AI infrastructure fuels rising cloud storage demand across data centres

KUALA LUMPUR, 6 AUGUST 2026 —

Headline: AI infrastructure fuels rising cloud storage demand across data centres Lead: Cloud providers keep buying more Seagate hard drives as the AI data explosion changes enterprise storage priorities for the coming decade ... Body: When you buy through links on our articles, Future and its syndication partners may earn a commission.

Enterprise demand for high-capacity hard drives continues accelerating as artificial intelligence generates expanding datasets requiring reliable, affordable storage throughout increasingly complex cloud environments.

That growing appetite for storage has intensified competition among cloud providers building artificial intelligence infrastructure, keeping enterprise hard drives firmly within long-term investment plans.

Seagate's recent fiscal fourth-quarter and full-year 2026 financial results indicate continued demand from cloud data center customers despite no disclosure of future HDD allocation commitments.

AI relies heavily on enormous storage capacity because valuable data must remain available long after computations are done.

As organisations deploy larger AI models, the amount of stored information grows alongside computing requirements.

This significantly increases the dependence on enterprise hard drives for economical long-term retention.

Unfortunately, HDDs are becoming harder to secure, with manufacturers already booking long-term supply commitments years in advance.

Seagate said robust cloud data center demand kept driving business growth, tying stronger storage purchases to AI infrastructure expanding across global markets.

"As AI accelerates data generation and its value, we see durable long-term demand for mass capacity storage," said Dave Mosley, Seagate's chair and chief executive officer.

Seagate expects strengthening exabyte demand through its Mozaic platform and differentiated HAMR technology roadmap as enterprise deployments continue expanding worldwide.

While Mosley did not explicitly say customers are reserving Seagate's hard drive production through 2029, his remarks make clear that enterprise demand now sits at the core of the company's strategy.

Seagate's latest financial results provide additional evidence supporting enterprise storage demand.

Its annual revenue increased during fiscal 2026, while Q4 performance exceeded company expectations for revenue.

Operating cash flow reached $3.7 billion during fiscal 2026, while free cash flow totalled $3.1 billion after fourth-quarter operating cash flow reached $1.3 billion.

Seagate also reduced total debt by $1.4 billion during fiscal 2026, including $302 million during the fourth quarter, ending with outstanding debt of $3.6 billion.

Cash and cash equivalents reached $1.7 billion, while ordinary shares outstanding totalled 227 million and directors approved a quarterly dividend of $0.74 per share.

Seagate expects first quarter fiscal 2027 revenue near $4.1 billion alongside non-GAAP diluted earnings per share of approximately $7.30, subject to stated variations.

"Seagate's strong fourth quarter exceeded our expectations for revenue and non-GAAP EPS, capping a fiscal 2026 in which we grew," Mosley said.

"Our performance is being driven by robust cloud data center demand and disciplined execution, and we see the momentum continuing in 2027."

Seagate's rival, Micron, already made the move that Seagate is currently hinting at. It exited its Crucial consumer RAM business lin 2025 to redirect supply toward enterprise customers.

Micron said the shift was meant to "improve supply and support for our larger, strategic customers in faster-growing segments," cutting consumer buyers off from a manufacturer they had relied on for years.

Seagate has not gone that far with hard drives, but Mosley's insistence that cloud demand is driving the business suggests it could prioritise enterprise demand if current trends continue. Source: RSS Published: 2026-08-02T10:15:00.000Z Region: Tech Topic: Technology (AI-assisted rewrite, based on the original source)

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