Integrated personal safety system and method of using the same

Smart overview of the Invention

An integrated real-time personal safety system is designed to enhance user safety through proactive detection and alerts. This system includes a data collection unit with a sensor-embedded wearable device and environmental and physiological sensors, ensuring comprehensive monitoring of the user's surroundings and health. Wireless communication modules facilitate seamless real-time data transmission to cloud-based services for analysis. The processing unit uses this data to predict threats and alerts the user via visual, auditory, or haptic signals, ensuring a proactive response to potential hazards.

Technical Field

The system relates to data gathering, transfer, analysis, and alerting devices, specifically wearable technology that detects hazards and alerts users. Current personal safety measures are often based on subjective experiences rather than empirical data, as highlighted by incidents involving unforeseen environmental hazards or human behavior mishaps. These examples underscore the need for data-driven safety systems that provide real-time analytics to aid decision-making in critical situations.

System Components

The safety system consists of a data collection unit, analysis and processing unit, and signal alert unit. The data collection unit gathers information from personal wearable devices and environmental sensors, including public CCTV, traffic systems, emergency services, social media feeds, and news reports. Wearable devices feature cameras for 360-degree coverage with night vision and thermal imaging capabilities. A compact personal drone may also be included to provide aerial information.

Data Analysis and Alerts

The system's processing unit analyzes collected data to estimate hazard likelihoods and refine predictive models while ensuring privacy through anonymization and secure transmission. The signal alert unit notifies users based on factors such as proximity or urgency. It also integrates with public systems for comprehensive hazard alerts and can communicate with other users' safety systems for collective awareness. Additionally, it offers assistance during complex decision-making scenarios to prevent accidents.

Integration and Method of Use

This technology integrates with public safety systems to improve situational awareness and reduce accident risks due to abrupt decisions or misinformation. It includes a feedback mechanism for improving predictive models based on user experiences, along with GPS tracking for enhanced location safety. Users can sign up for a service, download an app, synchronize it with the wearable device, and receive alerts about potential hazards with suggested actions to take.