A method to visualize geospatial detection (points and ways) data on maps for analysis and insights. Multiple features for filtering, clustering, and visualization of direction of movement to highlight patterns and potential issues.


The points had aproximate location. They were used to generate real life paths on the map by an external service. The data was imported using gRPC and processed using multithreading in multiple stages to be later stored in a PostgreSQL database with PostGIS extension with multiple types of indexes and partitioning for best performance. The application visualizes geospatial detection data on maps, allowing users to analyze and gain insights from the information. It features an intuitive interface for exploring the data, with options for filtering, clustering, and visualization of the direction of movement to highlight patterns and potential issues.
Handling and visualizing large geospatial datasets efficiently. Integrating gRPC communication with external services for data processing. Implementing database partitioning to optimize performance with vast amounts of data.
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