Stay Safe

STAY SAFE, disaster resilience AI, is a conceptual all-in-one application designed to support individuals before, during, and after natural disasters. Addressing the unpredictable nature of disasters and the widespread lack of preparedness, this app provides reliable, real-time information and actionable guidance. The app leverages iOS built-in services to integrate weather updates, maps, and real-time alerts, ensuring users have access to essential resources and safe navigation. By incorporating AI-powered technologies and participatory mapping, STAY SAFE enhances information accuracy and reduces user workload during emergencies.



The app provides real-time alerts about disaster situations, helping users stay informed about immediate dangers and potential threats. AI-driven evacuation routes guide users to the nearest shelters, medical facilities, and essential resources, ensuring safety and accessibility during emergencies. Participatory mapping allows users to contribute to disaster response by reporting real-time conditions through photos and descriptions. This collaborative mapping enhances the accuracy and relevance of information, making it more actionable.



STAY SAFE also offers AI-driven chat support, providing quick and precise responses to user queries before, during, and after disasters. This helps users make informed decisions based on real-time data from multiple sources. The Support section includes Prepare and Recovery tabs. The Prepare tab offers guidelines and resources for readiness, while the Recovery tab provides post-disaster support, including government aid and mental health resources.



STAY SAFE aims to be a dependable single source of truth for users, ensuring they are well-prepared, informed, and supported throughout all disaster stages. By fostering community resilience and enhancing public safety, STAY SAFE saves lives and contributes to a more prepared society. The app stands out for its user-centric design, innovative use of AI, and commitment to delivering timely, accurate information in the face of natural disasters.