Real-time Accident Detection and Emergency Notification System for Mobile Devices

Abstract

This abstract presents a conceptual framework for a real-time accident detection and emergency notification system integrated with mobile devices. The proposed system aims to significantly reduce the time between an accident occurrence and the notification of designated contacts, thereby improving response times and potentially mitigating the severity of injuries. Leveraging a combination of on-device sensor data (e.g., accelerometers, gyroscopes, GPS) and advanced machine learning algorithms, the system continuously monitors for patterns indicative of a vehicular or personal accident. Upon detection of a high-probability accident event, the system initiates an automated, multi-modal notification protocol. This protocol includes sending pre-configured SMS messages and/or push notifications containing critical information such as the user's last known location (GPS coordinates), time of incident, and a pre-defined emergency message to a list of pre-selected emergency contacts (relatives, friends, or emergency services). The system is designed with user privacy and false-positive minimization in mind, incorporating user configurable sensitivity settings and a brief confirmation period before dispatching alerts. This innovative approach seeks to provide a crucial layer of safety and peace of mind for individuals, particularly those at higher risk of accidents, by ensuring timely communication with their support network