SMART TOURIST SAFETY MONITORING & INCIDENT RESPONSE SYSTEM USING AI, GEO-FENCING & BLOCK-CHAIN USING DIGITAL ID

Abstract

The rapid growth of tourism has significantly
increased concerns regarding traveler safety,
especially in unfamiliar and crowded environments
where immediate assistance may not always be
accessible. This project presents a Smart Tourist
Safety Monitoring and Incident Response System
that leverages modern technologies such as
Artificial Intelligence, geo-fencing, blockchain, and
digital identity integration to enhance tourist
protection and emergency response efficiency. The
system is implemented as an Android-based mobile
application that provides continuous safety
monitoring, real-time location tracking, and
automated alert generation. Tourists can register,
explore destinations, schedule visits, and share
feedback while simultaneously being monitored for
safety. A unique feature of the system is the
emergency alert mechanism triggered by a simple
phone shake, enabling users to send distress signals
instantly without manual navigation. The system
captures GPS-based real-time location and shares it
with nearby police authorities and registered
emergency contacts, ensuring rapid response. On
the administrative side, centralized management
allows efficient handling of tourist data, police
records, and location-based services. Police
authorities receive alerts, track tourists, and
respond promptly through integrated
communication modules. Blockchain-based digital
identity ensures data integrity, security, and
transparency. This system aims to bridge the
communication gap between tourists and
authorities while reducing response delays and
enhancing coordination. By utilizing widely
available smartphone technologies, the solution is
cost-effective, scalable, and practical for real-world
implementation. Ultimately, it improves tourist
confidence, safety, and overall travel experience