Streamlining Scientific Workflows - Computational Storage Strategies for HPC

Learn how computational storage strategies can revolutionize High-Performance Computing (HPC) workflows in this 24-minute conference talk from the SNIA Compute, Memory, and Storage Summit. Explore how scientific simulations, from magnetic reconnection studies to asteroid impact modeling, generate massive datasets reaching petabyte scales that require advanced storage solutions. Discover how function pushdown operations, data filtering, and indexing capabilities of computational storage can enhance efficiency across I/O layers. Follow along as Dominic Manno from Los Alamos National Laboratory demonstrates proof-of-concepts combining industry file formats, open-source file systems, data analytics engines, and scientific datasets to showcase the transformative potential of computational storage in scientific computing and beyond.