Company / Competitor

SLB

Mentioned in 25 AI use cases across 3 industries

Use Cases Mentioning SLB

energydecision support

AI-assisted subsurface capital allocation decisions in Lens

This workflow uses AI to combine technical and commercial subsurface data so energy companies can decide faster where to spend money.

energydecision support

AI-assisted subsurface capital allocation in Lens

Uses AI to combine technical and commercial subsurface data so energy teams can decide faster where to invest capital.

energyDecision support and predictive modelling

AI-assisted subsurface capital allocation in Wood Mackenzie Lens Subsurface Modelling

An AI system helps energy teams combine underground technical data with commercial data so they can decide faster where to invest money.

energyReal-time optimization and decision support

AI-driven drilling optimization for upstream wells

AI acts like a smart co-pilot for drilling teams, using live well data to suggest how to drill faster and more safely.

energysimilarity search and expert decision support

AI-assisted ultra-deepwater analogue screening for Venus field development

An AI system scans global subsurface discovery data to find offshore oil fields that look like Namibia’s Venus reservoir, helping analysts judge whether a hard-to-produce field can still work commercially.

energydecision support and prioritization

AI-assisted capital allocation in subsurface modelling

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

energyhuman-in-the-loop knowledge capture plus case-based recommendation

Production well performance troubleshooting with expert companion

When a well’s output drops, the system checks similar past well problems, shows what experts previously concluded, and keeps learning when engineers add new notes about what happened and how they fixed it.

energyprescriptive optimization

AI-guided drilling setpoint and trajectory optimization

The system suggests better drilling settings and paths while the well is being drilled so crews can drill more efficiently.

energygap analysis and opportunity ranking

AI-guided partnership targeting for NOC recovery improvement

The analysis shows which state-run oil fields have the biggest gap between current performance and what similar fields achieve, helping companies spot where partnerships could unlock more oil.

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 support and ranking

AI-assisted subsurface and capital-allocation decision support

Energy companies combine underground technical data with business data and AI so they can decide faster where to invest money.

energymultimodal pattern recognition and stratigraphic correlation

High-resolution seismic interpretation for Machów Formation paleoenvironment reconstruction

Use detailed seismic images like underground ultrasounds to map ancient sediment layers and infer how the area was deposited over time.

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.

energyDecision intelligence over multimodal subsurface and commercial data

AI-assisted subsurface modelling for capital allocation in upstream oil and gas

AI helps oil and gas teams combine underground technical data with commercial information so they can decide faster where to invest and which barrels are most attractive.

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.

energypredictive optimization

Digital twin for hydraulic fracturing job design optimization

Before doing a fracking job, the system simulates different design choices and predicts which combination should create better fractures and production for less money.

energyreal-time prediction and operational decision support

Predictive drilling optimization for smart well operations

AI watches live drilling data and helps crews make better drilling decisions faster, like a co-pilot that spots problems early and suggests how to drill more efficiently.