A systems-level simulation platform designed to operate continuously—supporting training, operational scenarios, and complex decision environments from a shared runtime foundation.
Endeavor’s platform is built around a runtime-first execution model. Rather than treating simulations as isolated studies with defined start and end states, the platform maintains persistent system state as conditions change, inputs are modified, and decisions are introduced.
This architectural choice allows simulations to behave more like real operations—continuous, responsive, and context-aware—without requiring reinitialization or batch-style execution.
This execution model is defined by the platform’s runtime simulation engine, which governs how state is maintained and how simulations evolve during execution.
The platform is organized as a core runtime layer with modular domain implementations layered above it. This structure separates execution behavior from scenario context, enabling the same runtime foundation to support multiple operational domains without fragmentation.
At the platform level, emphasis is placed on:
The result is a simulation platform that prioritizes structural integrity over feature accumulation.
Sustaining this behavior requires a compute architecture designed to support persistent execution without fragmenting system behavior.
The Endeavor platform is not:
Its purpose is to provide a stable runtime foundation upon which complex simulation environments can be constructed and explored.
Specific simulation domains—such as drilling or well intervention—are implemented on top of the platform, not embedded within it. This separation allows domain logic to evolve independently while preserving consistent execution behavior across applications.
For domain-specific implementations, see the Simulations section.
Training, operations, or simulation architecture—start with a focused discussion on requirements and deployment context.