Understand the subsurface with artificial intelligence

Understand the subsurface with artificial intelligence

Terra AI creates technology for a world to achieve deeper clarity on critical natural resources to build the future faster.

Announcing our Series A

We’ve raised $20M from Khosla Ventures and BHP Ventures to…

READ ANNOUNCEMENT

Understand the subsurface with artificial intelligence

Terra AI creates technology for a world to achieve deeper clarity on critical natural resources to build the future faster.

Announcing our Series A

We’ve raised $20M from Khosla Ventures and BHP Ventures to…

READ ANNOUNCEMENT

Announcing our Series A

We’ve raised $20M from Khosla Ventures and BHP Ventures to…

READ ANNOUNCEMENT

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

Active 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

Our mission is to advance AI and machine learning to create systems that reason from the physical principles of the Earth.

With these systems, we can make deeper inferences about what exists below the surface and quantify uncertainty, to make better decisions.

Our mission is to advance AI and machine learning to create systems that reason from the physical principles of the Earth.

With these systems, we can make deeper inferences about what exists below the surface and quantify uncertainty, to make better decisions.

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