International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 05 | May 2025
p-ISSN: 2395-072
www.irjet.net
Smart Ambulance: An Interactive Mobile App for Emergency Response Prathamesh Ugalmugale1, Shubham Fasate2, Vikas Sawant3, Dr.S.D.Gunjal4 123Students, Department Of Computer Science And Engineering Jaihind College Of Engineering, Kuran, Pune. 4Professor, Department Of Computer Science And Engineering , Jaihind College Of Engineering, Kuran, Pune.
------------------------------------------------------------------------***-----------------------------------------------------------------------This application allows hospitals through a centralized Abstract – In critical medical emergencies, timely access
platform, enabling quick dispatch, real-time location tracking, and advanced hospital coordination.
to ambulance services can significantly impact patient outcomes. This paper presents Smart Ambulance, an interactive mobile application designed to streamline and optimize the process of requesting and managing emergency ambulance services. The application integrates real-time GPS tracking, user location detection, and automated routing to connect patients with the nearest available ambulances. It provides a user-friendly interface for patients or bystanders to request assistance with a single tap and receive real-time updates on ambulance location and estimated arrival time. Additionally, the system supports backend features for ambulance drivers, including optimized navigation, emergency alerts, and communication with hospitals. The proposed solution aims to reduce response time, enhance coordination among medical services, and improve patient care during transit. By leveraging mobile technology and geolocation services, Smart Ambulance offers a scalable and efficient approach to emergency healthcare delivery, particularly in urban and semi-urban areas.
PROBLEM STATEMENTIn many regions, especially densely populated urban areas and under-resourced rural zones, accessing timely emergency ambulance services remains a major challenge. Delays in locating and dispatching ambulances, lack of real-time tracking, inefficient communication between patients, drivers, and hospitals, and unorganized emergency response systems often result in critical loss of time and, in some cases, preventable fatalities. The absence of a unified, user-friendly, and intelligent mobile platform further exacerbates these issues, making it difficult for individuals in need to connect quickly with the nearest available medical assistance.
LITERATURE SURVEYIn today’s fast-paced and densely populated world, the effectiveness of emergency medical services (EMS) directly impacts patient survival rates. One of the most critical factors in emergency care is the Golden Hour, which refers to the first hour after a traumatic injury, during which prompt medical treatment significantly increases the chances of survival. Traditional ambulance systems often face delays due to uncoordinated communication, traffic congestion, and lack of real-time location tracking. A Smart Ambulance system, integrated with an interactive mobile application, offers a modern solution that leverages IoT, GPS, mobile computing, and cloud infrastructure to reduce response time, enhance coordination, and improve overall emergency care efficiency. Studies have shown that delayed medical intervention leads to increased mortality in trauma and cardiac emergencies. Traditional systems rely on human communication, which can result in miscommunication and delays.[1].Emergency medical services (EMS) play a crucial role in saving lives during critical situations like accidents, cardiac arrests, or trauma. This research introduces a Smart Ambulance system that integrates IoT and cloud-based architecture, combining fingerprint sensors with medical sensors to monitor patient vitals in real-time. The system ensures secure patient identification and facilitates seamless data transmission to healthcare professionals.[2].This paper presents an Android application that allows users to view nearby ambulance services, schedule an ambulance, and track its arrival in
Key Words: Ambulance Dispatch System, Medical Transportation; Route Optimization, Hospital Communication, Location-Based Services
INTRODUCTIONIn today’s fast-paced world, the need for an efficient and rapid emergency medical response system is more critical than ever. Thousands of lives are lost each year due to delays in reaching medical facilities, lack of coordination between ambulances and hospitals, and traffic congestion. In such emergencies, time is the most valuable asset, and even a minute’s delay can lead to life-threatening consequences. Traditional ambulance services often face multiple challenges such as poor route planning, traffic delays, and lack of real-time updates to hospitals. These inefficiencies can severely affect patient survival rates, especially in urban and densely populated areas. With the advancement of mobile technology, GPS, and cloud computing, there is an opportunity to overcome these limitations by integrating smart solutions into healthcare logistics. This project proposes the development of "Smart Ambulance: An Interactive Mobile App for Emergency Response", a mobile-based system that aims to revolutionize how emergency medical services operate.
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