
- Published
- 2024-12-12
- DOI
- https://doi.org/10.1109/icercs63125.2024.10895127
- Citations
- 1
- Primary Topic
- Risk and Safety Analysis
- Type
- article
- Field-Weighted Citation Impact
- 0.46