Road Rescue System

Authors

  • Prithviraj Prashant Rajput Student, JSPM's RSCOE POLYTECHNIC
    Author
  • Pavan Prakash Potdar Student, JSPM's RSCOE POLYTECHNIC
    Author
  • Parth Suryakant Palande Student, JSPM's RSCOE POLYTECHNIC
    Author
  • Atharva Dayanand Patil Student, JSPM's RSCOE POLYTECHNIC
    Author
  • Sakshi Kulkarni Guide/Prof, JSPM's RSCOE POLYTECHNIC
    Author
  • Prithviraj Rajput , JSPM's RSCOE POLYTECHNIC
    Author

DOI:

Keywords:

Keywords: Web application, assistance, integrated map view, centralized Solution.

Abstract

The Road Rescue System is a comprehensive web application providing 24/7 emergency assistance for road-related incidents. The platform allows users to quickly report emergencies by sending an SOS message, which automatically captures their location for a rapid response. The system categorizes emergencies into three main services: Car Services (e.g., roadside assistance, towing), Medical Emergency, and Fire Emergency. In addition to reporting, the application includes a dashboard to track the live status of reported emergencies. It also features a directory of nearby emergency services like police stations, hospitals, fire stations, and car repair shops, accessible through an integrated map view. Furthermore, the system incorporates a live chat feature for direct support, a feedback mechanism, and a frequently asked questions (FAQ) section to enhance user experience. The Road Rescue System aims to provide a reliable, efficient, and centralized solution for motorists and individuals in need of immediate road assistance. The project, "Road Rescue System," is a web-based platform designed to offer immediate emergency assistance for road-related incidents. It streamlines the process of seeking help by allowing users to send an SOS message that automatically shares their live location. The system categorizes emergencies into three key areas: Car Services, Medical Emergency, and Fire Emergency, ensuring users can get the right help quickly.

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Published

2026-02-11

How to Cite

[1]
Prithviraj Prashant Rajput , “Road Rescue System”, Int. J. Web Multidiscip. Stud. pp. 208-212, 2026-02-11 doi: .