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SNIA Developer Conference September 15-17, 2025 | Santa Clara, CA

Curtis Ballard

Strategist, Technology Enablement
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Technical Counci

HPE
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SNIA

Curtis Ballard is a Distinguished Technologist with Hewlett Packard Enterprise in the HPE Storage organization where he works on storage architecture, intellectual property, and storage technology strategy with a focus on enabling new storage technologies. Curtis has 30 years of experience in storage and storage interfaces technologies where he has worked in product design teams for storage arrays, storage enclosures, tape drives, tape libraries, and magneto optical drives. He has developed hardware designs for storage interfaces and storage controllers as well as firmware for motion control, storage interfaces, user interface, and embedded operating systems. In addition to Storage Platform development for HPE, Curtis also represents HPE in several industry organizations. Curtis is a treasurer for the NVM Express Board of Directors, is a member of the SNIA Technical Council, and is the vice-chair of the INCITS/SCSI (T10) Storage Interfaces Technical Committee where he has been the editor for several SCSI standards. He is an inventor on over 40 US patents in the storage industry across electrical, software, and mechanical disciplines.

Storage for AI 102, A Further Perspective on Storage use in AI Workflows

Submitted by agustin.nika on
This presentation will build on the AI For Storage 101 presentations that were given at SDC last September and SDC Regional Denver.  There will be less intro/overview and it will focus more on the phases of AI with different styles of storage access, examples of some of the types of work performed in those phases, and discussion of the workload that the storage system would see for those phases.

Storage Blending: The Evolving Role of HDD and SSD in Data Systems for an AI and Analytics Era

Submitted by Anonymous (not verified) on

As the rapid expansion of AI and analytics continues, storage system architecture and total cost of ownership (TCO) are undergoing significant transformation. Emerging technologies such as HAMR in rotating storage and high-capacity, data center-grade QLC in flash promise to redefine the landscape for both hyperscale and OEM data storage solutions. But what will that evolution look like?

Booting over an NVMe/TCP Transport

Submitted by Anonymous (not verified) on

As large deployments become more common, our industry needs a standardized, multi-vendor solution to boot computer systems from OS images stored on NVMe® devices across a network. The newly published NVM Express® Boot Specification and ecosystem partnership with UEFI and ACPI enables this by leveraging the NVMe over Fabrics (NVMe-oF™) standard. This talk is a dive into the details of the new specification and the design of an open-source prototype for booting over NVMe/TCP transport using a UEFI implementation.

Storage for AI 101 - A Primer on AI Workloads and Their Storage Requirements

Submitted by Anonymous (not verified) on

The SNIA TC AI Taskforce is working on a paper on AI workloads and the storage requirements for those workloads. This presentation will be an introduction to the key AI workloads with a description of how they use the data transports and storage systems. This is intended to be a foundational level presentation that will give participants a basic working knowledge of the subject.

Keynote: Storage for AI 101 - An overview of AI Workloads from a Storage Perspective

Submitted by Anonymous (not verified) on

The AI Pipeline is a complex set of phases and operations, all with different requirements for the underlying storage which affect storage technology choices. Understanding this complexity can be overwhelming and hard to understand. This presentation will provide a 101 style view of the typical demands of the AI phases on the storage which impacts your storage choices and success deploying your AI strategy. Storage is critical for efficient AI, and is currently overlooked, to some extent, by the market.

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