Offshore Mine Mapping & Analysis

Dedicated offshore production facility delivering high-precision 3D mine models and stockpile analytics at global scale. A US-based mining solutions company needed a scalable way to process continuous streams of drone-captured mine data from multiple global sites. Existing workflows relied heavily on fragmented surveying and manual calculations, slowing inventory reporting and limiting operational visibility. The client required a centralized production model capable of generating accurate volumetric reports, terrain models, and engineering-ready outputs across large mining operations. Dedicated offshore production facility established. High-precision volumetric reporting delivered at scale. Engineering-grade 3D terrain models processed for global mining operations.

"Centralized offshore mine mapping improved volumetric accuracy, accelerated terrain analytics and enabled scalable global mining intelligence and operational reporting. "

Industry: Energy & Utilities
Service: Product Engineering

Global: Offshore production facility established
High-precision: Stockpile volumetric reporting
3D: DSM, DTM, and contour models delivered

Challenge

The client was managing large volumes of drone imagery from multiple mine locations, creating operational bottlenecks in terrain processing and stockpile analysis. Traditional surveying methods introduced inconsistencies in volumetric calculations, while engineering teams required outputs compatible across multiple mining and CAD environments. The business needed a repeatable production pipeline that could scale globally without compromising accuracy.

Approach

SBL Infotech established a dedicated offshore geospatial production facility built around aerial triangulation, stereoplotting, and 3D terrain processing workflows. Specialist teams processed drone imagery and ground control points using Pix4D, Mensura, DTMaster, and Autodesk-based environments to generate DSMs, DTMs, contours, orthomosaics, and volumetric reports. Standardised QA processes and engineering-grade validation ensured accurate stockpile measurements and consistent outputs across all mine sites.

Outcome

The client transformed mine mapping into a centralized, scalable digital operation. Stockpile analysis became faster, more consistent, and significantly easier to audit across global locations. Engineering teams gained reliable 3D terrain intelligence for planning and inventory management, while the offshore production model reduced operational overhead and created a long-term foundation for high-volume mining analytics.

IX Case studies

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