SURF Research Day 2026

SRAM enables groundbreaking international research with the world's largest radio telescope
2026-05-19 , Theater platform

How can researchers working at institutions spanning the globe use the tools and have seamless access to the science outputs of a large and complex radio telescope that generates petabytes of data annually?

In this session the team that has enabled SURF Research Access Management (SRAM) integration and operation for the Low Frequency Array (LOFAR) telescope system will take you on a journey of discovery that will show you how the end-goal of enabling user access transparency of a complicated research infrastructure system was achieved.

You will learn about the the path we took and the decisions we made leading to the current implementation, about our experience with SRAM as well as our day-to-day operations and maintenance of the system.

We will outline some challenges that we have faced interacting with the world-wide scientific community, which is our primary user base.

Finally, you will see what we envision to achieve in the future as we open more and more services to the world.

By the end of the session you will learn what it takes to implement the integration of SRAM within a system like LOFAR and what to expect when you open it up to the public.


What is the nature of your session?: Technical With whom do you want to connect?:

Teams involved in international collaboration, operations of facilities.

What is the key take away of your session?:

Lessons learned when implementing and operating SRAM integration in a complex research system.

Mees Altena has a BSc in HBO-ICT with a specialization in Software Engineering, earned at Windesheim University of Applied Sciences. He has been working as a software engineer since 2022 and has been working in the same role at ASTRON since September 2024.