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Data Processing & Management

Turning Aerial Data into Actionable Intelligence

At GSC, we transform raw drone imagery into precise, intelligent, and visually compelling geospatial data. Our Drone Data Processing and Management division operates with a singular goal — to deliver unparalleled accuracy, speed, and scalability for every project.

We employ the latest photogrammetry software, enhanced with our in-house developed Scene Classification AI algorithms, enabling us to overcome technical challenges that limit many in the industry. Backed by detailed operational manuals and continuously refined workflows, our process ensures consistent, high-quality deliverables — no matter the project scale or complexity.

With three advanced processing hubs located in KSA, USA, and Egypt, we leverage our proprietary SaaS-based data management platform to automate workflows and harness the power of cloud computing. Our modular processing architecture allows seamless updates or replacements of individual components — minimizing errors and eliminating bottlenecks.

All processing workstations are integrated within a 10GBE network infrastructure, ensuring parallelized, high-speed computation across our expanding cluster — a setup designed for today’s demanding geospatial data workloads and tomorrow’s scaling requirements.

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Project Outputs

Our aerial orthophotos deliver crisp, ortho-rectified imagery with exceptional detail — achieving 2.0 cm/pixel resolution, nearly 10 times higher than typical satellite imagery. Every image is pre-sorted, color-balanced, and sharpened to produce vivid, high-contrast visuals that support accurate measurement and analysis.

The DSM provides an exact representation of the earth’s first visible surface — including terrain, vegetation, and man-made structures. These models are essential for 3D visualization, topographic analysis, and location-based simulations, helping clients better understand site characteristics and elevation variations.

Our DTMs are processed at maximum precision, offering multiple resolution outputs — down to 1m cell size. These models integrate seamlessly with industry-standard platforms including ESRI ArcGIS, Cesium, AutoCAD, and MicroStation, supporting a wide range of engineering and geospatial applications.

Our architectural and CAD teams translate aerial data into detailed 2D master plan drawings, complete with contours, spot elevations, boundaries, and ground control points (GCPs). Visible surface elements — such as light poles, trees, buildings, and manholes — are accurately traced to create a precise, data-rich base map.

Derived from high-resolution DTM data, our contour maps elegantly visualize topographic variations — from gentle slopes to deep depressions. When combined with orthophotos or DSM data, they provide a powerful tool for terrain analysis, site design, and visual exploration.

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We produce photorealistic, geo-referenced 3D mesh models with exceptional detail and texture accuracy. Delivered as .OBJ and .MTL files generated via Pix4D, these models offer immersive visualization ideal for design reviews, simulation, and digital twin applications.

We generate high-density, true-color point clouds in LAS format, providing engineers and designers with precise 3D spatial data for measurement, modeling, and advanced analysis.

Each project concludes with a comprehensive Aerial and Land Survey Report, documenting all methodologies, QA/QC processes, equipment specifications, data accuracy, and coordinate system details. These reports provide full transparency and traceability — reinforcing the reliability and integrity of every dataset we deliver.