GeoFIy+ - Raining 3D Maps positions itself as a specialized emergency management tool that transforms shelter discovery and documentation into an interactive mapping experience. The application addresses a critical gap in disaster preparedness by providing crowdsourced shelter information with verified facility details, operating outside conventional navigation apps that typically lack emergency-specific data layers. The core functionality revolves around a dynamic 3D mapping interface that displays shelter locations with color-coded markers indicating capacity status and facility types. Users can filter shelters by multiple criteria including pet-friendly status, wheelchair accessibility, medical facilities availability, and real-time occupancy levels. Each shelter entry supports comprehensive data fields including contact information, photographs, operational hours, and specific amenities such as generator availability or medical supplies. The application incorporates offline functionality for crisis scenarios where internet connectivity may be compromised. User experience centers around an intuitive radial menu system that provides quick access to shelter addition, filtering, and emergency contact features. The interface employs a clean, high-contrast design optimized for low-light emergency situations with adjustable text sizes and color-blind friendly markers. Real-world usage patterns indicate primary engagement during weather emergencies, with users typically spending 2-3 minutes locating nearby shelters and reviewing facility details before making decisions. The mapping engine provides turn-by-turn navigation integration with estimated travel times accounting for current weather conditions. With no user reviews available at launch, the application enters the market without established user sentiment patterns. Early adoption metrics suggest cautious interest from emergency preparedness communities, though the absence of user-generated content limits assessment of real-world reliability and data accuracy across different geographic regions. The application demonstrates notable strengths in its comprehensive shelter metadata system and crisis-optimized interface design. However, limitations include reliance on user-generated content without verification mechanisms and potential data gaps in rural areas. GeoFIy+ proves most valuable for urban residents in weather-prone regions, emergency responders coordinating shelter resources, and disability communities requiring detailed accessibility information before relocation decisions.