Webinar: Eutelsat Group’s Journey to Real-Time Spacecraft Monitoring
Date: December 5, 2024
Time: 1:30 pm - 2:30 pm (Eastern Standard Time)
Date: December 05, 2024
In this technical webinar, we’ll explore how Eutelsat Group, a global communications company, harnesses the power of InfluxDB to monitor and analyze telemetry data from its OneWeb constellation of hundreds of low Earth orbit (LEO) satellites. As Eutelsat Group works to provide high-speed, low-latency broadband access worldwide, managing the vast influx of time series data from its growing satellite network presents unique challenges.
Our speaker will provide a look at Eutelsat Group’s data architecture, discussing how InfluxDB time series database integrates with their existing systems to provide real-time insights into spacecraft health, performance, and network status. We’ll explore the custom dashboards and alerting mechanisms built on top of InfluxDB, enabling Eutelsat Group’s operations team to proactively manage their fleet.
Takeaways from this session:
- Learn how InfluxDB’s architecture enables efficient ingest, storage, and query of millions of data points per second from hundreds of spacecraft
- Hear about their approach to building responsive dashboards and intelligent alerting systems
- Learn how to implement advanced predictive maintenance and anomaly detection to reduce potential downtime and extend spacecraft lifespan
Speakers, hosts, trainers
Daniel Kroboth
Vice President, LEO Satellite Operations, Eutelsat Group
With OneWeb since mid-2015, Dan worked on the design, development, deployment, and now operation of the GEN1 Constellation. He specializes in avionics, flight software and satellite and ground autonomy solutions to efficiently operate 650 satellites. His more than 25 years of experience includes a mix of commercial and Department of Defense (DoD) satellite programs. Prior to OneWeb, he led several programs that achieved mission requirements through fusing traditional GPS measurements with other observables to provide precise navigation and timing solutions.
