Drilling Simulator
Rehearse complete drilling operations with live hydraulics, mechanics, equipment behavior, and changing well conditions.
Explore Drilling Simulator →Endeavor provides runtime simulation for drilling, well control, intervention, MPD, and digital twin workflows—supporting training, assessment, procedure validation, and operational readiness across NOCs, service companies, commercial training providers, and universities.
Powered by RuntimePhysics™ for deterministic, real-time simulation across complex operational environments.
SIMULATORS BY OPERATION
Train drilling and well-construction workflows against one continuously evolving well state.
Rehearse complete drilling operations with live hydraulics, mechanics, equipment behavior, and changing well conditions.
Explore Drilling Simulator →Train RSS, motor, geosteering, landing, sidetrack, and trajectory decisions with closed-loop control.
Explore Directional Drilling →Simulate casing running, cement placement, displacement, liner hangers, squeeze operations, and pressure testing.
Explore Casing & Cementing →Train pressure-control decisions across conventional, managed-pressure, subsea, and CO₂ operations.
Train kick detection, shut-in, circulation, recovery, barriers, and connected control-system response.
Explore Well Control →Practice pressure-window control, connections, tripping, influx, losses, choke automation, and HIL workflows.
Explore MPD →Simulate deepwater MPD and CMLD with riser hydrostatics, subsea pump control, losses, influxes, and PLC integration.
Explore Subsea MPD →Train CO₂ influx detection, dissolution, outgassing, surface signatures, containment, and response methods.
Explore CO₂ Well Control →Rehearse intervention, completion, and recovery operations across connected well states and changing operational constraints.
Rehearse complete intervention operations against live pressure, flow, tool, equipment, and well-state behavior.
Explore Well Intervention →Train E-line and slickline rig-up, pressure control, deployment, depth, tension, malfunctions, isolation, and recovery.
Explore Wireline →Simulate deployment, circulation, milling, fishing, cleanout, packers, nitrogen lift, mechanics, and hydraulics.
Explore Coiled Tubing →Model whipstock, liner hanger, multilateral completion, packer, and tubing operations with live tool-state logic.
Explore Completion Tools →Train jar operations, milling, cleanout, recovery workflows, and changing pressure and mechanical response.
Explore Fishing & Remedial →Rehearse surface controls, pressure response, pump sequencing, failure branching, and stimulation workflows.
Explore Fracturing & Stimulation →Built on a runtime simulation architecture designed to operate continuously under real-world drilling and intervention conditions.
Endeavor’s framework is engineered to provide a high-fidelity audit layer, ensuring that operational modeling aligns with first-principles physics and corporate risk-management mandates.
Endeavor utilizes first-principles physics to resolve complex subsurface interactions in real-time. By prioritizing mathematical accuracy, we provide the technical rigor required for high-consequence operational planning and risk assessment.
Explore Deterministic Modeling >Operational risk is cumulative. Our architecture maintains a persistent, evolving state of the wellbore throughout the operation, allowing technical teams to analyze the sequential consequences of complex decision-making.
Explore Platform Architecture >High-risk environments require the computational capacity to model multi-variable interactions. Endeavor's RuntimePhysics™ engine provides the ability to verify safety margins and procedural integrity during unconventional or non-routine operations.
Explore RuntimePhysics™ >Tell us what you need to train, test, or de-risk. We’ll focus the conversation on the operation, physics, and deployment environment.