Emergency Response System: Design and Development of an SOS Mobile Application
Prof. Renuka Vaidya1, Akanksha Kadam2, Isha Inamdar3 , Dnyaneshwari Varal4,
Sakshi Paradkar5
1Professor, Department of Information Technology, Zeal College Of Engineering And Research(ZCOER), Pune, Maharashtra, India
2,3,4,5Student, Department of Information Technology, Zeal College Of Engineering And Research(ZCOER), Pune, Maharashtra, India
Abstract - Emergency applications have revolutionized emergency response systems by providing swift and efficient assistance, significantly enhancing user safety. Unlike earlier SMS-based models with basic location tracking, modern SOS applications integrate advanced functionalities, including real-time location sharing, multilingual support, offline accessibility, medical data storage, and hands-free activation. These improvements ensure effective emergency communication, particularly in remote or inaccessible regions. Additionally, some applications utilize mapping algorithms, such as Dijkstra’s algorithm, to identify the fastest route for emergency services, reducing response time and increasing efficiency. Other systems send distress alerts via SMS and email to emergency contacts and helplines, ensuring immediate intervention during crises . Recent technological advancements have introduced innovative features like offline location tracking, voice-activated emergency responses, and crowd-assisted rescue operations. Furthermore, artificial intelligence (AI) and machine learning (ML) are being integrated into SOS applications to predict emergencies, assess their severity, and allocate resources efficiently. Cloud-based infrastructure enhances data management and connectivity, facilitating seamless coordination between users, emergency centers, and first responders . As SOS applications continue to evolve, future developments will focus on enhancing predictive capabilities, automating response mechanisms, and improving accessibility. These innovations aim to strengthen emergency preparedness and optimize crisis management, ultimately saving more lives.
Key Words: Android applications, Emergency response systems, Medical Location tracking, Multilingual medical data voice command storage, Offline gesture activation, AI/ML, Emergency safety,Flutter,Firebase.
