Subsurface-driven at decision speed.
ForeUR is a bottom-up forecasting and planning platform that models wells individually, quantifies uncertainty explicitly, and links production and economics for decision-ready asset plans.
It is a purpose-built platform designed specifically to create technically rigorous, fully integrated, and dynamically adjustable development and production plans for oil and gas assets.
Built for planning that starts in the subsurface.
ForeUR was built on a single conviction: production forecasting is a subsurface problem first, and a planning problem second. It was designed by engineers who have spent decades understanding how reservoirs actually behave, not how simplified planning abstractions assume they behave.
That distinction matters because production forecasts, development plans, and economics are only as useful as the technical assumptions beneath them.
The product is built for technically rigorous, decision-ready planning rather than for abstract software usage in isolation.
Capabilities built for planning workflows that need technical rigor.
ForeUR treats planned wells as distinct technical cases rather than collapsing them into a single average-well assumption.
The platform supports planning that reflects uncertainty directly instead of hiding it behind simplified forecast structures.
Production outlook and economic evaluation remain tightly connected so changes in technical assumptions flow through to decision outputs consistently.
ForeUR is built to help teams create planning outputs that remain useful in real decision contexts, not just in isolated modeling exercises.
Why ForeUR is different.
ForeUR models each future well according to its own geological and reservoir context rather than assigning a statistical average across the development program.
The platform is built to help teams characterize uncertainty honestly and incorporate that uncertainty into development and production planning.
Economic analysis is native to the platform, allowing production forecasts and investment evaluation to remain synchronized at the well, asset, and portfolio levels.
ForeUR is not presented as software for its own sake. It is intended to support technically rigorous decisions that can be carried into implementation.
Designed for technical planning and executive decision support.
ForeUR is built for teams that need planning outputs grounded in real subsurface behavior and usable in real operating decisions. Its role within the broader Action Foresight model is to support a planning process that connects technical detail, uncertainty treatment, and investment evaluation.
It fits a broader product direction that can support technical users, advanced specialists, and executive decision-makers while remaining anchored on a shared technical core.
ForeUR is Action Foresight, LLC’s proprietary software platform. In external use, it should be understood as part of a combined model: software that strengthens planning rigor, paired with consulting support that helps translate that work into executable development and production decisions.
The objective is not just better software, but better planning outcomes.
Technical credibility with disciplined disclosure.
ForeUR’s methods have been validated against real wells and real production outcomes. Public-facing communication about that track record must remain selective and within disclosure limits, with more detailed references added only where approval exists.
Public-safe proof theme for how the platform treats planned wells.
Planning reflects uncertainty directly instead of obscuring it in simplified structures.
Production and economics remain synchronized within the planning workflow.
Proof remains generalized and does not disclose deployments that are not approved.