Mineral Intelligence Platform
Proprietary in-situ sensing fused with AI thermodynamic modeling. We eliminate Brine Blindness — forecasting crystallization days in advance.
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Brine mineral operations rely on lab samples that take days to return. In that window, weather shifts, brine chemistry changes, and crystallization events happen unobserved. You're always reacting — never predicting.
Lab samples take days to return results. Every hour of delay is an hour your operation runs on guesswork, not data.
Weather drives brine chemistry, but your data always lags behind nature. By the time you see the shift, optimal action windows have closed.
Suboptimal crystallization timing and imprecise harvesting leave significant yield — and revenue — on the table every season.
The Solution
The SINQ Engine — from field sensing to actionable predictions
Drone-deployed sensors capture brine composition continuously — near real-time measurements, straight from the field.
ML models fuse weather forecasts with brine chemistry to simulate state evolution in real time.
Predict mineral crystallization events days before they happen with precision targeting.
Optimized harvesting schedules and precise timing. Predictions become production gains.
The Impact
The Team
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Stop reacting to yesterday's data. Start predicting tomorrow's production.
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