PRODUCTS
Sim Dot Space's groundbreaking framework revolutionizes the development and verification of complex aerospace projects. Integrating simulations, digital twins, and dynamic HIL hybrid labs, it offers a cutting-edge infrastructure. The framework includes a comprehensive suite of tools and resources: C/C++ SDK, Open API, aerospace model library and toolkit, code generation tool, sample code, online documentation, 3D visualization, training, and support, all accessible through various software licenses (developer, runtime, HIL, models library, etc.)
C/C++ SDK
Sim Dot Space C/C++ SDK for rapid development of high-fidelity aerospace system level simulations, HIL and Digital Twins. The SDK comes complete with sample code, online documentation, and unit tests
Open API
The Sim Dot Space framework exposes its entire control, monitoring, and automation functions through REST API (AKA: REST API / Open API 3.0 / Swagger). This enables simple and seamless integration with external tools and existing assets.
Generic models library and toolkit
The generic models library and toolkit is a field-proven generic high-fidelity aerospace related algorithmic models library and toolkit. The models are highly flexible and configurable and support different fidelity levels. Using the generic models library reduced simulation & modeling development efforts, increased engineers productivity, simulation reliability, maintainability and code consistency.
Simulation code generation tool
The model based simulation code generation tool simplifies the creation of complex simulations and generates easy to maintain, consistent, fully documented, portable (both Linux and Windows) C++ code that utilizes the generic models libraries.
3D visualization
3D visualization of one or more satellites, including indications of sensors and cameras field of view, thrusters animation, axis frames, velocity vectors, vectors to sun, earth and moon, orbit path, and trajectory trail, with numeric data annotation of critical information.
Hardware Interface
Ready-to-use hardware interface drivers for most of the relevant hardware interface used in aerospace, such as: RS-232, RS-422, RS-485, CAN BUS, I2C, SpaceWire, PWM, SPI, Digital I/O, Analog inputs, Analog outputs, RTD, ARINC-429, ARINC-575, MUX BUS 1553, and more.