GITNUXSOFTWARE ADVICE
Mining Natural ResourcesTop 10 Best 3D Mining Software of 2026
Top 10 3d mining software ranked for modeling, planning, and simulation, with tools like Epiroc Simulators and Hexagon MinePlan.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
CAE Mining is the best fit for teams that need repeatable 3D mine scenarios for training and planning reviews, while GeoticMine is a strong alternative when mine planning teams want consistent 3D design iterations with dependable exports.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
CAE Mining
Scenario assembly geared for interactive playback, letting teams reuse the same mine environment for multiple training and review cycles.
Built for fits when teams need repeatable 3D mine scenarios for training and planning reviews..
GeoticMine
Editor pickProject workspace binding of 3D design edits to derived planning outputs reduces mismatch risk.
Built for fits when mine planning teams need repeatable 3D design iterations with consistent exports..
Eagle Mining
Editor pickGeometry-first planning with interactive solid edits that directly feed earthworks quantity outputs.
Built for fits when planning teams need geometry-driven quantities with consistent 3D review before handoff..
Related reading
Comparison Table
CAE Mining
vertical specialistMining software division providing 3D geological modeling and mine planning tools.
Scenario assembly geared for interactive playback, letting teams reuse the same mine environment for multiple training and review cycles.
CAE Mining is designed around scenario assembly where geospatial layers, 3D solids, and modeled assets are organized for interactive review and repeatable playback. The workflow supports CAD-to-visual integration patterns for mine layouts and engineering constraints, including cross-section style review and volumetric scene construction. Scene configuration favors simulation use where users need consistent environments for planning workshops and operator training.
A tradeoff is that CAE Mining’s strongest value shows up when teams plan for scenario authoring cycles rather than one-off visualization tasks. Teams also get better results when source data preparation handles coordinate system alignment and cleanup before import. CAE Mining fits best when the same site environment must be reused across planning iterations and training runs.
- +Scenario-based authoring supports repeatable 3D training and reviews
- +Strong integration with external geospatial and engineering datasets
- +Interactive playback helps validate plans with stakeholders
- +Configuration controls support consistent environment reuse
- –Less suited to quick ad hoc visualization without authoring time
- –Import pipelines are sensitive to coordinate alignment quality
- –Advanced workflows require a structured data preparation process
- –Tight simulation orientation can limit pure CAD-only usage
Mining operations training teams
Reuse mine scenarios for operator instruction
More consistent training sessions
Mine planning engineering teams
Review layouts with stakeholder-ready 3D scenes
Faster stakeholder alignment
Show 2 more scenarios
Survey and data integration teams
Validate survey alignment before model use
Lower rework from bad alignment
Teams test imported geospatial datasets in the 3D environment to catch alignment issues early.
Digital twin program owners
Maintain site environment across iterations
Consistent environment versioning
Organizations configure scene elements so the same environment can be updated for new planning cycles.
Best for: Fits when teams need repeatable 3D mine scenarios for training and planning reviews.
More related reading
GeoticMine
vertical specialist3D geological modeling and data management software tailored for mining exploration.
Project workspace binding of 3D design edits to derived planning outputs reduces mismatch risk.
GeoticMine fits planners and mine engineers who need consistent 3D workspace coordination across terrain, solids, and planning artifacts. It supports workflows that start with spatial data ingestion, continue through 3D editing and solids operations, and end with planning outputs derived from those model updates. Automation depth is strongest when recurring designs follow the same project structure and export patterns rather than when ad hoc edits dominate.
A key tradeoff is that getting strong results depends on maintaining consistent coordinate systems and data alignment before major geometry edits. GeoticMine is a better fit for teams running frequent planning iterations on a bounded set of sites than for teams doing one-off visualization with minimal data governance.
