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Company / Competitor

Halliburton DecisionSpace

Mentioned in 5 AI use cases across 1 industries

Active Industries

energy5

AI Patterns

decision intelligence + predictive modeling1decision support and ranking/optimization1decision intelligence for ranking and recommendation1decision intelligence over multimodal enterprise data1spatial pattern following and visualization1

Tech Stack

Lens Subsurface ModellingCutting-edge AI technologyIntegrated technical dataIntegrated commercial dataTechnical subsurface dataCommercial data3D auto-tracking3D volume rendering

Also Competes With

SLB DelfiS&P Global subsurface analyticsEmerson RoxarSLB PetrelEmerson ParadigmS&P Global subsurface analytics platformsIn-house geoscience and economics workflows

Use Cases Mentioning Halliburton DecisionSpace

energydecision intelligence + predictive modeling

AI-assisted subsurface capital allocation modeling on Lens

Wood Mackenzie says its Lens Subsurface Modelling combines technical and commercial data with AI so energy teams can decide faster where to spend money.

energydecision support and ranking/optimization

AI-assisted subsurface capital allocation modeling in Lens Subsurface Modelling

AI helps combine underground technical data with business data so energy companies can decide faster where to spend money.

energydecision intelligence for ranking and recommendation

AI-assisted subsurface capital-allocation decision support in Lens Subsurface Modelling

An AI-enabled subsurface modeling product combines technical and commercial data so energy teams can decide faster where to spend money on projects.

energydecision intelligence over multimodal enterprise data

Integrated AI-assisted subsurface and commercial modeling for capital allocation

This workflow mixes technical underground data with business data and AI so energy companies can choose faster where to spend money.

energyspatial pattern following and visualization

3D auto-tracking and volume rendering for seismic interpretation acceleration

The system helps users follow underground layers through 3D seismic data and visualize them clearly, making interpretation faster and easier.