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Alerting process
Definition
The alerting process is a systematic and structured procedure designed to identify, generate, and disseminate alerts based on specific criteria or triggers.
This process involves monitoring various data sources for conditions or anomalies that meet predefined thresholds or parameters. Upon detection of such conditions, an alert is generated to notify relevant stakeholders or systems of the occurrence.
The alerting process is critical in contexts where timely information is necessary to initiate a response, manage risks, or make informed decisions. It often includes components such as threshold setting, signal detection, notification mechanisms, and escalation procedures.
In the realm of space operations, an alerting process is essential for conveying collision risks, behavioral anomalies, or other orbital events that require immediate attention to ensure the safety and security of space assets.
Why alerting matters in space operations
In space operations, an alerting process turns continuous monitoring into timely, actionable decisions by flagging conjunction risks, orbital behavior anomalies, and other events that can threaten mission continuity.
Well-designed criteria, notification channels, and escalation paths help operators prioritize responses, coordinate across teams, and avoid missed windows for maneuver planning.
As traffic density grows, scalable alerting reduces operational load while improving safety, sustainability, and accountability in SSA and SDA.
How Look Up enables space alerting
Look Up supports alerting processes by detecting and tracking objects with its SORASYS ground-based radars and by fusing multi-source data in the SYNAPSE digital platform to maintain an up-to-date space picture.
SYNAPSE generates real-time alerts within seconds or minutes of high-interest events and delivers them via API or interface, including on-premises deployment for secure operations.
For conjunction scenarios, Look Up provides collision avoidance support with predictions at a 99.9% accuracy rate and tailored maneuver recommendations that account for 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.