solution: Intelligent Well & Field Lifecycle Analytics

See the whole asset lifecycle clearly, from drilling to decline.

Operators face costly unplanned downtime due to fragmented telemetry, inconsistent sensor quality, and a maintenance model that reacts to failures rather than predicting them. These gaps limit visibility into asset health and increase operational risk.

  • Fragmented drilling, completions, production, and workover data across multiple legacy systems.
  • Limited ability to compare wells, pads, or fields due to inconsistent data structures and reporting
  • Reactive identification of underperforming wells or unexpected declines.
  • No integrated model to evaluate interventions, refracs, or artificial lift adjustments.
  • Difficulty forecasting production and decline curves using traditional methods.

Frame builds a unified well and field lifecycle analytics platform that consolidates subsurface, drilling, completions, and production data into a single lakehouse. Using AI and advanced analytics, Frame enables operators to evaluate well performance, identify optimization opportunities, and forecast production more accurately at scale.

  • Centralized lakehouse integrating drilling, completions, SCADA, historian, and reservoir datasets.
  • Automated well-performance scoring to benchmark wells, pads, and artificial lift configurations.
  • AI-driven decline curve modeling and production forecasting with far greater accuracy than traditional methods.
  • Analytics that identify underperforming wells and recommend operational adjustments or interventions.
  • Integrated economic modeling to evaluate refracs, workovers, and lift system changes.

Organizations gain deeper visibility into well performance, improved forecasting accuracy, and a clearer understanding of where to allocate capital and operational resources. This enhances production planning, reduces decline-rate uncertainty, and maximizes field value.

  • Improved well performance through data-driven optimization recommendations.
  • Higher accuracy in production forecasting and decline analysis.
  • Faster identification of underperforming wells and corrective actions.
  • Reduced analysis time through automated reporting and lifecycle dashboards.
  • Better capital allocation with integrated economic and intervention modeling.
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