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Continuous tracking
Definition of continuous tracking
Continuous tracking refers to the capability of persistently monitoring and observing objects, typically in space or aviation contexts, without interruption over a given period.
This involves using advanced technology systems such as radars, satellites, or other sensor networks to constantly update and maintain the positional data of these objects as they move through their trajectories.
The main goal of continuous tracking is to ensure real-time situational awareness and provide comprehensive data that supports decision-making processes.
In space mission scenarios, continuous tracking is crucial for managing the safety and security of satellites, identifying potential collision threats, supporting maneuvering operations, and ensuring the sustainable utilization of space.
Why continuous tracking matters for operations
Continuous tracking is what turns a static space catalogue into an operational space picture that can support time-critical decisions.
By maintaining up-to-date state vectors and observing changes in trajectory, operators can reduce uncertainty, detect abnormal behavior, issue earlier collision risk assessments, and plan safer maneuvers under real mission constraints.
It also enables coordination at scale for constellations and supports long-term sustainability by improving conjunction screening, attribution, and post-event analysis.
How Look Up and SYNAPSE enable continuous tracking
Look Up supports continuous tracking by detecting and tracking LEO objects with its SORASYS radar network, providing high reactivity and frequent updates that help operators maintain situational awareness.
SYNAPSE fuses Look Up sensor data with external sources to catalogue objects, generate ID cards, and deliver alerts and collision-avoidance analytics via API or interface, including secure on-premises deployment.
Together, they help teams predict conjunctions, monitor orbital manoeuvres, and coordinate risk management and asset protection for 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.