- +Project-based organization keeps 3D design assets tied to planning outputs
- +Solid modeling and 3D edits stay connected to derived volumes
- +Export workflows support reuse in downstream planning and simulation steps
- +Multi-view planning helps review design changes without rebuilding context
- –Strong coordinate discipline is required for reliable geometry results
- –Automation depth is narrower for highly bespoke one-off workflows
- –Some advanced modeling steps take time to learn
- –High-volume data sessions can feel slow without careful workspace management
Mine planning engineers
Iterative pit and infrastructure design
Faster change review cycles
Geology and survey teams
Coordinate-consistent spatial integration
Fewer alignment defects
Show 2 more scenarios
Operations planning analysts
Volume-driven planning updates
More consistent scenario comparisons
Use project-linked geometry changes to recalculate planning volumes for ongoing scenarios.
Engineering teams
Prepare simulation-ready outputs
Reduced downstream rework
Export planning geometry that reflects the latest 3D design state used in project views.
Best for: Fits when mine planning teams need repeatable 3D design iterations with consistent exports.
Eagle Mining
vertical specialistMining software with 3D modeling capabilities for exploration and mine planning.
Geometry-first planning with interactive solid edits that directly feed earthworks quantity outputs.
Eagle Mining is geared toward end-to-end planning tasks where geology surfaces and solids drive downstream mine design. Planning sessions can combine terrain data, mine geometry edits, and output generation for work packages. The workflow favors interactive 3D visualization so teams can validate geometry changes before exporting.
A tradeoff appears in governance depth for multi-team environments, where consistent production standards require tighter user process than in platforms with broader RBAC and audit tooling. Eagle Mining fits teams that already run a CAD-to-geology style pipeline and need a dedicated planning workspace for geometry-to-quantity outputs.
- +Interactive 3D planning workflow for reviewing geometry edits
- +Volume and earthworks outputs driven by solid and terrain context
- +Import and export formats support handoff to downstream tools
- +Configurable task steps for repeatable planning sessions
- –Governance controls for multi-team production can be light
- –Some advanced simulation-ready outputs need extra downstream processing
- –Large site models can slow interaction on limited workstation specs
- –Automation hinges on workflow configuration rather than broad API access
Mine planning engineers
Iterate pit geometry and quantities
Faster reconciliation of design changes
Geology modelers
Validate geological surfaces in 3D
Earlier detection of misalignment
Show 1 more scenario
Engineering data coordinators
Coordinate survey and terrain handoffs
Cleaner downstream model transfers
The workflow ingests spatial data, aligns it to site grids, and exports planning solids.
Best for: Fits when planning teams need geometry-driven quantities with consistent 3D review before handoff.
More related reading
Micromine
vertical specialistComprehensive 3D mining and geological modeling software for resource estimation and mine planning.
Project-based planning that keeps geology, surfaces, and volumetrics tied to the same geospatial coordinate framework.
Micromine is a 3D mine planning and mine operations modeling system focused on turning survey, wireframes, and geological data into mine designs and production-ready planning. Its planning workflow centers on geological block modeling and geospatial visualization, then carries those solids into tasks like pit design surfaces and volumetric quantities.
Micromine also supports collaboration through project-based data management and configurable workspaces that reflect site coordinate systems and mine grids. Automation and integration are handled through import/export and extensibility hooks that connect Micromine datasets to downstream reporting and simulation workflows.
- +Strong geological block model to design surfaces planning workflow
- +Geospatial visualization supports site coordinate system and mine grid consistency
- +Solid import and export options for survey, geology, and design deliverables
- +Configurable project workspaces support repeatable site-specific processes
- –Advanced workflows depend on disciplined data preparation and model QA
- –Automation typically requires scripting or structured integration, not pure drag-and-drop
- –Complex pit and design modeling can feel heavy without tuned templates
- –Cross-team governance needs careful project and workspace role management
Best for: Fits when mining teams need 3D geological modeling plus mine design surfaces for controlled reconciliation.
Datamine Studio
vertical specialistSuite of 3D mining software tools covering geological modeling, mine design, and production scheduling.
Studio’s solids-based design workflow supports consistent cut and fill style planning operations inside the same modeling environment.
Datamine Studio drives end-to-end 3D mine planning by combining geological modeling, design changes, and schedule-facing outputs in a single workflow environment. It supports survey and block model driven engineering tasks, including solids-based mine design operations and volume extraction used for planning studies.
The software also emphasizes project automation through repeatable processes and configurable tools that help teams standardize modeling and design steps. Integration is oriented around data import and export for downstream analysis, reporting, and simulation work.
