Geology Modeling
Probabilistic geology modeling for risk-optimal decisions. Automate the repetitive work so geologists can focus on interpretation and insight.
Veins, contacts, offsets and structural trends, assembled into watertight models.
Models fit fast enough to keep pace with new drilling.
Simulation extends deterministic models to characterize their uncertainty.
Built-in k-fold validation rapidly assesses model accuracy.
Resource Modeling
Move from data to defensible, reproducible estimates and simulations, with checking completed along the way.
Exploratory data analysis, capping and contact analysis that guide each modeling choice.
Kriging that adapts for your deposit, including local anisotropy, local capping and local search optimization.
Simulation for drill hole spacing, value of information and classification.
Checks, tables and figures update with every model.
Mine Planning
Carry models and their uncertainty into mine design, for plans that hold up today and adapt as new information arrives.
Ultimate and nested pits optimized directly on RMSP block models.
Optimize across realizations to balance value and risk.
Pit shells, remaining-rock solids and minimum mining width optimization.
Drill Hole Optimization
Build on existing drilling to design infill programs that convert the most resource for the budget.
Test several budgets at once and see resource conversion against spend.
Rigs, access, costs with depth and geology are built in, for surface and underground.
Holes ranked by importance, and manual plans benchmarked against the optimum.
Designs That Account for Risk
Overcome a known limitation of single-model pit designs. Optimize across simulated realizations, see the trade-off between expected value and risk, and choose the design that suits your risk position.
Leading Deterministic and Probabilistic Methods
Use the right method at each step, and connect probabilistic results to the deterministic interpretation.
Deterministic
Fast, repeatable implicit geological models and calibrated estimates that honor the data and the interpretation. Novel techniques lead to improved characterization of your deposit, from local grade orientation extraction to local search optimization.
Probabilistic
Simulated realizations of geology and grade that reproduce natural variability and quantify uncertainty at any scale, for drill hole spacing studies, Mineral Resource classification and mine plans that balance value and risk.
How We Differ From Our Competitors
Comprehensive Toolkit
Hundreds of modeling algorithms, from implicit geology to simulation and optimization, all within the Python ecosystem.
Built for Large Models
Designed from the ground up to handle the largest deposits and be optimized across modern parallel processing.
Local Deployment and Cloud
Build a workflow locally, then run it in AMP or your cloud to update models and run hundreds of realizations.
Expert Support
Our resource modeling experts, who blend academic and industry experience, help you customize and verify your workflows.