Structural, not cyclical.
Enterprise file storage ran on a predictable refresh rhythm for decades. Three forces broke it — and none of them are reversing.
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1AI hyperscalers reallocated the supply. High-bandwidth memory consumes roughly 4× the wafer capacity of conventional DRAM, and NAND capacity is sold out through 2026. Source: Tom’s Hardware, January 2026
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2Pricing inflated across the entire NAS stack. Enterprise hard-drive prices rose 46% in four months. Hardware estimates routinely arrive at 125–200% of expected figures. Source: Tom’s Hardware, January 2026
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3Unstructured data accelerated past hardware. It now accounts for 80–90% of all new enterprise data, growing 55–65% annually — regardless of what’s available to put it on. Source: Gartner
Our financial people were particularly happy to see us move from a large cyclical CapEx model to a predictable month-to-month operational model. It was one of the few things I’ve done in thirty-four years that actually made the CFO smile.
Hardware-bound vendors can’t keep up.
The vendors still tied to hardware bring the same cost structure and complexity you’re trying to escape. Nasuni was purpose-built to eliminate that dependency entirely.
NetApp
NetApp’s hardware-bound architecture creates CapEx spikes, procurement delays, and per-site refresh planning. Nasuni eliminates the dependency entirely — cutting 5-year TCO by up to 63% with no forklift migration.
Dell PowerScale
PowerScale (EMC/Isilon) was built for was built for the data center: refresh cycles every 3–5 years, separate backup tooling, no real-time global file lock across sites. Nasuni delivers a single global namespace on cloud object storage — at lower cost, with built-in DR and immutable snapshots included.
Windows File Servers
On-premises file servers demand constant refresh cycles, separate backup tools, and growing management overhead at every location. Nasuni consolidates all of it — every site, every file, every snapshot — in a single platform with one global namespace.