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Fleet protection loop
Definition of the fleet protection loop
The "Fleet Protection Loop" refers to a continuous, iterative process specifically designed to safeguard a fleet of satellites or orbital assets from potential threats, collisions, and anomalies in space.
This process involves the comprehensive tracking, monitoring, and analysis of all orbital objects that may pose a risk to the safety and operational efficiency of the fleet.
The loop incorporates multiple phases, including detection of potential threats using advanced radar systems, assessment of collision risks or anomalies through data fusion platforms like SYNAPSE, formulation of strategies for risk mitigation, and execution of corrective maneuvers to protect the fleet.
Additionally, the Fleet Protection Loop is critical for providing real-time intelligence and situational awareness, ensuring that asset operators can make informed decisions to maintain the integrity and longevity of their spaceborne systems.
This process is essential for defense agencies, commercial satellite operators, and other stakeholders in maintaining a sustainable and secure space environment.
Why fleet protection loops matter
A fleet protection loop matters because constellation operations are exposed to continuous, fast-changing risks such as conjunctions with debris and active satellites, unexpected orbital changes, and anomalous behavior that can propagate across a fleet.
Making this loop reliable and repeatable reduces uncertainty in daily operations, supports timely coordination of maneuvers, limits service disruption, and helps operators balance safety margins against fuel and mission constraints.
At scale, an effective loop also improves space sustainability by enabling earlier detection, better risk prioritization, and consistent decision-making across multiple spacecraft and stakeholders.
How Look Up supports fleet protection loops
Look Up supports fleet protection loops by detecting and tracking objects in LEO with SORASYS radars and by fusing those observations with external data in the SYNAPSE platform to maintain an accurate operational space picture.
SYNAPSE helps catalogue and characterize threats, issue alerts, and run collision avoidance predictions with a 99.9% accuracy rate to prioritize risks.
Operators can then use the platform to coordinate responses and receive tailored maneuver recommendations that account for mission constraints to protect satellite fleets.
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.