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Digital platform
Definition: digital platform
A digital platform is a comprehensive and integrated ecosystem that provides the architecture and technological environment for processing, integrating, and managing large volumes of data from various sources.
It acts as the central hub for data aggregation, storage, and processing, enabling seamless connectivity and communication between different systems and technologies.
In the context of space operations, a digital platform, such as SYNAPSE, fuses data from radars and other sensors to deliver high-accuracy orbital information.
It supports various applications, including space situational awareness (SSA), space domain awareness (SDA), and operational decision-making processes.
Digital platforms are crucial for improving data transparency, enhancing analytical capabilities, and fostering collaboration among users, thereby aiding strategic and security-related decisions in the space environment.
Role of a digital platform in SSA and SDA operations
In SSA and SDA operations, a digital platform is the operational backbone that turns fragmented sensor feeds into a coherent, trusted space picture that teams can act on.
It reduces uncertainty by integrating, cleaning, correlating, and enriching data at scale, which is essential for timely conjunction assessment, object identification, event investigation, and coordinated responses across multiple stakeholders.
As orbital traffic grows, digital platforms enable repeatable, auditable decision workflows and faster coordination for safer maneuvers and resilient constellation management.
SYNAPSE by Look Up: capabilities and deployment
Look Up provides SYNAPSE, a secure digital platform that fuses multi-source data, catalogues objects with comprehensive ID cards, and delivers actionable alerts and collision avoidance analytics via API or interface, with on-premises deployment available for sensitive operations.
SYNAPSE integrates data from Look Up sensors and external sources, and supports collision avoidance predictions with a 99.9% accuracy rate as well as orbital manoeuvres detection for operational decision-making.
Paired with Look Up SORASYS radars, it helps operators detect, track, characterize, and coordinate responses to high-interest events in LEO with high reactivity.
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.