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Platform
Definition of a platform in space technology and operations
A "Platform" in the context of space technology and operations refers to a foundational hardware or software system that facilitates the function and integration of various processes, applications, and services essential for space missions.
In the realm of space operations, a platform can refer to physical structures, like satellites or space stations, which provide the necessary infrastructure to host various payloads, instruments, or experiments.
Additionally, platforms may also refer to digital environments, such as data fusion systems or analytic frameworks like SYNAPSE, that aggregate and process a wide range of data inputs, including radar and sensor data, to offer comprehensive orbital information.
These platforms are critical in enhancing space situational awareness, managing space traffic, and supporting decision-making processes by delivering reliable, high-accuracy data and facilitating communication between different systems and stakeholders.
Why platforms matter for SSA and STM operations
Platforms are the operational backbone that lets mission teams integrate sensors, catalogs, analytics, and workflows into a single, consistent “space picture.”
In SSA and STM, platform choices directly affect how quickly operators can detect and characterize objects, fuse multi-source data, distribute alerts, and coordinate responses across organizations.
As orbital congestion increases, scalable platforms become essential to reduce uncertainty in conjunction assessments, maintain consistent procedures across fleets, and support timely, auditable decisions for collision avoidance and broader risk management.
Look Up SYNAPSE: a secure data-fusion platform for SSA/STM
Look Up supports SSA and STM operations with SYNAPSE, a secure digital platform that fuses Look Up and external data to catalogue objects, deliver high-interest alerts, and predict collision risk with a 99.9% accuracy rate for collision avoidance predictions.
It integrates tracking outputs from the SORASYS radars to detect and track LEO objects with high reactivity, strengthening the timeliness and accuracy of operational decisions.
SYNAPSE can be deployed via API, interface, or on-premises to coordinate monitoring, protect satellite fleets, and streamline maneuver planning under mission constraints.
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.