Gary Grider

Papers

Total Citations

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About

Gary Grider is a leading figure in high-performance computing (HPC) storage and data management, with a career dedicated to solving the immense challenges of archiving and accessing exascale datasets. His work critically examines the economic and performance trade-offs of storage technologies, most notably in his influential paper "Cost of Tape versus Disk for Archival Storage" (2014, 5 citations), which provides a forward-looking analysis of how ballooning supercomputer memory sizes shift the cost equation from capacity to bandwidth. Grider’s key contributions lie in architecting hierarchical storage systems that balance speed, cost, and reliability for the world’s largest scientific facilities. As a key architect at Los Alamos National Laboratory, he has been instrumental in designing the storage infrastructure for some of the most powerful supercomputers on earth, ensuring that critical research data is both preserved and rapidly accessible. His insights have directly shaped procurement and design strategies for national labs, making him a vital voice in the ongoing evolution of HPC storage.