The Buyer’s Guide to AI Storage
A practical framework for designing high-performance, cost-efficient storage systems for modern AI workloads.
Many organizations are discovering that their biggest AI bottleneck isn’t model quality or compute power — it’s how fast and efficiently data can move to and from GPUs.
This guide is written for AI architects, ML platform teams, and technical leaders who need to make smarter decisions about how data is stored, accessed, and orchestrated across the AI lifecycle. It cuts through vendor noise and focuses on the engineering and economic principles that determine whether AI systems can actually scale.
Inside, you’ll explore:
- The storage requirements of training vs. inference workloads
- Why data movement and metadata are now the primary bottlenecks
- How GPU utilization and latency are constrained by storage design
- What “software-defined storage” actually means for AI platforms
- How to build a storage layer that evolves with the next wave of AI
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