Fragmented point solutions cost mines an average of $4.2M annually in misallocated resources. Seam integrates them all.
Real-time haul truck telemetry with cycle-time analysis, payload variance tracking, and fuel burn per tonne. Spot underperforming units before the shift ends.
Fragmentation prediction vs. actual. Powder factor optimization. Muck pile geometry feeding loader simulation.
Ore-waste boundary precision. Assay reconciliation across benches and stopes. Grade-tonnage curves updated as dig advances.
Vibration sensor arrays, slope stability indicators, and groundwater piezometers unified. Automated alerts before thresholds breach.
Scope 1 & 2 emissions per tonne extracted. Water consumption, cyanide usage, tailings metrics. GRI-aligned exports ready for auditors.
ML models on OEM telemetry predict component failures 72+ hours out. Maintenance windows scheduled against production plan.
Siloed systems create invisible losses. When blast data doesn't talk to reconciliation, and reconciliation doesn't talk to planning, mines bleed millions in avoidable misallocation.
Fragmentation · powder factor · muck geometry
Survey vs. model · ore-waste split · dilution
Short-range schedule · bench sequencing · fleet dispatch
Unit cost per tonne · AISC · NPV sensitivity
Mines on Seam reconcile 6× faster and catch grade dilution events before they reach the mill.
We were running three separate systems for grade control, fleet dispatch, and blast analysis. Seam replaced all three and our reconciliation variance dropped from ±6.2% to ±1.8% in the first quarter.
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