Date Published: September 2023
Author(s)
Yang Guo (NIST), Jeremy Licata (NIST), Victoria Pillitteri (NIST), Sanjay Rekhi (NIST), Robert Beverly (NSF), Xin Yuan (Florida State University), Gary Key (HPCMP), Rickey Gregg (HPCMP), Stephen Bowman (HPCMP), Catherine Hinton (Los Alamos National Laboratory), Albert Reuther (MIT Lincoln Laboratory), Ryan Adamson (Oak Ridge National Laboratory), Aron Warren (Sandia National Laboratories), Purushotham Bangalore (University of Alabama), Erik Deumens (University of Florida), Csilla Farkas (University of South Carolina)
High-performance computing (HPC) is a vital computational infrastructure for processing large data volumes, performing complex simulations, and conducting advanced machine learning model training. As such, HPC is a critical component of scientific discovery, innovation, and economic competitiveness. Cybersecurity thus plays an important role in HPC by safeguarding against abuse and misuse and ensuring data and research integrity. However, HPC systems often have unique hardware, software, and user environments that pose distinct cybersecurity challenges. This collaborative workshop gathered stakeholders from government, academia, and industry to discuss community needs, ongoing activities, and future directions in HPC security. This public workshop report provides detailed summaries of technical sessions, key takeaways from breakout sessions, and a summary of the keynote presentations.
High-performance computing (HPC) is a vital computational infrastructure for processing large data volumes, performing complex simulations, and conducting advanced machine learning model training. As such, HPC is a critical component of scientific discovery, innovation, and economic competitiveness....
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High-performance computing (HPC) is a vital computational infrastructure for processing large data volumes, performing complex simulations, and conducting advanced machine learning model training. As such, HPC is a critical component of scientific discovery, innovation, and economic competitiveness. Cybersecurity thus plays an important role in HPC by safeguarding against abuse and misuse and ensuring data and research integrity. However, HPC systems often have unique hardware, software, and user environments that pose distinct cybersecurity challenges. This collaborative workshop gathered stakeholders from government, academia, and industry to discuss community needs, ongoing activities, and future directions in HPC security. This public workshop report provides detailed summaries of technical sessions, key takeaways from breakout sessions, and a summary of the keynote presentations.
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Keywords
high-performance computing (HPC); HPC security; HPC security posture; security guidance; security compliance
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