Sim Dot Space Framework

Sim Dot Space’s framework revolutionizes the development and verification of complex aerospace projects by integrating simulations, digital twins, and dynamic HIL (hardware-in-the-loop) hybrid labs into a single infrastructure. It provides a comprehensive suite of tools and resources accessible through various software licenses (developer, runtime, HIL, models library, etc.). The framework includes: a C/C++ SDK for rapid development of high-fidelity aerospace system-level simulations, HIL setups, and digital twins, complete with sample code, online documentation, and unit tests; an Open API exposing the framework’s control, monitoring, and automation functions via REST API (REST API / Open API 3.0 / Swagger) for seamless integration with external tools and existing assets; a generic, field-proven, high-fidelity aerospace models library and toolkit that is flexible and configurable with support for different fidelity levels, reducing simulation and modeling development effort and increasing engineer productivity, simulation reliability, maintainability, and code consistency; a model-based simulation code generation tool that simplifies creation of complex simulations and generates easy-to-maintain, consistent, fully documented, portable (Linux and Windows) C++ code utilizing the generic models library; 3D visualization of one or more satellites including sensor and camera field-of-view indications, thruster animation, axis frames, velocity vectors, vectors to sun/earth/moon, orbit path, and trajectory trail with numeric data annotation of critical information; and ready-to-use hardware interface drivers for common aerospace hardware interfaces. The offering also includes training and support.