Engineer for the future of Cloud
June 10-13, 2019
San Jose, CA

Serverless for satellite imagery processing pipelines

11:00am11:45am Thursday, June 13, 2019
Average rating: ****.
(4.00, 3 ratings)

Who is this presentation for?

  • Engineers



Prerequisite knowledge

  • A basic understanding of imagery processing, imagery formats, and geospatial data

What you'll learn

  • Learn how to design an imaging-processing pipeline with geospatial and satellite operations contexts


Over the last decade, a large number of optical, radar, and laser remote-sensing satellites were launched. Today, they provide daily global observation of the surface and enable extracting insights from the data that can be used in various industries from agriculture monitoring to mining and urban development. There are certain challenges to using satellite data, including low latency and accessibility issues caused by the pattern of mission operation and spacecraft orbit; large frame size (while in practice the area of interest may cover only 1% of the scene); and interoperability of the datasets from different sensors of different providers. All these challenges can be addressed based on using public cloud processing infrastructure with serverless processing nodes.

Drawing on a practical example of a project to build a satellite-processing infrastructure—which covers the whole set of tasks from on-orbit operations to downlink, cross-calibration, and imaging product delivery—Alex Kudriashova walks you through designing and building an entire processing infrastructure and discusses its challenges.


Aleksandra KudriashovaAleksandra Kudriashova (Astro Digital) leads data product integration at Astro Digital, a platform for fast and easy access to satellite imagery. Previously, she was a cofounder of ImageAiry, an online marketplace for satellite imaging services, and worked on B2B software solutions at Dell. Her interests are open source, big data, and business intelligence. She honed her computer science and technical leadership expertise at MIT.