- +Repeatable modeling and design steps reduce variation across planning cycles
- +Geological and solids workflows support practical mine design and volume extraction
- +Import and export pathways fit common downstream study and visualization needs
- +Project automation reduces manual rework during iterative design updates
- –Best results require careful project setup and consistent data conventions
- –Some workflow steps depend on building the right configuration for each project
- –Large projects can feel slower when handling dense 3D datasets
- –Audit and permission controls are not as granular as some enterprise governance stacks
Best for: Fits when engineering teams need controlled, repeatable 3D mine design workflows that feed downstream studies.
Carlson Mining
vertical specialistMining and geological surveying software with 3D modeling tools for surface and underground mines.
Solids and earthworks editing tied to grid and coordinate workflows for repeatable pit and cut-and-fill updates.
Carlson Mining is a 3D mine planning workflow built around Carlson’s geology and survey tooling, with a focus on turning mapped information into design surfaces and blocky planning outputs. It supports pit and mine design tasks like terrain and grid work, cross-section handling, and 3D solids based editing for earthworks calculations.
Carlson Mining also supports reconciliation-style checks by keeping design geometry linked to input survey and model sources. Geospatial output and interoperability with downstream mine simulation and reporting workflows are designed to reduce manual rework.
- +End-to-end workflow from survey and geology inputs to 3D design geometry
- +Cross-section and solids-based earthworks editing for pit and cut-and-fill plans
- +Grid alignment and coordinate transformation support for mine grid workflows
- +Interoperable outputs for downstream planning and reporting steps
- –Some advanced automation and scenario management are less mature than dedicated planners
- –Automation via API or external orchestration is limited compared with integration-first vendors
- –Large model performance depends heavily on input density and mesh generation settings
- –Governance features like granular RBAC and detailed audit logs are not a primary focus
Best for: Fits when survey and geology teams already use Carlson workflows for repeatable 3D design delivery.
More related reading
Promine
vertical specialistAutoCAD-based mining software providing 3D modeling for underground and open-pit mine design.
Geospatial visualization tuned for validating planned design geometry against survey-aligned context during iterative plan regeneration.
Promine targets end to end 3D mine planning workflows with a strong focus on geospatial visualization and model-driven design review. It supports geological block model usage alongside mine design elements so teams can move from surface survey inputs to planned shapes and volumetrics.
The workflow centers on coordinating multiple spatial datasets in a consistent coordinate system and then preparing outputs for downstream analysis and simulation. Automation is oriented around repeatable planning steps rather than one-off visualization sessions, which helps when mine plans must be regenerated for design updates.
- +Geospatial visualization helps validate models against survey context
- +Repeatable planning workflow supports frequent design regeneration
- +Integrated handling of geological block model inputs reduces rework
- +Spatial coordination features support consistent coordinate system usage
- –Limited evidence of deep, end-to-end haul route simulation tooling
- –Automation depends on workflow conventions that need internal standardization
- –Complex projects can require careful dataset naming and dataset lifecycle control
- –API and extensibility depth appear narrower than model-centric CAD toolchains
Best for: Fits when teams need coordinated 3D mine planning review across geospatial data and block model driven design outputs.
RockWorks
vertical specialistGeological software with 3D modeling tools for subsurface visualization including mining applications.
RockWorks volume and pit solid modeling workflow links geological interpretation to earthworks-ready 3D results for iterative mine design.
RockWorks is a 3D mining and geoscience modeling suite built around CAD-style geological workflows and geospatial visualization. It supports integrated surface and subsurface modeling tasks such as pit shell generation, volume computation from solids, and geological interpretation to drive mine design iterations.
The toolset is geared toward producing a navigable 3D environment for planning work, with workflows that connect drill data, stratigraphy, and model outputs into repeatable design updates. RockWorks also provides export paths for downstream use, including common geospatial and modeling outputs used in simulation and reporting pipelines.
