Aggressive OpenStack vendor partners with Juniper for virtual networking, declares Amazon "de facto standard."
Postcards from Tomorrow's Data Centers
(click image for slideshow)
Cloudscaling, an experienced OpenStack implementer, has launched the 2.5 release of its Open Cloud System with advanced networking capability for building virtual, private clouds.
Cloudscaling CTO Randy Bias said the 2.5 system is the third major release of Open Cloud System and will be available by mid-summer. "We're very focused on solving the networking problem in these new private clouds," he said.
To do so, the cloud management software has to be able to apply a virtual networking layer on top of today's physical networks. Open Cloud System in its 2.5 release supports the creation of virtual networks and assigns them to newly created virtual machines, Bias said.
Cloudscaling has teamed up with Juniper Networks to supply virtual nets through Juniper's virtual network control technology. Juniper is attempting to leap out in front of the software-defined networking (SDN) parade through its acquisition of Contrail in December. Contrail set something of a record when it was acquired for $176 million two days after it was launched as the latest SDN brain trust.
Bias said Juniper's resulting approach to SDN will allow it use standard network protocols, but create a centralized, virtual networking layer on top of existing network equipment. The network control console of that layer will bring many new features of virtualized networking to that equipment and allow "an any-to-any network fabric." A fuller implementation will come with the 3.0 version of Open Cloud System, he said, but there is still no timeframe for when 3.0 will emerge.
The 2.5 release includes enhancements to its Block Storage used by running virtual machines. Snapshots of Block Storage data can be taken and then stored in the longer term Object Storage service of Open Cloud System. The snapshots form a front line of protection against data loss and allow recoveries to occur quickly up to a certain point in time. They can also be used to copy a running virtual machine and launch a new instance, if one is needed, Bias said.
Open Cloud System is a complete system of integrated parts, "the only OpenStack product that delivers this," Bias said, a comment likely to be challenged by OpenStack suppliers, such as Nebula, which also claim to provide a complete system with hardware as well as Cloudscaling's software.
Cloudscaling has evolved into a cloud system company from a cloud design and architecture company that designed Korea Telecom's cloud, the largest in South Korea,. More recently, Cloudscaling customers have included video game giant Ubisoft, social networking site LivingSocial and IT outsourcer IBS DataFort.
Its 2.5 release offers the primary components of the recent Grizzly version of OpenStack, including Nova compute, Swift file storage, Cinder block storage, Glance image management and Keystone identity management and access control. It also supports Quantum, the new and rapidly evolving networking API platform inside OpenStack that will allow many networking vendors to plug virtual network management applications into the OpenStack-based cloud.
Bias said Cloudscaling believes Google Compute Engine and Amazon Web Services will become the dominant, public cloud APIs in the future. Amazon's are "already a de facto standard" that private cloud builders can ill afford to ignore. So the 2.5 release of Open Cloud System supports the APIs of both OpenStack and Amazon, he said.
Multicloud Infrastructure & Application ManagementEnterprise cloud adoption has evolved to the point where hybrid public/private cloud designs and use of multiple providers is common. Who among us has mastered provisioning resources in different clouds; allocating the right resources to each application; assigning applications to the "best" cloud provider based on performance or reliability requirements.
In this special, sponsored radio episode we’ll look at some terms around converged infrastructures and talk about how they’ve been applied in the past. Then we’ll turn to the present to see what’s changing.