AI-Optimized Blast Design and Execution
Blast design optimization with AI: feed drone bench surveys and past blasts into Strayos or O-Pitblast, then run the design in the field with Orica BlastIQ.
All
AI 129
Exploration & Target Generation 64
Geospatial Modeling 56
Machine Learning 44
AI Agents 39
Computer Vision 18
Anomaly Detection 17
Process Optimization 15
Hyperspectral Imaging 12
Drilling & Blasting Operations / Blasthole Analysis 11
Process Optimization
AI-Optimized Ore Blending, Stockpile & Plant Feed Strategy
Ore blending optimization with AI: layer MineMax or Deswik Blend, BOLT and GO on your systems to set stockpile, plant feed and blend targets continuously.
Blasthole Logging
AI blasthole logging today mostly means AI-driven drilling: Hexagon Drill Assist sets drill parameters automatically from live rig-sensor data as it drills.
Blasting Sequence
Manage blast sequencing and timing through cloud platforms like Orica BlastIQ or Deswik.Blast, which centralize blast data and enforce design rules.
Chemical Analysis
On-stream analysis puts an XRF or XRD slurry analyzer in the concentrate stream, so grade data updates continuously and feeds real-time AI process control.
Crushing
Crusher optimization with closed-loop AI: Imubit uses reinforcement learning to tune setpoints on live plant data, versus model-based ABB Ability.
Geometallurgical Reconciliation
Geometallurgical reconciliation with AI feeds actual mill results back into Work Index and geomet block models, as Tropicana Gold Mine does near real time.
Grinding
Grinding circuit optimization with AI: closed-loop platforms like ABB Ability Expert Optimizer or Imubit learn your mill and adjust setpoints live.
Long Term Planning
Run long-term mine planning through Maptek Evolution, which evaluates many scheduling scenarios in parallel and improves them using evolutionary search.
Mill Surveys
Turn the periodic mill survey into a continuous one: log circuit data in a plant historian, then apply industrial-AI analytics for real-time mass balance.