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1.1 Overview of EdgeServer

Welcome to EdgeServer!

EdgeServe is an advanced local geospatial data processing solution, designed for mining, construction, and industrial sites where real-time, high-volume data processing is crucial. As part of Skycatch’s Geospatial Solutions, it ensures seamless on-site processing, intelligent data management, and cloud synchronization, all while complying with strict security and network policies.

Why EdgeServer?

Traditional cloud solutions struggle with large-scale data, bandwidth limits, and security restrictions. EdgeServer overcomes these challenges by offering:

  • Scalable, high-performance processing – Runs on dedicated infrastructure for fast and efficient computing.

  • On-site data processing – Reduces latency and eliminates dependence on the internet.

  • Seamless cloud integration – Synchronizes processed data with Skycatch Datahub for enterprise-level access.

  • Optimized for large data volumes – Easily handles high-resolution photogrammetry, point clouds, and geospatial data.

  • Enterprise-grade security and compliance – Meets strict industry data policies.

How It Works

EdgeServer streamlines data workflows:

  • Data import and processing – Supports drone imagery, photogrammetry, and point clouds.

  • Processing queue and management – Prioritizes and automates workflows.

  • Advanced analytics and AI – Enables object removal and geospatial transformations.

  • Cloud synchronization – Selectively uploads results such as point clouds, orthomosaics, and 3D models to Y.

Key Differentiators

  • Local processing, cloud benefits – Combines the speed of local processing with cloud-based collaboration.

  • Support for multiple coordinate systems and local coordinates (localization) – Ensures accurate mapping across different coordinate systems.

  • Data discovery – Allows users to search datasets by location, date, or output type through an interactive interface.

  • Customizable deliverables – Generates point clouds, orthomaps, 3D meshes, digital surface models (DSM), digital terrain models (DTM), and orthophotos.

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