The Full Story
Forensic Infrared Mapping with VestVu™
Omni-Spatial Intelligence offers cutting-edge forensic mapping solutions that enable search and rescue teams and law enforcement agencies to locate missing persons or human remains in complex environments. Our advanced solutions leverage rapid infrared scanning technology and involve the collection, analysis, and presentation of thermal data using state-of-the-art Geographic Information Systems (GIS) and sophisticated mapping software.
Techniques
At Omni-Spatial Intelligence, we utilize a comprehensive suite of forensic mapping techniques, including:
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Rapid Infrared Scanning: Our platforms integrate with advanced infrared scanning systems, such as airborne thermal imaging cameras and ground-based infrared sensors, to rapidly scan and map large search areas. These systems can detect subtle temperature variations, enabling the identification of potential human heat signatures or disturbances that may indicate the presence of human remains or recent activity.
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Geospatial Data Integration: Our solutions seamlessly integrate with various geospatial data sources, including high-resolution satellite imagery, terrain models, and environmental data. This integration allows for the creation of detailed 3D maps and the overlay of infrared scan data, providing a comprehensive view of the search area and aiding in the interpretation of thermal anomalies.
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Predictive Modeling and Analysis: We incorporate advanced predictive modeling and spatial analysis capabilities, leveraging techniques such as agent-based modeling, least-cost path analysis, and terrain analysis. These tools help search and rescue teams identify potential movement patterns, prioritize search areas, and optimize resource allocation based on environmental factors and historical data.
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Data Visualization and Reporting: Our platforms provide powerful data visualization and reporting tools, including interactive 3D maps, heat maps, and customizable dashboards. These tools enable search and rescue teams to quickly identify and interpret thermal anomalies, track search progress, and share critical information with stakeholders in a clear and actionable format.
Solution
Omni-Spatial Intelligences AI software solution VestaVu™ integrates with and leverages several existing platforms and technologies to deliver its advanced forensic mapping and rapid infrared scanning capabilities:
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Rapid Infrared Scanning: VestaVu™ integrates with airborne thermal imaging systems such as FLIR Systems' Star SAFIRE and COBRA systems, as well as ground-based infrared sensors like FLIR's Handheld and Unmanned Aerial Vehicle (UAV) thermal cameras. It also utilizes data from satellite-based infrared sensors like NASA's ECOSTRESS and Landsat 8 TIRS.
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Geospatial Data Integration: VestaVu™ seamlessly integrates with various geospatial data sources and platforms, including:​​
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Environmental data from sources like NOAA, USGS, and EPA
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High-resolution satellite imagery from providers like DigitalGlobe, Airbus, and Planet
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Terrain models from sources like USGS National Elevation Dataset (NED) and NASA's Shuttle Radar Topography Mission (SRTM)
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Predictive Modeling and Analysis: For predictive modeling and spatial analysis, VestaVu™ incorporates tools and algorithms from platforms such as:
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Agent-based modeling platforms like GAMA and NetLogo
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Least-cost path analysis tools from ArcGIS Spatial Analyst and GRASS GIS
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Terrain analysis tools from platforms like SAGA GIS and MICRODEM
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Data Visualization and Reporting: VestaVu™ leverages powerful data visualization and reporting platforms, including:
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Interactive 3D mapping and visualization tools from ESRI's ArcGIS Pro and City Engine
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Heat map and cluster analysis tools from QGIS and Kernel Density Estimation (KDE) plugins
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Customizable dashboard and reporting tools like ArcGIS Dashboards and PowerBI
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By seamlessly integrating with these industry-leading platforms and leveraging their specialized capabilities, Omni-Spatial Intelligences VestaVu™ provides a robust and comprehensive solution for search and rescue teams and law enforcement agencies, enabling them to conduct efficient and effective forensic mapping and analysis operations in complex environments.
