Same physics
Every tier executes the same deterministic engine and scenario library.
SIMULATION DEPLOYMENT
Run any individual Endeavor simulation—or the complete simulation library—on any deployment option: X1, X2, X3, Endeavor Workstation, Laptop, or Endeavor.One. Deployment changes. RuntimePhysics™ and scenario behavior do not.
ARCHITECTURE BEFORE HARDWARE
Endeavor separates RuntimePhysics™ from the physical controls around it. Teams can begin online or on a workstation, add X-series hardware when tactile interaction matters, and move between tiers without rework.
Every tier executes the same deterministic engine and scenario library.
Users and interfaces connect to one synchronized runtime state.
Scale capability without maintaining separate simulation systems.
DEPLOYMENT OPTIONS
From individual access to full-scale team rehearsal, deployment changes the interface—not the simulation underneath it.
DEPLOYMENT ASSURANCE
Capacity, fleet economics, accreditation, and delivery are treated as one deployment system—not disconnected hardware decisions.
Real-time execution is an outcome of runtime architecture, not reduced physics.
Every participant connects through a role-appropriate interface to synchronized state.
Preserve physical assets while replacing legacy software and extending fleet life.
Bespoke controls behave like standard configurations, never separate systems to maintain.
Deployments support recognized methodologies and assessment requirements worldwide.
Installation, commissioning, and support options cover training and operational environments.
DEPLOYMENT WITHOUT LOCK-IN
Begin with an online pilot or workstation evaluation, add immersive hardware when the workflow requires it, and move between tiers without rebuilding the simulation.
Endeavor’s simulation platform runs any drilling or well intervention simulation on any supported hardware — from laptop to full physical simulator — without requiring separate systems, duplicated equipment, or role-specific configurations.
Hardware is available where physical interfaces are required.
Simulation capability does not depend on it.
Traditional simulators bind simulations to specific hardware configurations, often requiring different systems for drilling, well intervention, and specialized operations.
Endeavor separates simulation execution from physical interfaces.
As a result:
Hardware choice does not change simulation capability. This architectural separation allows teams to scale, reconfigure, and evolve without rebuilding or duplicating simulator infrastructure.
Endeavor simulations are also deployed within dedicated experience centers, supporting multi-user instruction, assessment, and collaborative workflows using the same underlying simulation runtime.
Every Endeavor deployment — laptop, X-series, retrofit, or custom build — executes on the same simulation runtime. What follows is what that means in practice: capacity, fleet economics, certification alignment, and delivery.
RUNTIME ARCHITECTURE // COMPUTE EFFICIENCY
Full-scale, real-time simulation executes on a single CPU across X1 and larger configurations — the result of runtime architecture, not reduced physics.
COLLABORATIVE TRAINING // MULTI-USER
Instructors, students, engineers, and supervisors connect through role-appropriate interfaces to the same synchronized simulation state.
FLEET MODERNIZATION // RETROFITS
Legacy software is replaced while physical assets are preserved — extending fleet life and avoiding full replacement cycles.
CUSTOM ENGINEERING // INTERFACES
Bespoke panels, controls, and layouts behave like standard configurations — never separate systems to maintain.
ACCREDITATION // IADC & IWCF
Deployments align with IADC and IWCF frameworks, supporting recognized methodologies and assessment requirements worldwide.
LOGISTICS // DELIVERY
Standard configurations ship within two months, with installation, commissioning, and support options for operational and training environments.
Start where your operation is today — a laptop evaluation, an online pilot, or a full-scale simulator — and move between tiers without rework. The runtime, the scenarios, and the results stay identical at every step.
Tell us what you need to train, test, or de-risk. We’ll focus the conversation on the operation, physics, and deployment environment.