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For more than 55 years, WD has built the storage infrastructure that powers the world’s data.
Now, as WD, we’re driving certainty for the AI-driven data economy—delivering the scale, reliability, and economics required to turn data into intelligence. WD has been a technology standard-setter in the industry’s highest volume markets. WD’s hard drives are deployed in personal computers, enterprise computing systems, consumer electronics and digital video applications, as well as external stor
05/06/2026
As AI workloads accelerate, the responsibility to scale sustainably grows as well.
For WD, environmental stewardship is built into how we engineer, manufacture, and deliver data storage solutions at a global scale. From carbon-free energy sourcing to rare earth mineral recovery, our FY2025 Sustainability Report reflects the progress we are making, and the commitments that hold us accountable.
This World Environment Day, we reaffirm that the infrastructure powering the AI era must be built with the planet in mind.
The Ultrastar Data 3000 Series Hybrid Storage Platforms set a new standard for modern storage infrastructure.
As a foundational building block for disaggregated and software-defined architectures, these platforms deliver massive, shared capacity with the flexibility to optimize performance and cost across workloads.
With petabytes of raw storage in a compact, efficient form factor, the Ultrastar Data 3000 Series is built to power the demands of scalable, data-intensive cloud, neo-cloud, and HPC environments.
02/06/2026
AI data needs future-ready protection.
WD is advancing trusted infrastructure with one of industry’s first post-quantum cryptography hard drives that are helping to secure AI data systems for the quantum era.
From persistent AI workloads to massive data lakes, the future of storage security starts now.
Read more about how we’re readying enterprise storage for the quantum threat via Link in Bio
30/05/2026
AI data centers run on storage as much as they run on compute.
Every drive in a data center is an opportunity to store more, use less power, and get more value out of every rack. SMR technology is how leading data centers are seizing that opportunity, and WD's UltraSMR is leading the way with up to 32TB per drive, a 23% capacity gain over the 26TB CMR drive.
It already powers roughly 50% of WD's exabytes shipped into capacity-optimised data centers. And with native file system support now available, it's accessible to any enterprise, not just hyperscalers.
Swipe to see how SMR is shaping the AI era, and why it matters beyond the cloud.
More data. Same disk. Here is how.
Traditional hard drives leave gaps between tracks. SMR changes that by overlapping them, like shingles on a roof, fitting significantly more data into the same space.
UltraSMR pushes this further with smarter error correction and better signal reading, delivering up to 20% more capacity over a conventional drive.
This is how WD builds the industry's highest capacity hard drives.
24/05/2026
Data centers are not just getting bigger. They are getting smarter about how they store.
Modern infrastructure demands storage that can scale independently, move data faster across a network, and do all of it without ballooning costs.
That is what WD Storage Platforms are built for: disaggregated architecture for the AI era, NVMe-over-Fabrics for fabric-speed performance, and a strong TCO model that ensures large-scale storage stays sustainable at scale.
Open architecture. No vendor lock-in. And the expertise to help you build the right infrastructure for what comes next.
22/05/2026
Impact > Raw Speed.
The tech industry has long chased speed. But as CIO Sesh Tirumala asserts, speed without impact is meaningless.
That’s the core insight in his recent Forbes piece on where successful technology leadership is headed this year.
At WD, we’re focused on outcomes over activity, removing friction that unlocks value, and accelerating what truly matters for the business.
Read the full article to see why velocity is the new driver of success in 2026. Link in Bio.
21/05/2026
For professionals and growing businesses, scattered data isn't just a bottleneck, it is a risk. ☁️🔒
As your digital footprint scales, relying on a graveyard of old portable drives or fragmented cloud subscriptions limits your efficiency and leaves your work vulnerable. To help protect your assets from becoming another lost file, building a private cloud through a Network Attached Storage (NAS) system changes the equation.
A NAS provides the seamless remote access of public cloud storage, grounded in the redundancy, security, and one-time hardware cost of a system you actually own.
Swipe to understand how a NAS works and why it is the logical next step to future-proof your data infrastructure. 👉
Every corrupted file, broken camera, and crashed drive leaves behind the exact same feeling. ⚠️
Welcome to the Museum of Lost Files. It is a tribute to the universal, painful experience of losing what matters most. Simply because it was stored on a single point of failure.
It happens to everyone, but your digital legacy does not have to end up here.
For creators, businesses, and heavy data users, true data security means moving beyond vulnerable, isolated devices. By building a private cloud with a Network Attached Storage (NAS) system, you help ensure your work is automatically backed up, globally accessible, and protected from hardware crashes.
Don't let your data become an exhibit.
We all have a file we wish to get back.
Maybe it was a folder of wedding photos on a crashed laptop, a half-finished manuscript on a corrupted drive, or a video of loved ones on a phone that wouldn't turn back on.
These are the exhibits in the Museum of Lost Files.
If you walked through your own museum, what would be the first thing you’d see? Tell us in the comments. 👇
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