- +Strong 3D solids and volumetrics workflow for pit and earthworks planning
- +Geological modeling tools support stratigraphy interpretation to feed designs
- +Point and surface visualization pipelines help reconcile drill and terrain geometry
- +Exports support integration with external mine planning and analysis steps
- –Less tailored for survey data automation than planning suites built around mine systems
- –Workflow depth can require training for new teams doing full 3D model cycles
- –Large models can hit performance limits without careful dataset management
- –Collaboration and governance features are limited versus multi-user mining platforms
Best for: Fits when mining teams need repeatable 3D modeling, pit solids, and volumetrics driven by geological interpretation.
More related reading
Surpac
vertical specialistGeology and mine planning software delivering 3D block modeling, drillhole management, and reserve estimation.
Surpac modeling workflows for geological and engineering solids that support pit and earthworks design handoffs from a single project model.
Surpac is used to generate and edit geological and engineering 3D models for mine planning, from import through modeling and design output. The tool supports typical mine workflow building blocks such as solids and surface modeling for pit and earthworks design, resource modeling for geological block models, and measurement and volume workflows on terrain and solids.
Surpac also targets operational geology use with grade control style modeling tasks and survey-driven updates that keep models aligned to the mining grid. Integration usually centers on geospatial data ingestion and exchange formats used for mine planning handoffs, rather than a custom in-app simulation engine.
- +Strong solids and surface modeling workflow for pit and earthworks design
- +Geological and engineering modeling coverage for resource to mine design outputs
- +Survey-driven updates support iterative planning cycles on mine grids
- +Established geospatial data exchange for handoffs into downstream tools
- –Automation relies more on workflow discipline than on visible orchestration tools
- –API and extensibility are less transparent than in products built around developer workflows
- –Point cloud ingestion and LiDAR-specific processing are not the primary strength
- –Complex models can require careful coordinate system and grading conventions
Best for: Fits when planning teams need repeatable 3D mine modeling and design outputs with strong survey-aligned editing.
GEOVIA Surpac
vertical specialist3D geological modeling and mine planning software from Dassault Systèmes for mineral resources.
Surpac supports integrated geological interpretation tied to block model workflows, then drives downstream mine design solids generation.
GEOVIA Surpac targets mine planning workflows with a long-established bias toward geological interpretation, 3D resource modeling, and mine design preparation. It provides survey-driven terrain and grid management, orebody and block model workflows, and detailed solids operations for pits and earthworks.
The 3D view supports coordinate system transformation and geospatial visualization so projects stay consistent across field and office datasets. Surpac is also used as a CAD-to-geology bridge where outputs feed downstream scheduling, volume tracking, and cut-and-fill planning.
- +Deep toolset for geological interpretation tied directly to block modeling outputs
- +Strong support for solids boolean operations used in pit and earthworks modeling
- +Survey integration supports consistent terrain and grid alignment in 3D workspaces
- +Mature formats and workflows for importing and preparing geospatial data for design
- –Automation and extensibility rely more on project scripting patterns than modern APIs
- –Large projects can feel heavy without disciplined layer and dependency management
- –Cross-discipline coordination depends on external tools for some simulation-style tasks
- –Role separation and governed publishing workflows require careful administrative setup
Best for: Fits when geology teams need consistent 3D interpretation and design outputs feeding planners and graders.
Conclusion
After evaluating 10 mining natural resources, CAE Mining stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right 3d mining software
3d mining software brings mine planning, geological interpretation, and 3D design delivery into a single working environment where teams can regenerate geometry and review changes in context. This guide covers CAE Mining, GeoticMine, Eagle Mining, Micromine, Datamine Studio, Carlson Mining, Promine, RockWorks, Surpac, and GEOVIA Surpac.
The standout differences across the list show up in how scenario playback supports interactive training, how project workspaces bind derived planning outputs to edits, and how solids-based workflows drive earthworks and volumetrics. The tool selection also reflects integration depth, automation surface, and governance patterns such as scenario reuse versus authoring-heavy workflows.
3D mine planning, solids design, and geological modeling software for mine design delivery
3d mining software is used to build and edit 3D mine geometry, connect it to geological or survey-aligned context, and generate planning-ready outputs like pit and cut-and-fill volumes. Many implementations center on solids-based modeling and earthworks quantity extraction so teams can iterate designs with fewer translation gaps between interpretation and mine geometry.
