Our team contributed to the development of the ATMS (Advanced Test Management System) project, completed in 2022, aimed at enhancing functional simulation testing for space missions using Artificial Intelligence, Machine Learning, Visual Analytics, and model-based design. ATMS was designed to integrate with system engineering tools to improve testing quality while reducing testing time, advancing the automation infrastructure used in space simulation environments (SVF/AIV).

The project involved a thorough review of existing testing processes at ESOC, ESTEC, and among consortium partners, identifying potential areas for improvement. It also included an exploration of the potential of emerging technologies across industries, followed by the design and implementation of two distinct proofs of concept for the ATMS system, each representing different approaches: technology push and technology pull. Finally, the system prototypes were deployed and integrated at the ESTEC Avionics laboratory.

As a key partner, Softcom was responsible for evaluating emerging technologies like Data Analytics, Machine Learning, and Visual Analytics, conducting analyses of AI-based predecessor studies at ESTEC, selecting appropriate technologies for implementation, and designing and implementing proofs of concept. The team used a variety of advanced technologies, including Java, Spring, Docker, Python 3, ELK stack, Grafana, Jenkins, and AI Recommender systems.

The ATMS project exemplifies Softcom’s commitment to advancing the future of functional simulation testing through the integration of cutting-edge technology solutions for the space industry.    

End Customer: ESTEC    

Team:   Etamax Space, Telespazio Vega, SoftCom-Int, OHB System AG

Position: Subcontractor

under a programme of, and funded by, the European Space Agency