Understand the subsurface with artificial intelligence
Understand the subsurface with artificial intelligence
Terra AI is building the engine that makes the subsurface industry probabilistic at scale, transforming how companies explore, develop, and invest in natural resources.
Understand the subsurface with artificial intelligence
Terra AI is building the engine that makes the subsurface industry probabilistic at scale, transforming how companies explore, develop, and invest in natural resources.
The world needs more critical mineral and subsurface clean energy projects than ever before.
Terra AI’s technology helps subsurface teams find resources faster, reduce uncertainty, and allocate capital effectively.
The world needs more critical mineral and subsurface clean energy projects than ever before.
Terra AI’s technology helps subsurface teams find resources faster, reduce uncertainty, and allocate capital effectively.
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Proven impact on world-class projects from exploration to production.
Proven impact on world-class projects from exploration to production.
$1.2bn
Value delivered to terra ai customers to date
Value delivered to terra ai customers to date
Idaho
Enterprise Mineral Deployment
Wyoming
Junior Mineral Deployment
Wyoming
Junior Mineral Deployment
Arizona
Enterprise Mineral Deployment
Arizona
Enterprise Mineral Deployment
Peru
Junior Mineral Deployment
Peru
Junior Mineral Deployment
Brazil
Junior Mineral Deployment
Brazil
Enterprise Mineral Deployment
Chile
Enterprise Mineral Deployment
Norway
Upcoming Deployment
Norway
Reservoir Deployment
Central Europe
Enterprise Mineral Deployment
Australia
Enterprise Mineral Deployment
Australia
Enterprise Mineral Deployment
California
Reservoir Deployment
California
Reservoir Deployment
Brazil
Reservoir Deployment
Chile
Enterprise Mineral Deployment
Copper
Late stage
Tier 1 Copper Exploration
Probabilistic geological modeling for early resource estimation and drill target generation that was validated in a blind back-test against a world-class exploration campaign.
58%
Reduction in drilling
44%
Timeline acceleration
CCS
Deepwater
Deepwater CO₂ Geological Storage Reservoir
Designed a well pattern for injecting CO₂ into a deep reservoir for long-term storage that improved over the conventional pattern by simultaneously reducing risk and improving revenue.
>25%
Increase in project value
~50%
Reduction in quantified subsurface risk
REE
Late stage exploration
Rare Earth Elements (REE) Exploration
Terra’s AI geological modeling and sequential drill planning defined more mineral tons, with less drilling than conventional methods.
More resource-ready Rare Earths developed
> 2.5×
Copper
Mine extension
Producing Copper Mine Extension
At an operating copper mine, Terra’s AI modeling ingested decades of drilling and geophysical data to predict where high-grade ore extended beyond the existing resource. Targets were confirmed by drilling and are now in production.
In production
Confirmed by drilling
Highlights
Active
Upcoming
Copper
Late stage
Tier 1 Copper Exploration
Probabilistic geological modeling for early resource estimation and drill target generation that was validated in a blind back-test against a world-class exploration campaign.
58%
Reduction in drilling
44%
Timeline acceleration
CCS
Deepwater
Deepwater CO₂ Geological Storage Reservoir
Designed a well pattern for injecting CO₂ into a deep reservoir for long-term storage that improved over the conventional pattern by simultaneously reducing risk and improving revenue.
>25%
Increase in project value
~50%
Reduction in quantified subsurface risk
REE
Late stage exploration
Rare Earth Elements (REE) Exploration
Terra’s AI geological modeling and sequential drill planning defined more mineral tons, with less drilling than conventional methods.
More resource-ready Rare Earths developed
> 2.5×
Copper
Mine extension
Producing Copper Mine Extension
At an operating copper mine, Terra’s AI modeling ingested decades of drilling and geophysical data to predict where high-grade ore extended beyond the existing resource. Targets were confirmed by drilling and are now in production.
In production
Confirmed by drilling
Highlights
Active
Upcoming
Copper
Late stage
Tier 1 Copper Exploration
Probabilistic geological modeling for early resource estimation and drill target generation that was validated in a blind back-test against a world-class exploration campaign.
58%
Reduction in drilling
44%
Timeline acceleration
CCS
Deepwater
Deepwater CO₂ Geological Storage Reservoir
Designed a well pattern for injecting CO₂ into a deep reservoir for long-term storage that improved over the conventional pattern by simultaneously reducing risk and improving revenue.
>25%
Increase in project value
~50%
Reduction in quantified subsurface risk
REE
Late stage exploration
Rare Earth Elements (REE) Exploration
Terra’s AI geological modeling and sequential drill planning defined more mineral tons, with less drilling than conventional methods.
More resource-ready Rare Earths developed
> 2.5×
Copper
Mine extension
Producing Copper Mine Extension
At an operating copper mine, Terra’s AI modeling ingested decades of drilling and geophysical data to predict where high-grade ore extended beyond the existing resource. Targets were confirmed by drilling and are now in production.
In production
Confirmed by drilling
Highlights
Active
Upcoming