CAE Mining is positioned around scenario assembly for interactive playback, which supports repeated training and planning review cycles using the same mine environment. GeoticMine emphasizes project workspace binding that keeps 3D design edits connected to derived planning outputs, which reduces mismatch risk when exporting consistent geometry for downstream use.
What to score for 3D mining software
3D mining software succeeds when it keeps edits and outputs aligned across geology, design geometry, and earthworks quantities. In this list, the strongest differentiators are scenario reuse, project-to-output binding, and geometry-first workflows that reduce rework between planning and review.
Scenario reuse for training and planning playback
CAE Mining is built for scenario assembly that supports interactive playback so the same mine environment can be reused across training and review cycles. This pattern is less suited to quick ad hoc visualization because it expects scenario authoring.
Project-to-output binding that reduces mismatch risk
GeoticMine binds 3D design edits to derived planning outputs inside a project workspace so exports stay consistent. This reduces mismatch risk but it depends on strict coordinate discipline for reliable geometry results.
Geometry-first planning that drives earthworks quantities
Eagle Mining centers on interactive solid edits that feed earthworks quantity outputs from the same 3D context. Datamine Studio also supports solids-based cut-and-fill style operations, but Eagle Mining is positioned around geometry-driven review before handoff.
Geospatial context validation during iterative regeneration
Promine uses geospatial visualization tuned for validating planned design geometry against survey-aligned context during plan regeneration. CAE Mining emphasizes playback reuse for review cycles instead of deep haul route simulation tooling.
Solids and earthworks editing tied to grid and coordinate workflows
Carlson Mining ties solids and earthworks editing to grid and coordinate workflows for repeatable pit and cut-and-fill updates. Micromine keeps geology, surfaces, and volumetrics tied to the same geospatial coordinate framework, which supports controlled reconciliation.
Integrated geology interpretation mapped directly to design solids
GEOVIA Surpac connects geological interpretation tied to block modeling outputs into downstream mine design solids generation. RockWorks supports pit solids and volumetrics driven by stratigraphy interpretation, but it is less tailored for survey data automation than planner-focused suites.
Choose based on workflow philosophy, not just modeling depth
Start by matching the product’s workflow center to the team’s repeat work. CAE Mining is designed for scenario assembly and interactive playback, while GeoticMine is designed to bind edits to derived planning outputs inside a project workspace.
Pick scenario playback or project binding as the control mechanism
If training and planning reviews must reuse the same mine environment with repeatable playback, CAE Mining supports scenario assembly for interactive replay cycles. If the organization needs edits to stay linked to derived planning outputs through the project workspace, GeoticMine’s project binding pattern is the tighter fit.
Select geometry-first solid editing when quantities depend on solids
Choose Eagle Mining when interactive solid edits directly feed earthworks quantity outputs so review and quantity extraction stay in one geometry-first workflow. Choose Datamine Studio when cut and fill style planning operations must run inside a solids-based design workflow that stays repeatable across planning steps.
Decide how strict coordinate alignment discipline must be
If the team can enforce strong coordinate alignment discipline, GeoticMine can keep geometry results reliable through its binding of design edits to planning outputs. If coordinate QA is harder, Micromine can still maintain consistency across geology, surfaces, and volumetrics but advanced workflows depend on careful data preparation and model QA.
Match governance needs to multi-team production maturity
If multi-team production governance is a core requirement, Eagle Mining can be a risk because governance controls for multi-team production can be light. If governance expectations are simpler and outputs are tied to project conventions, Carlson Mining’s repeatable grid and coordinate workflow can still support stable pit and cut-and-fill updates.
Validate automation surface against the regeneration cadence
If regeneration must run frequently with orchestration and integration support, favor CAE Mining’s integration with external geospatial and engineering datasets and its scenario reuse pattern. If the regeneration cadence relies on workflow discipline instead of visible orchestration tooling, Surpac automation relies more on workflow discipline than on orchestration features.
Confirm end-to-end depth for the specific simulation scope
If haul route simulation is part of the expected end-to-end workflow, check Promine because evidence of deep end-to-end haul route simulation tooling is limited. If haul route simulation is handled downstream, RockWorks and GEOVIA Surpac can still be viable because they focus on solids, stratigraphy interpretation, and pit and earthworks modeling outputs.
