SC25
About the Event
Make Your Storage AI-Ready at SC25 – AI is only as powerful as the data it can reach.
Join Hammerspace in St. Louis at Supercomputing 2025 to see how we’re helping organizations eliminate data bottlenecks, simplify infrastructure, and make all their existing storage instantly AI-ready. We’ll showcase the latest innovations from our AI Data Platform (AIDP), unveiled at NVIDIA GTC D.C. 2025, and how it aligns with the NVIDIA AI Data Platform reference design to accelerate enterprise AI anywhere.

Find us at Booth #3523
Book a meeting w/ Hammerspace to see how AI Data Platform (AIDP) is redefining how enterprises feed GPUs and scale AI. Aligned with NVIDIA’s AI Data Platform specs and built for real-world AI infrastructure.
Let’s discuss how to make your storage AI-ready. No re-architecture, no silos, just performance at scale
Discover how Hammerspace helps Oracle Cloud customers unlock the full value of their data by breaking down silos across on-premises, cloud providers, and cloud regions. Together with OCI, we make it easy to move data where it’s needed, speed up AI and HPC projects, and simplify hybrid-cloud operations. The result is faster time to value, lower infrastructure complexity, and greater consumption of OCI compute and storage.
Come see us in the Oracle booth #1306
Don’t miss the Featured Presentation by Floyd Christofferson
Description: IT infrastructures face AI and analytics demands, driving the need for storage that leverages existing networks, cuts server counts, and frees CAPEX for AI.
Modeled on the Open Compute Project, the Open Flash Platform (OFP) initiative liberates high-capacity flash through an open architecture built on standard pNFS in every Linux distribution. Each OFP unit contains a DPU-based Linux instance and network port, so it connects directly as a peer—no additional servers.
By removing surplus hardware and proprietary software, OFP lets enterprises use dense flash efficiently, halving TCO and increasing storage density 10×. Early configurations deliver up to 48 PB in 2U and scale to 1 EB per rack, yielding a 10× reduction in rack space, power, and OPEX and a 33 % longer service life.
This session explains the vision and engineering that make OFP possible, showing how open, standards-based architecture can simplify and reduce the costs of high-capacity storage.
Schedule:
Booth Hours
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Booth Hours
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Featured Presentation
Room: 130
Open Flash Platform: An Initiative for Open, Highly Efficient, Exascale AI Storage
This session explains the vision and engineering that make OFP possible, showing how open, standards-based architecture can simplify and reduce the costs of high-capacity storage.