A Mission-related object refers to any artificial object in space that is directly associated with a specific space mission. This includes satellites, probes, landers, rovers, or any spaceborne equipment purposely deployed or used as part of a mission’s objectives.
Mission-related objects are categorized under artificial objects as they are human-made and serve particular operational roles in support of space missions, such as scientific exploration, communication, Earth observation, or defense initiatives.
These objects are tracked and monitored to ensure they perform optimally and do not pose any threat by potential collisions or operational interferences with other space objects.
Mission-related objects are the assets operators are accountable for, both for mission performance and for safe behavior in increasingly congested orbits.
Maintaining accurate, up-to-date knowledge of their location, identity, and status supports day-to-day operations (commissioning, station-keeping, formation flying), reduces uncertainty during close approaches, and helps distinguish expected mission elements (e.g., deployed subsystems) from anomalies.
Reliable monitoring also limits operational interference (e.g., uncoordinated maneuvers) and supports responsible space operations by enabling timely coordination and collision avoidance decisions.
Look Up helps operators protect mission-related objects by detecting, tracking, and characterizing artificial objects in LEO with SORASYS radars (detection down to a few cm, with centimetric accuracy and low-latency processing), and by fusing these measurements with external data in the SYNAPSE digital platform for SSA.
For fleets and constellations, the platform enables scalable risk management and coordination, including collision avoidance predictions with a 99.9% accuracy rate and detection of orbital manoeuvres.
We deliver space situational awareness (SSA) and space domain awareness (SDA) solutions that help secure active satellites and ensure safe operations in the ever-growing expanse of space.