Mining is shifting towards safer, greener and more efficient operations. Traditional methods carry significant safety risk, high operating cost and environmental pressure, and struggle to keep pace with modern demands.
SMHcoders uses AI-powered autonomy to make mining smarter, safer and more sustainable — from the pit and the underground face to the concentrator.
Download the solutions brochure (PDF)The sector is under pressure to improve safety, cut cost and operate sustainably. Traditional practice struggles to keep pace, leaving gaps in efficiency, safety and environmental responsibility.
Feed changes ripple through the whole concentrator.
Every stopped hour is unrecoverable throughput.
Flotation runs below potential without live quality data.
Comminution dominates site energy use.
MPC on grinding circuits, tuned to ore type.
Live grade and recovery estimates for control.
Crusher, mill and fleet degradation flagged early.
Feed-ahead predictions from mine to mill.
Computer vision, predictive analytics and live dashboards applied to the places mines lose safety margin and money.
Site safety monitoring and inspections from cameras and drones.
Equipment health and energy optimization from fleet and plant data.
Real-time production visibility from mine to mill.
Airflow matched to where people and machines actually are — lower energy, safer air.
Tailored AI solutions for end-to-end mining automation.
Multivariable control that optimizes every move within constraints.
Learn moreML-based virtual sensors estimating hard-to-measure variables in real time.
Learn moreEquipment degradation detected before it becomes downtime.
Learn moreContinuous monitoring with root-cause guidance for operators.
Learn moreAI-powered systems make mining safer, smarter and more sustainable — less human exposure, greater extraction efficiency at lower cost, stronger environmental compliance, and higher profitability through smarter resource allocation.