✔ Faster Targeting

AI processes and interprets geological data exponentially faster than traditional methods, allowing us to pinpoint drill targets with higher accuracy and eliminate unnecessary exploration costs.

✔ Higher Discovery Success Rates

Our AI models analyze complex mineralization patterns, geophysical anomalies, and geochemical trends, helping us identify previously overlooked deposits and focus on high-probability targets.

✔ Lower Exploration Costs

By optimizing drill targeting and reducing wasteful exploration spending, AI-powered exploration significantly reduces the capital required for discoveries, allowing for higher capital efficiency.

✔ Real-Time Adaptive Learning

Our AI models continuously improve with each new dataset, learning from past exploration results to refine future targeting and decision-making.

We are integrating AI exploration across our portfolio to unlock hidden potential and accelerate discovery.

Babine Copper-Gold Project (British Columbia)

• AI-driven alteration mapping & structural analysis to pinpoint porphyry copper systems

• Deep-learning models detecting geophysical anomalies linked to mineralization

NMX Critical Metals Project (Quebec)

• AI-assisted drill targeting for gallium, rubidium, and cesium

• Geophysical & geochemical anomaly detection with machine learning models

• Predictive mineralization mapping using historical and modern datasets