Satellite Telemetry, ITAR, and Data Residency: Building Architecture for Speed and Control

Satellite mission operators rely on telemetry for real-time insights into spacecraft health and mission status, but managing this data poses challenges due to its rapid movement across systems. Telemetry data can reveal critical operational patterns, requiring strict compliance with regulations like ITAR to control access and distribution, while data residency and control issues complicate monitoring efforts. InfluxDB 3 offers a solution by providing a centralized time series architecture, which allows satellite teams to ingest, analyze, and monitor high-volume data from spacecraft and ground systems in real-time, enhancing anomaly response and compliance review efficiency. This architecture aids in maintaining data integrity and accessibility, enabling operators to monitor spacecraft health, correlate data across systems, trigger alerts, and conduct root-cause analysis with ease. Eutelsat OneWeb exemplifies the effective use of InfluxDB, handling over a million data points per second across its satellite constellation, showcasing how a unified telemetry system can improve mission operations and data governance.

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