Audit logging
Provide documented audit or activity logging.
A vendor-neutral requirements framework for discovery, RFI/RFP preparation, demonstrations and technical evaluation across the mining planning-to-execution lifecycle.
Provide documented audit or activity logging.
Integrate with separately evaluated fleet systems.
Integrate with industrial historians or IoT platforms.
Provide documented data interoperability, access control, audit or architecture capabilities.
Expose documented APIs or integration interfaces.
Provide documented role-based access control.
Design blasts or track blast execution without inferring fragmentation analysis.
Reconcile blast design, execution and resulting production context.
Plan blast charging, initiation or timing.
Track drilling execution or drilling progress.
Design drill patterns or related drilling layouts.
Analyze fragmentation following blasting.
Monitor equipment state, cycles, payload or comparable production telemetry.
Assign or dispatch mining equipment, vehicles or work in operational workflows.
Track operators or personnel within documented fleet/operations workflows.
Optimize fleet queues, routes or assignments.
Dispatch truck-shovel or comparable surface mining fleets.
Assign underground fleet or work equipment.
Create, maintain or use block models and resource-estimation workflows.
Store, govern or use drillhole data for mining technical workflows.
Define or use coded geological domains and classification attributes.
Interpret geological domains, surfaces or structures for mining models.
Apply documented geostatistical analysis to resource-modelling workflows.
Support resource or reserve reporting workflows without inferring regulatory compliance.
Validate or reconcile geological models, estimates or production data.
Create or manage geological wireframes, surfaces or solids.
Track crusher feed or downstream material flow.
Define, release or track dig blocks.
Manage or use grade-control sampling workflows.
Reconcile planned and actual material movement, grades or destinations.
Classify material as ore, waste or comparable operational categories.
Track material movement, stockpiles or blending constraints.
Design benches, berms or comparable open-pit geometry.
Compare alternative mine-design scenarios.
Apply geotechnical constraints to design or planning workflows.
Design or model haul roads, waste dumps or stockpiles.
Design open-pit mine geometry, phases, benches, ramps or related layouts.
Design or model open-pit phases, pushbacks or shells.
Design stopes, drives or underground development layouts.
Design underground mine layouts, stopes, development or related infrastructure.
Provide documented mobile field-execution workflows.
Support documented offline operation — do not infer this from mobile access.
Assign operational tasks to operators or field teams.
Compare planned work or production with recorded operational actuals.
Plan mining activities by shift, week or comparable operational horizon.
Support short-interval operational control or comparable execution cadence.
Simulate mining operations using discrete-event or comparable simulation.
Optimize equipment or resource deployment.
Apply documented mathematical optimization to mining decisions.
Simulate mine schedules, equipment or operational scenarios.
Optimize mine schedules using documented methods.
Optimize linked mine-to-processing or value-chain decisions.
Integrate with documented collision-avoidance systems.
Integrate with documented fatigue-monitoring systems.
Provide or integrate documented operational geofencing — no safety-certification claim.
Integrate with documented proximity-detection systems.
Connect with documented safety, personnel/equipment tracking or OT systems; this is not a safety-certification claim.
Schedule mining activities, tasks or work packages.
Apply blending constraints in mine schedules.
Build medium-term mining schedules.
Model production targets, constraints or resource limits in scheduling workflows.
Level resources or equipment against schedule requirements.
Model task dependencies, calendars or operational constraints in schedules.
Compare alternative schedules or planning scenarios.
Build short-term production schedules for mining operations.
Model cut-off-grade assumptions or scenarios.
Model economic assumptions or compare strategic mine scenarios.
Create or support long-range life-of-mine planning.
Optimize strategic mining decisions against documented economic value metrics.
Optimize pit, stope or extraction sequencing decisions.
Model strategic production capacity, throughput or target scenarios.
Use drone, laser-scan or comparable capture data in documented workflows.
Provide mine CAD, spatial design or 3D visualization workflows.
Manage governed spatial data used in mining workflows.
Integrate survey, spatial or capture-derived data where documented.
Capture, import or reconcile survey pickup data.
Use this framework to structure buyer requirements, not to infer universal suite entitlement. Validate product, module, edition, integration and implementation scope in writing.