Mission orchestration coordinates people, models, data, systems, decisions and actions so a complex mission performs as one. Astrion applies mission engineering, modeling and simulation, integration and test to the handoffs between them.
Astrion coordinates mission context, models, data and system interfaces so different platforms can work together. Open architectures preserve customer technology choice as requirements change, while operators and customer command systems retain execution authority.
Fixed-site sensors, mobile systems and customer command systems must exchange data through clear interfaces. Astrion applies integration and test to those handoffs so fixed and mobile elements can work together as requirements change, while operators retain execution authority.
Interfaces between vessel and shore systems shape how an uncrewed surface vessel receives direction and shares operational data. Mission engineering, modeling and test help assess those dependencies across maritime operations.
Aircraft from different generations carry different systems and interface requirements. Defined interfaces, integration and test support interoperability between new and legacy platforms while preserving options for future technology changes.
A constellation spans spacecraft, communications, ground systems and mission operations. Systems engineering and interface verification link operational requirements to how these interdependent elements are integrated, tested and coordinated.
Future lunar habitats depend on power, communications and support systems functioning together. Mission engineering, modeling and interface analysis help examine those dependencies and inform integration and test planning as habitat designs mature.
Power and communications networks rely on connected monitoring, control and operational systems. Astrion engineers and tests the interfaces between them to support coordinated response, recovery and continuity as operating conditions change.