Keeping LeoLabs’ Real-Time Radar Network Running with InfluxDB
Session Date: Nov 04, 2025
Time: 1:00pm (PT) | 9:00pm (GMT)
LeoLabs is pioneering the future of space safety with a global network of radars that track satellites and orbital debris in low Earth orbit. These systems generate massive volumes of telemetry data (from monitoring radar hardware to tracking satellites) that must be processed and analyzed in real time. To meet these demands, LeoLabs relies on InfluxDB to deliver high performance, scalability, and reliability across thousands of devices and servers worldwide. In this technical case study webinar, LeoLabs will share how InfluxDB powers their radar operations and development teams. From deploying Telegraf at scale with Ansible, to using Kubernetes and Grafana for visibility, their stack handles telemetry, Python log data, and Parquet file storage at impressive scale. Attendees will learn how InfluxDB enables LeoLabs to turn raw radar data into actionable intelligence while reducing costs and simplifying infrastructure.
In this webinar, you’ll learn:
- How LeoLabs collects and manages telemetry from thousands of radar devices worldwide.
- Best practices for deploying Telegraf configurations at scale.
- Ways to leverage InfluxDB 3 for cost-efficient storage, querying, and retention.
- Tips for turning high-volume radar and log data into operational intelligence with Kubernetes, Grafana, and custom applications.
Jackson Ball
Radar Software Engineer, LeoLabs
Jackson Ball is a Radar Software Engineer at LeoLabs, where he develops and automates infrastructure powering the company’s global network of space radars. With over a decade of experience in Linux systems, Python automation, and radar operations, Jackson bridges the gap between mission-critical hardware and cloud-scale telemetry systems.
Before joining LeoLabs’ software team, he led radar operations across multiple LeoLabs sites, building automation pipelines with Ansible, Telegraf, and InfluxDB to manage thousands of sensors and servers worldwide. His background in space domain awareness spans work on both LeoLabs’ LEO radar network and prior roles maintaining US and Australian Defence Space Surveillance systems, including the C-Band Space Surveillance Radar and Space Surveillance Telescope.
Jackson’s work focuses on delivering high-reliability data pipelines, real-time monitoring, and scalable telemetry architectures that transform raw radar data into actionable intelligence — keeping satellites safe and space sustainable.
Matt Adelman
Senior Manager of Radar Systems, LeoLabs
