Mission Success Guaranteed

Space Simulators & Validation Facilities

About

We deliver high-fidelity, cyber physics-based modeling, simulation, testing and verification to support the design and operations before a single component is built or launched.

Our Core Promise

Enhanced Mission Resilience: Robust systems built to withstand the unforeseen.
Reduced Mission Risks: Identifying critical failures in a virtual environment.
Ensured Compliance: Rigorous adherence to international space standards.
Mission Success Guaranteed: High-precision V&V for high-stakes programs.

Simulation Services

Software Validation Facilities (SVF)

Tests On-Board Software and FDIR mechanisms via rigorous failure injection.

Operational Simulators (TOMS)

High-fidelity models focusing on TM/TC for ground segment and flight controller training.

End-to-End Mission Simulation

A complete software chain for Space and Ground segments (EO/Telecom).

Hardware-in-the-Loop (HiL)

Delivery of mechanical and electronic elements needed for physical unit integration.

Multi-Asset Simulators

Integration of MBSE, Digital-Twins, Co-simulation, and AI-driven services.

Mechanical Engineering Simulations

Modeling vibrations, thermal, and structural physical behavior, in collabolation with external partnerships.

ESA Missions

Copernicus Hyperspectral Imaging Mission (CHIME) Designed and implemented the reusable simulator architecture, modeling critical spacecraft subsystems.

Copernicus Imaging Microwave Radiometer (CIMR) Creation of advanced, reusable operational simulators (OPSIM) ensuring mission readiness and stability throughout spacecraft lifecycle.

ROSE-L (Radar Observing System for Europe in L-band) Advanced, High-fidelity Operational Simulators ensured mission readiness.

Space Rider – Design and development of the Operational Simulator (OPSIM) and the Mass Memory Unit (MMU). Modeling critical subsystems based on the ESA SIMULUS/SMP2 standard.

Standards

Specifications & High Assurance Standards

Expertise in SIMULUS, SIMSAT, and Reference Architectures (REFA/REFA-TA).
UML-based design using MagicDraw, UMF, and EGOS-MF platforms.
C++ (Models), ANSI C (OBSW), Java/JS (UI), Rust, and Python.
Full adherence to ECSS (E-ST-40C, Q-ST-80C), SMP2, MISRA, and BSSC.

Innovation

Co-Simulation & Next-Gen Architectures

Enabling real-time, modular interaction between distributed multi-disciplinary space subsystems.

AI & Robotics in Space Simulations

Automating anomaly detection and high-fidelity kinematics for complex orbital operations.

Productization of Simulation Assets

Converting custom models into reusable digital assets to accelerate development.