Neural Planning combines trajectory design with geological context. Define wellbore targets, import geological picks, design the casing program, and export to NeuralPath for survey verification — all in a native macOS document.
Build-and-hold, S-shape, and extended-reach profiles. Auto-calculates KOP, build rate, tangent, and landing point.
Define multiple geological target windows per well. Each target has a depth tolerance, azimuth tolerance, and inclination constraint.
Well plan PDF: trajectory design, casing program, geological picks, and target definition in a single report.
Export the planned trajectory as a .ndpath document. Verify against MWD survey data in NeuralPath.
Neural Planning connects well trajectory design with geological context — export to NeuralPath for real-time comparison against MWD survey data.
Design build-and-hold, S-shape, and extended-reach profiles. Auto-calculates KOP depth, build rate, tangent section, and drop-off.
Import geological picks (formation tops) and display them as horizontal markers on the trajectory plot. Annotated with formation names.
Define multiple target windows per well — each with a depth tolerance, azimuth tolerance, and inclination constraint. Visualized on the 3D plot.
Define the casing program: conductor, surface, intermediate, and production strings. Shoe depths auto-propagate to NeuralFlow wellbore geometry.
Plan re-entry trajectories and multi-lateral profiles with multiple geological target windows. Closest approach markers highlight conflict zones.
Export the planned trajectory as a .ndpath document. Open in NeuralPath to compare planned vs actual MWD survey data.
Every NeuralDrill application is pure SwiftUI — native chrome, native shortcuts, native document handling.
Every app in NeuralDrill shares the same document, licensing, and snapshot patterns. State flows between them without re-export.
Request access for evaluation builds, licensing details, and a working session with the engineering team behind NeuralDrill.
