SWIFTAID: An AI-Driven Ambulance Dispatch and Route Optimization Platform for Dense Urban Environments

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Authors: Chinmay Panda, Subashini H, Prince Gupta, Sharon Lugun, Miruthulaa VG, Kamalraj R, Siddhartha Chatterjee
Cited by: 1

Abstract

Urban ambulance response in dense Indian cities such as Bengaluru is frequently delayed by heavy traffic, reac- tive dispatch protocols, poor coordination and limited real-time visibility. SWIFTAID is a platform that integrates a mobile-first SOS interface, driver application, cloud backend and machine- learning modules for predictive dispatch and traffic-aware route optimization. The system captures accurate location and min- imal medical metadata from patients, applies ML to allocate ambulances and rank route alternatives using historical and live traffic signals, and provides continuous tracking for patients, drivers and hospital staff. The core innovation is a complete machine learning pipeline that collects real ambulance trip data in Firebase, trains gradient-boosted regression models (XGBoost)on historical traffic patterns, and performs real-time route predic- tion with R2 = 0.84 accuracy. Evaluation under Bengaluru traffic conditions demonstrates average response time improvements of 18–22% during peak hours compared to conventional GPS-based routing.

Fields of Study & Subjects

Traffic Prediction and Management Techniques Human Mobility and Location-Based Analysis IoT and GPS-based Vehicle Safety Systems

Publication details

Journal / source
International Journal of Creative and Open Research in Engineering and Management
Publisher
Edtech Publishers (OPC) Private Limited
Volume
02
Issue
04
Pages
1–9
Publication date
7 April 2026