RedHat Buys InkTank

Red Hat has announced that it bought storage system provider Inktank.

Inktank is the company behind Ceph, the cloud based objects and block storage software package used in a number of Openstack cloud configurations.

Ceph will continue to be marketed alongside Red Hat’s own GlusterFS in a deal worth $175m, which the company does not believe will adversely affect its financial forecasts for the year.

In a statement, Brian Stevens, EVP and CTO of Red Hat said, “We’re thrilled to welcome Inktank to the Red Hat family. They have built an incredibly vibrant community that will continue to be nurtured as we work together to make open the de facto choice for software-defined storage. Inktank has done a brilliant job assembling a strong ecosystem around Ceph and we look forward to expanding on this success together.”

As part of the deal Ceph’s Monitoring and Diagnostics tool Calamari will also become open source, allowing users to add their own modules and functionality.

Inktank founder Sage Weil used his blog to assure users that the two storage systems will be treated with equal respect. “Red Hat intends to administer the Ceph trademark in a manner that protects the ecosystem as a whole and creates a level playing field where everyone is held to the same standards of use.”

Red Hat made the announcement fresh from Red Hat Summit in New York, where the company reaffirmed that it is the Linux distribution of choice at the CERN supercollider in Switzerland.

The Inktank deal is set to close later this month.

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Particle Accelerator Put On A Chip

Researchers at the Stanford Linear Accelerator (SLAC) National Accelerator Laboratory have demonstrated a “particle accelerator on a chip”.

The Stanford University facility believes that the tiny particle accelerator has applications in science and medicine. A series of the miniature accelerators 100 feet long potentially could be more powerful than SLAC’s existing two mile long linear accelerator, despite each little segment being a glass chip smaller than a single grain of rice.

In a statement, experiment leader Joel England of SLAC said, “We still have a number of challenges before this technology becomes practical for real-world use, but eventually it would substantially reduce the size and cost of future high-energy particle colliders for exploring the world of fundamental particles and forces.”

At a practical level the accelerator could power tiny portable X-ray scanners used for treating military casualties in the field, as well as for use in security operations in airports and a wide range of scientific research.

Before we get too excited, it is worth pointing out that at the moment there is no compact way to get electrons up to the speed that the accelerator can work with, so at this stage, we have a two mile long machine with a tiny working part, but this is a major leap forward toward finding an alternative to microwaves in particle accelerators and making the process more portable.

Stanford University professor and principal investigator Robert Byer added, “Our ultimate goal for this structure is [one] billion electron volts per meter, and we’re already one-third of the way in our first experiment.”

We hope that this could also lead to the ability to create wormholes into other galaxies. But we doubt it.

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