Survey the pit
every single day.
Stockpile volumes, bench progress, haul road condition and boundary impact measured continuously by the site itself — instead of once a month, whenever a survey crew is free.
Four operating stages. One pit operating layer.
The same rim station, mounted Eyes and local software cover stockpile volumetrics, bench progress, haul road safety and environmental compliance.
Stockpile Volumetrics
Fly the ROM pad and product piles on a fixed grid so every stockpile carries a dated volume, a draw-down rate and a surface anyone can re-measure.
Pit & Bench Progress
Scan bench faces, crests and toes on a repeating cycle to compare what was mined against what was designed — before the deviation compounds.
Haul Road & Safety
Watch ramp condition, berm height, truck spacing and queueing at the crusher so road defects and near-misses surface as events, not rumours.
Perimeter & Environment
Hold the licence boundary, sediment ponds, dust plumes and rehabilitation areas as a continuous dated record instead of a quarterly inspection.
One physical layer across every stage.
Hardware stays where it is as the pit moves; payloads, analytics and integrations change with the operating stage.
Pit Node
Rim station running photogrammetry, zoom and thermal missions over benches, ramps and stockpiles.
Mounted Eye
Continuous sensing at the crusher, ROM pad, weighbridge and ramp intersections.
Standalone Eye
Self-powered mast for licence boundary, sediment ponds and remote rehabilitation areas.
Pit OS
Local software tying surfaces and volumes to the mine plan, survey pickups and the reconciliation report.
One pit. One survey cycle. One quarter.
Start where the money already argues: month-end stockpile reconciliation, run daily instead of monthly, on one ROM pad and one active bench.