
To survive, generative AI needs our data infrastructure to change
Generative AI is changing the world - what does it need to work?
Generative AI is changing the world - what does it need to work?
The power required by AI models is expanding uncontrollably - and that is before the models get fully deployed
Quantum computing promise to solve insoluble technical challenges exponentially faster than conventional computers. But acquiring, installing and maintaining a quantum computer is expensive. Could quantum computing-as-a-service be the answer?
Nuclear power, AI writing, layoffs... and more
Bespoke supercomputers and HPC will adopt chiplet technology to benefit us all
How hyperscalers are arming up with their own infrastructure
How to retrofit using disruptive technologies
How improving data center sustainability helped a leading government research laboratory support new supercomputers
Criminals are already storing up data for the day when quantum computers break all known encryption algorithms. Here's what you need to do
Terrifying nightmares and cobweb-like complexities
Quantum computers need longer coherence times: the answer could be to recalibrate rather than isolate them
Modular structures have taken over from the physical data center structures up to the software modules of Kubernetes containers
Changes are afoot in the way supercomputers are designed and built, opening them up to a new range of use cases
It happens that due to the fundamentally different architecture of quantum computing, both RSA and ECC are orders of magnitude easier to crack for a quantum computer
An effective IT organization can lead the way for organizations seeking broader use of AI, by adopting seven lessons from the HPC focus on system-level thinking
Ten percent of HPC is now performed in the cloud. The only way for this is up
Hybrid computing provides a unified interface to HPC resources located around the world, including all the major HPC cloud providers and supercomputer centers
Exascale-capable storage systems exist, and can teach us about the future of computing
There are, today, some very specific applications where using flash and tape is by far the most cost-effective storage setup
The world’s superpowers are locked in a fierce battle, but they must keep an eye on security
Understanding what it takes to embrace high performance computing
The next generation of DRAM - DDR5, recently announced by JEDEC, is slated to double the bandwidth over DDR4
There are new methods for using deep learning to gain actionable insights from rich complex data
When a company is left to test its own product, what could possibly go wrong?