Who should use which 3D mining software workflow
3D mining software matches different roles based on how they regenerate designs and validate outputs. Scenario-driven teams and planning reviewers usually get the most value from playback and context validation, while survey-driven teams benefit from products that tie geometry edits to grid and coordinate workflows.
Training teams and planning reviewers who run repeat review cycles
CAE Mining supports scenario assembly for interactive playback so the same mine environment can be reused across training and review cycles with consistent context.
Mine planning teams that need edits tied to derived planning outputs
GeoticMine keeps 3D design edits connected to derived planning outputs inside a project workspace, which reduces mismatch risk when exports must remain consistent.
Engineering teams focused on geometry-driven earthworks quantities
Eagle Mining provides interactive 3D planning workflow for reviewing geometry edits and driving earthworks quantity outputs from solid and terrain context.
Survey and design delivery teams that already follow grid and coordinate conventions
Carlson Mining supports solids and earthworks editing tied to grid and coordinate workflows so pit and cut-and-fill updates remain repeatable across survey-to-design delivery.
Geologists and teams that interpret stratigraphy and must feed solids directly
GEOVIA Surpac ties geological interpretation directly to block modeling outputs and then drives downstream mine design solids generation for pit and earthworks.
Common buying pitfalls for 3D mining software
Misalignment between the software workflow center and the organization’s regeneration process creates avoidable rework. Several tools in this list succeed when coordinate discipline and project setup conventions are enforced, and they degrade when those conventions are assumed rather than managed.
Choosing a tool for quick visualization without accepting authoring overhead.
CAE Mining scenario-based authoring supports repeatable training and reviews, but it is less suited to quick ad hoc visualization because scenario assembly expects extra setup time.
Underestimating coordinate alignment QA requirements.
GeoticMine results depend on strong coordinate discipline, and Micromine advanced workflows depend on careful data preparation and model QA for reliable geometry outcomes.
Assuming governance and multi-team production controls match planner-first tools.
Eagle Mining can be a governance risk for multi-team production because governance controls can be light compared with scenario and project binding patterns.
Expecting end-to-end haul route simulation from a planning review package.
Promine supports geospatial visualization for validating design geometry, but limited evidence of deep end-to-end haul route simulation tooling means haul route simulation may require downstream handling.
Relying on modern APIs when the workflow depends on scripting patterns.
GEOVIA Surpac and Surpac automation rely more on project scripting patterns or workflow discipline, so automation expectations must align with how each product regenerates design outputs.
How We Selected and Ranked These Tools
We evaluated CAE Mining, GeoticMine, Eagle Mining, Micromine, Datamine Studio, Carlson Mining, Promine, RockWorks, Surpac, and GEOVIA Surpac using feature coverage at 40% weight, ease-of-use and value at 30% each, and integration depth that shows up through reusable workflows. CAE Mining separated itself by pairing scenario assembly designed for interactive playback with strong integration with external geospatial and engineering datasets.
The ranking favored tools that reduce mismatch risk through scenario reuse or project-to-output binding instead of relying mainly on manual review discipline. We also penalized cases where import pipelines are sensitive to coordinate alignment quality or where automation depth is narrower for bespoke one-off workflows.
Frequently Asked Questions About 3d mining software
How do CAE Mining and GeoticMine handle repeatable scenario output for planning reviews?
Which tools are most suitable for CAD-to-geology workflows and pit shell generation?
When does Micromine’s project-based data management reduce reconciliation effort?
What breaks if an editing workflow does not keep solids tied to planning geometry in Eagle Mining and Datamine Studio?
How do Eagle Mining and Promine differ for geospatial visualization during design regeneration?
Which integration approach fits teams that need survey and point cloud ingestion into a consistent model?
How do Carlson Mining and GEOVIA Surpac support cross-section management and grid-linked editing for cut-and-fill planning?
When is Surpac preferable to CAE Mining for simulation handoffs versus authoring repeatable playback?
Which tools provide administrator-grade governance patterns for shared planning projects?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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