Real-Time Volumetric Modeling for Large-Scale Mining Operations
Overview
Roy Hill operates one of the world's largest iron ore mining projects, generating vast amounts of geological, drilling, and operational data. To improve decision-making and unify subsurface understanding, Roy Hill implemented the volumetric technology developed in partnership with Voxel Farm to create a centralized, high-precision spatial intelligence environment.
Traditional surface-based modeling tools struggled to handle the scale and complexity of Roy Hill’s data while maintaining the spatial precision required for engineering and geological workflows. Analyzing drilling data, correlating geological structures, and updating models often required significant manual effort and processing time.
Roy Hill needed a solution capable of integrating massive datasets, supporting real-time analysis, and enabling collaboration across geological, engineering, and operational teams.
Solution
Using the voxel-based volumetric platform, Roy Hill built a unified 3D and 4D representation of its mining environment.
The platform allows teams to import drilling data, terrain models, and geological information into a single volumetric framework, where each drill hole includes detailed geological and operational attributes.
Engineers and geologists can now:
-
Analyze hundreds of drilling reports in seconds while maintaining centimeter to millimeter level spatial accuracy
-
Instantly filter, query, and visualize drill holes and geological intervals in 3D
-
Convert raw spatial datasets into optimized voxel models for fast computation
-
Interactively explore subsurface structures and material distributions
-
Share a unified spatial view across departments through a centralized platform
This volumetric approach enables continuous updates and real-time interaction, eliminating delays associated with traditional model rebuilding.
Technology Advantage: Volumetric 4D Computation
At the core of the system is Voxel Farm's volumetric computation engine, which represents the environment as a grid of voxels rather than disconnected surfaces.
This enables:
-
In-depth visualization of geological structures
-
Fast geological modeling and spatial analysis
-
Rapid computation of massive datasets
-
Real-time filtering and querying of drilling and operational data
-
Time-aware (4D) modeling to track changes and evolving mine conditions
Because all data resides in a centralized volumetric model, teams can work simultaneously without duplicating files or compromising data integrity.
Results
Roy Hill achieved significant operational and technical improvements:
-
Faster interpretation of drilling and geological data
-
Improved accuracy in orebody modeling and planning
-
Real-time access to subsurface information
-
Greater collaboration between geology, engineering, and operations teams
-
Scalable performance across extremely large spatial datasets
By moving from fragmented surface models to a unified volumetric environment, Roy Hill gained the ability to compute, visualize, and understand its mining environment with unprecedented speed and precision.
Explore the platform
Ready for Voxel Intelligence?
Request a Demo