Your plant's data becomes a living model that imagines thousands of futures β every few seconds β and steers toward the best one.
The autopilot recommends β your operator approves every move.
Sensors stream what the plant feels β every second, from every machine.
telemetry Β· vibration Β· flow Β· temperatureThe data is cleaned and fed into a living model that mirrors your plant.
digital twin Β· continuous calibrationThe model plays out thousands of possible futures in seconds.
simulation Β· scenario searchOnly the best path survives β safest, smoothest, highest output.
optimization within your constraintsThe move goes to your operator, who approves it before anything changes.
recommendation Β· human sign-offBoth lines live through the exact same ore and the same noise sample. The grey one is a good operator checking every few minutes. The gold one holds the plant with continuous micro-trims that damp that same noise, plus one setpoint move every time the loop above completes β watch the green pulse up there become a step down here. Time is compressed β60Γ: one minute on this chart β one hour of a shift.
Illustrative animation β schematic, not client data. Figures shown (+6% Β· 435 vs 412 t/h Β· 25-day pilot Β· β$781K/yr) are published pilot results β Brasil Mineral #441.
The 25-day pilot sustained +6% throughput (435 vs 412 t/h). Put your own production and value per tonne on the same uplift β then let the free assessment tell you honestly what your process can support.
+6% is the published result of one pilot on a gold grinding circuit β a reference, not a promise for your process. Reference prices are illustrative; edit to your reality. Net value depends on your costs β the published pilot reported β$781K/yr net of AISC.
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