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Who’s developing quantum computers?
There are two main camps in the quantum computing development, says Ashish Nadkarni, Program Vice President of Computing Platforms, Worldwide Infrastructure at IDC. In the first camp are entrenched players from the world of classical computing. And in the second are quantum computing startups.“It’s a highly fragmented landscape,” Nadkarni says. “Each company has its own approach to building a universal quantum computer and delivering it as a service.”[ Now see What is quantum computing [and why enterprises should care.] Classic-computing vendors pioneer quantum computing Along with IBM, other classical computing companies staking a claim in the emerging field of quantum computing include:To read this article in full, please click here
Even enterprises not in a multi-cloud environment must begin making their security decisions with it in mind. If they don’t, they risk some of their decisions quickly becoming obsolete.
The hyperconverged infrastructure vendor partnered with CloudEndure, whose software provides disaster recovery and live migration technology, for the new services.
OpenStack has been decoupling Zuul from OpenStack-specific systems to make the software available to more developers.


Microsoft and Google security researchers disclosed the new bugs, which affect Intel, AMD, and ARM processors.
The goal is to help enterprises more easily take advantage of open cloud systems.
Customers can now scale their broadband connections up and down on a schedule or in real-time.
The Trump administration is considering lifting the ban in exchange for a removal of tariffs on products from the U.S. farm belt and reduced tariffs on imported U.S. automobiles.
The hyperconverged platform combines Red Hat OpenStack Platform 13 and Red Hat Ceph Storage 3 into one product.