Simulation and Digital Twin Services

Sim Dot Space offers comprehensive turn-key fixed-price projects encompassing simulations, Hardware-In-the-Loop (HIL) testing, Training Operation and Maintenance simulation, and digital twin development. Their approach covers all project aspects from design and development to testing and deployment, ensuring cost certainty and reducing project overruns. The company boasts a team of experienced engineers with expertise in aerospace, simulations, and software development, utilizing advanced technologies and tools to create high-fidelity solutions. Their services are scalable and customizable to client needs, offering a cost-effective alternative to in-house development.

Key offerings include:
– **High-level (algorithmic) simulation:** Rapid development of black-box models for all hardware components and full systems, including environment, dynamics, and ground segment. This enables comprehensive analysis and optimization of satellite design, mission parameters, component selection, and operational environments.
– **Flight Software development dynamic simulation:** Development of high-fidelity simulations of entire systems to thoroughly validate flight software (FSW) and Guidance, Navigation & Control (GNC) in a purely dynamic and digital environment. This involves modeling hardware ICDs, integrating FSW, and providing capabilities for telecommand sending and telemetry reception.
– **Hardware In The Loop dynamic simulation:** Integration of simulations with On-Board Computers (OBC) and other hardware components in real-time. This dynamic hybrid environment is crucial for validating embedded software, particularly for the OBC’s GNC module.
– **Training, Operations, Mission simulation (TOMS):** Used for operator training and validating mission profiles against client requirements.
– **Digital Twin:** Creation of digital twins of physical systems, utilizing real-time updates from telemetry and other sources. These digital twins enable operations optimizations (e.g., battlefield scenarios), risk mitigation (e.g., satellite operations and updates), testing and validating designs using virtual prototypes, and providing valuable insights for predictive maintenance.