Technology briefing
Digital mines • Strategic decisions
10 platforms reshaping mining optimisation
From slope stability and orebody models to production schedules and plant feed: where mining software can turn better information into better decisions.
The mine is a connected system
An attractive pit shell is only a starting point. A workable plan must account for ground conditions, available equipment, plant capacity, stockpiles and the timing of cash flows. Software helps teams compare those choices, while engineers remain responsible for the assumptions and operating decisions.
The platforms below solve different parts of that problem. Some focus on strategic value, others on design and scheduling, and others on geotechnical analysis or operational intelligence. They can complement one another.
The platform countdown
Different tools. Different decisions.
Rocscience Suite
Slope stability before extraction
Slide2 and Slide3 assess slope stability using limit equilibrium methods; RS3 models stress, deformation and groundwater in three dimensions. These tools help engineers test the ground conditions that constrain a mine plan.
What a mine team should test
Use measured rock properties and groundwater data; a model is decision support, not a guarantee against failure.
Micromine
From orebody to executable designs
Micromine’s portfolio connects exploration, geological interpretation, resource estimation and mine planning. Beyond supports design and optimisation workflows; Advance focuses on underground planning, linking stope design with detailed scheduling.
What a mine team should test
Test the handover between resource models, designs and schedules using your own dataset.
Maptek Vulcan
Turn geological data into operating plans
Vulcan provides a 3D environment for geological modelling, mine design and technical data management. Specialised add-ons cover open pit and underground design, scheduling, grade control and optimisation.
What a mine team should test
Confirm the required add-ons: a suite name does not mean every module is included.
Datamine Studio
Connect resource confidence with mine design
Studio RM supports resource modelling and estimation. Studio OP addresses open pit design and operational scheduling; Studio UG provides underground design and data management. The modular structure lets teams assemble a workflow around their mine.
What a mine team should test
Audit model versions and coordinate systems so geological updates reach the engineering plan.
RPMGlobal
Optimise the material and the investment
Product Optimiser supports blending and stockpile decisions. Enterprise Optimiser evaluates multi-site, multi-period strategies, linking operational constraints with capital choices and the net present value of a mining organisation.
What a mine team should test
Compare mine-level gains with shared plant, transport and portfolio constraints.
Hexagon MinePlan
Build schedules around real constraints
Hexagon MinePlan connects design, modelling and planning workflows. Its Schedule Optimizer addresses long-range sequencing and economic objectives; Activity Scheduler supports activity-level plans.
What a mine team should test
Include mining rates, phase access, plant capacity and practical operating limits in scenario testing.
Deswik Suite
Join design, scheduling and operations
Deswik’s optimisation products serve different decisions: NOVA brings open pit scheduling, blending and haulage together; APEX targets underground strategic plans; ORB addresses real-time dispatch and cave management. GO supports open pit optimisation.
What a mine team should test
Select by mining method and planning horizon; ORB is specialised for underground cave operations.
NTWIST MineMax
Reduce uncertainty between stockpile and plant
NTWIST positions MineMax around stockpile intelligence, feed predictability and operational recommendations. It connects ore characteristics with plant performance to help planners, geologists and metallurgists act on changing conditions.
What a mine team should test
Validate forecasts against reconciled plant results and define how operators accept or reject recommendations.
MiningMath
Evaluate connected decisions together
MiningMath describes a single-step approach that considers mining periods, destinations and constraints within one optimisation framework. Its Super Best Case workflow explores potential value beyond a sequential pit-shell approach.
What a mine team should test
Challenge the model with realistic slope, processing, mining and destination limits before comparing value.
GEOVIA Whittle
Test the economic shape of a mine
Dassault Systèmes’ Whittle combines pit optimisation, pushback planning, scheduling, blending and stockpile decisions. Pit Optimizer offers Lerchs–Grossmann and Pseudoflow methods; other roles address multi-mine and simultaneous optimisation.
What a mine team should test
Use consistent price, recovery, cost and discount assumptions when comparing scenarios.
Inside the digital mine
Visualise the ground and the plan
Decision support
Compare by the problem you need to solve
| Platform | Starting question | Input to validate |
|---|---|---|
| Rocscience | Are the slope and excavation assumptions sound? | Rock strength, structure, water |
| Micromine | Can geology, design and schedule work together? | Block model and design rules |
| Maptek Vulcan | Can technical datasets become practical designs? | Survey, geology and model versions |
| Datamine Studio | How do resources connect with mine engineering? | Estimation and design inputs |
| RPMGlobal | Which product and portfolio strategy creates value? | Blend limits, costs and capacities |
| Hexagon MinePlan | Which mine sequence meets the planning constraints? | Reserves, rates and access |
| Deswik | How do mine design and scheduling inform execution? | Dependencies, haulage and fleet |
| NTWIST MineMax | How will changing ore feed affect plant performance? | Ore movement and plant history |
| MiningMath | What changes when linked decisions are solved together? | Block values and global limits |
| GEOVIA Whittle | Which open pit strategy is economically attractive? | Price, recovery, costs and discount rate |
Watch & learn
Open pit slope analysis in practice
Rocscience’s Slide3 tutorial demonstrates an open pit modelling workflow using multi-modal optimisation. This is a technical example of geotechnical analysis, rather than a comparison of all ten platforms.
Published video linked from Rocscience’s product page. Watch on YouTube if the embedded player is unavailable ↗
Maptek videos · RPMGlobal resource centre · Deswik NOVA demonstrations
Panafrican.email analysis
What matters for African mine teams?
For a West African gold project, a Central African copper operation or a southern African underground mine, the practical question is how a system handles the site’s own orebody, infrastructure and people. These are illustrative use cases, not claims of adoption by named mines.
Reconcile surveys, assays, density, recovery and ore movement. Drone surveys and stockpile volumes can improve spatial inputs, but volume alone does not establish grade or mineral resources.
Test power availability, road access, water, processing capacity and export logistics. Increasing mined tonnes has limited value if the plant or transport system cannot handle them.
Include engineer training, readable audit trails, model export and data governance in procurement. Teams should understand why the recommended plan changes.
Compare the software against an agreed baseline using the same price, cost and physical assumptions. Track schedule compliance, recovery, dilution and unit cost, alongside implementation effort.
What does “more value” actually mean?
Many strategic planning tools aim to improve net present value. The result depends on the cash-flow model and constraints supplied by the mine team.
I₀ = initial investment; CFₜ = net cash flow in period t; r = discount rate per period; T = number of periods. Avoid counting initial investment twice if it is already included in period-zero cash flow. Higher modelled NPV is not a guaranteed operating outcome.
Sources & media credits
Follow the evidence
Product descriptions checked against the official pages below on 11 November 2026. Vendor claims describe intended capabilities, not independently verified performance. Images remain credited to their respective providers and are loaded from their public websites; availability and reuse terms remain subject to those providers.
- Mining Digital — original editorial ranking, Louis Fargher, 20 August 2026
- Rocscience Suite — official information
- Micromine — official information
- Maptek Vulcan — official information
- Datamine Studio — official information
- RPMGlobal — official information
- Hexagon MinePlan — official information
- Deswik Suite — official information
- NTWIST MineMax — official information
- MiningMath — official information
- GEOVIA Whittle — official information
- Datamine Studio UG documentation
- Deswik APEX and ORB
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