Intelligent Ore Prediction System

Transforming geological data into reliable mineralization maps.

Data Integration

Combining structured and unstructured geological data.

Target Prioritization

Optimize drilling targets and reduce costs.

Cost Reduction

Enhanced Exploration

Innovating Ore Prediction for Exploration

At Sata Ambatovy, we develop intelligent ore prediction systems that enhance mineral exploration efficiency and accuracy, helping teams make informed decisions while reducing costs and maximizing resource potential.

A rocky underground environment, likely a cave or mine, with layered mineral formations visible on the walls. Several individuals wearing yellow hard hats and safety vests can be seen, indicating a guided tour or exploration activity.

A rocky underground environment, likely a cave or mine, with layered mineral formations visible on the walls. Several individuals wearing yellow hard hats and safety vests can be seen, indicating a guided tour or exploration activity.

Empowering Geologists and Engineers

Transforming Exploration with Technology

Our platform integrates diverse geological data, simulating underground mineralization zones to prioritize drilling targets effectively, ensuring that exploration teams can operate with enhanced precision and reduced financial risk.

Intelligent Ore Prediction

We develop systems to optimize mineral exploration using advanced geological data and simulations.

A large open-pit mine with a yellow excavator positioned at the center, surrounded by layered rock formations exhibiting varied shades of brown and gray. The broad expanse of the mining area showcases distinct strata and erosion patterns carved into the earth.

A large open-pit mine with a yellow excavator positioned at the center, surrounded by layered rock formations exhibiting varied shades of brown and gray. The broad expanse of the mining area showcases distinct strata and erosion patterns carved into the earth.

Mineralization Mapping System

Integrates data to identify potential underground mineral zones for efficient exploration.

Target Prioritization Tool

Helps geologists prioritize drilling targets, reducing costs and improving exploration efficiency.

Cost Reduction Strategies

Our platform minimizes exploration costs through intelligent data integration and predictive modeling.

Ore Prediction

Intelligent system for reliable mineralization mapping and exploration.

A large open-pit mine is set against a backdrop of arid hills and a clear blue sky. The terraced excavation has visible layers of reddish-brown soil and gray rock. Several large mining trucks navigate the wide dirt roads within the pit.

A large open-pit mine is set against a backdrop of arid hills and a clear blue sky. The terraced excavation has visible layers of reddish-brown soil and gray rock. Several large mining trucks navigate the wide dirt roads within the pit.

Mineralization Zones

Simulating underground zones for targeted drilling efficiency.

A large mining site is spread across a vast landscape with multiple heavy machinery and trucks in operation. The site has a variety of soil and rock formations, with visible conveyor belts and excavators working. The background features green hills and a partly cloudy sky.

A large mining site is spread across a vast landscape with multiple heavy machinery and trucks in operation. The site has a variety of soil and rock formations, with visible conveyor belts and excavators working. The background features green hills and a partly cloudy sky.

Geological Data

Integrating structured and unstructured data for exploration.

Aerial view of an open-pit mine with visible layers of excavated earth. The terrain is marked by striations and varying earth tones, indicating different mineral deposits. Sparse vegetation or water may be present in certain areas.

Aerial view of an open-pit mine with visible layers of excavated earth. The terrain is marked by striations and varying earth tones, indicating different mineral deposits. Sparse vegetation or water may be present in certain areas.

A large open-pit mine with terraced layers of earth and rock. Heavy machinery is visible, including several large red excavators and trucks, scattered across the site. The landscape is marked by various shades of brown, orange, and gray, indicating different layers of soil and rock.

A large open-pit mine with terraced layers of earth and rock. Heavy machinery is visible, including several large red excavators and trucks, scattered across the site. The landscape is marked by various shades of brown, orange, and gray, indicating different layers of soil and rock.

Cost Reduction

Prioritizing drilling targets to minimize exploration expenses.

Exploration Teams

Empowering geologists with advanced predictive mapping technology.

→

→

→

→

The intelligent ore prediction system has transformed our exploration efficiency and significantly reduced costs.

John Doe

An expansive open-pit mine stretches across a wide landscape with large trenches and piles of earth. Sparse vegetation can be seen at the edges, and heavy machinery is visible within the excavation area. The horizon is lined with hills and patches of green, indicating surrounding forest or fields.

An expansive open-pit mine stretches across a wide landscape with large trenches and piles of earth. Sparse vegetation can be seen at the edges, and heavy machinery is visible within the excavation area. The horizon is lined with hills and patches of green, indicating surrounding forest or fields.

★★★★★