AI-powered subsurface intelligence, drilling risk prediction, digital twins, and executive command platforms for energy operators — driving efficiency, safety and sustainability.
Subsurface, drilling, facility and business data sits across specialists, systems and remote sites. Automata applies AI and digital twins across the asset lifecycle so teams can act sooner, with fewer site visits.
Interpretation bottlenecks
Petrophysical interpretation across large well inventories can take specialists weeks.
Unplanned drilling events
Stuck pipe, kicks and losses drive non-productive time and cost.
Remote, hazardous facilities
Inspection and engineering work depends on repeated site visits and personnel exposure.
Fragmented leadership view
Operational, financial, asset and project data live in separate systems.
Six core solutions for exploration, drilling, facilities, and operations.
AI-driven petrophysical interpretation automates lithology and reservoir property analysis across legacy and real-time well data.
Reduced interpretation time from weeks to minutes across large well inventories.
Combines real-time drilling data with 3D earth models to keep wells optimally placed within the reservoir.
Increased net-to-gross reservoir exposure and reduced costly sidetracks.
Acts as a digital co-pilot by analyzing real-time drilling parameters to predict risks hours before they impact operations.
Significantly reduced NPT from stuck pipe, kicks, and losses.
A high-fidelity digital twin combining 3D models, engineering data, and asset information for accurate facility representation.
Improves engineering, inspection, and maintenance decisions remotely.
3D Modeling – Plant Visualization
Near in-site plant visualization integrating engineering, instrumentation, and asset intelligence.
Engineering Drawing Package
Trusted engineering documentation for safety, compliance, and MOC.
Photogrammetry-Based Digital Twin Models
As-built 3D twins from reality capture for accurate remote measurement.
Analyzes well, production, intervention, and historical operational data to identify intervention opportunities and optimize well-service decisions.
Prioritizes wells and improves production recovery decisions.
A unified AI-powered command center bringing operational, financial, asset, project, and performance data together for energy leadership.
Enterprise-wide energy performance visibility for faster strategic decisions.
Interpretation time reduced from weeks to minutes
Lower non-productive time and drilling costs
Improved reservoir contact and well productivity
Fewer site visits and reduced personnel exposure
Authoritative engineering documentation for MOC
Real-time executive intelligence across energy ops
High-fidelity digital twins that combine 3D models, engineering data, and asset information for accurate facility representation — supporting remote visualization, inspection, and maintenance decisions.
Fewer site visits; improved engineering & maintenance decisions
View project
AI-driven petrophysical interpretation that automates lithology and reservoir property analysis across legacy and real-time well data.
Interpretation time reduced from weeks to minutes
View project
Analyses well, production, intervention and historical data to prioritise wells and support data-driven well-service decisions.
Better intervention prioritisation and planning
View projectDeploy industrial AI at scale across exploration, drilling, facilities, and executive decision-making.
Other industries
