There’s been a great deal of excitement, interest and certainly follow-on questions after we announced our new hybrid cloud integration solution, Nexus 1000V InterCloud. My earlier three-part blog consisted of Part 1 on the architecture and features, Part 2 on the hybrid cloud management specifics, and Part 3 a recap of the frequently asked questions.
And now, we have the video demonstration. At Cisco live! last month in London, TechWise TV‘s Robb Boyd caught up with Prashant Gandhi, Sr. Director of Product Management in our Server Access and Virtualization Business Unit, before the trade show floor opened and recorded a demonstration of the new hybrid cloud infrastructure.
In this demo, Prashant quickly migrates a few virtual machines from our simulated private cloud to Amazon Web Services hosting servers. Part of the ease of use is through integration of Cisco’s Virtual Network Management Center (VNMC) InterCloud to Amazon cloud management tools, and the ability to view and manage virtual machines in both the private data center as well as those hosted in the cloud. The other important point about Nexus 1000V InterCloud is not only how it provides all the seamless layer 2 connectivity and security to connect the data center to public cloud resources quickly and easily, but security and application policies can be mirrored and migrated just as easily in the public cloud through the use and deployment of Cisco Cloud Network Services, such as our Virtual Security Gateway, the ASA 1000V Cloud Firewall or vWAAS. Take it away Robb and Prashant…
We had some sneak peeks at CiscoLive in London but as you probably know by now, this stuff was just formally announced last week. Several demos worth looking at give you the foundation for what is important. Shashi Kiran is leading this effort and you can always count on a good quote:
“Cisco takes Unified Fabric to the next level delivering compelling customer value in an evolutionary manner, we offer a switch with the industry’s highest 40GbE density per rack unit, the simplest solution for the hybrid cloud model, and the most extensible network controller.”
Interesting….tell us more…
Three areas of innovation: How we Scale (Nexus 6000), how we enable the Hybrid deployment model (Nexus 1000v InterCloud) and how we open it all up with Cisco ONE (Open Networking Environment)
Today we wrap up our three part introduction of Cisco’s new hybrid cloud infrastructure, Nexus 1000V InterCloud. In Part 1, we provided an overview of the architecture and the components that make up Nexus 1000V InterCloud. In Part 2, we looked a bit more closely into the single pane management of the cloud network and resources across the on-premises private cloud and the cloud service provider. In Part 3, we’ll answer some of the most frequently asked questions we’ve been getting from customers, analysts and the press in the early stages of this announcement.
Q: What is Nexus 1000V InterCloud? What part of the hybrid cloud infrastructure does it comprise? Is it software, hardware, some combination of both? Is it a switch, a server or an application?
A: Nexus 1000V InterCloud is a set of software components that run as virtual machines on a variety of servers. It forms the infrastructure that extendss your existing on-premises virtual network and virtual services to cloud providers in a seamless and secure manner. It provides all the infrastructure and protocols to support VM migration from the data center to the cloud provider. Effectively, Nexus 1000V InterCloud (with VNMC InterCloud management software) creates a secure, on-demand layer-2 virtual private cloud (VPC).
One of the fundamental capabilities for the world of many clouds is the ability to link various cloud environments into a single extended fabric with consistent capabilities, operations and management. While previous Unified Fabric innovation has focused on physical/virtual consistency of the DC fabric, this announcement brings that consistency to the cloud. This new technology from Cisco extends the existing networking capabilities, L4-7 services and manageability of your enterprise into public and provider clouds to create a single consistent, reliable, predictable environment for all your physical, virtual and cloud workloads. This secure and seamless degree of integration to the hybrid cloud frees you to run and move applications where it makes the most sense, on-demand, without compromise.
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Regular readers of our data center and cloud blog will probably recall the importance of vPath in enabling virtual services for virtualized multi-tenant cloud environments, and for allowing policy mobility along with VM mobility. The Cisco vPath architecture currently supports our own virtual services including Virtual Security Gateway (VSG), the ASA 1000V Cloud Firewall, and virtual WAAS for WAN optimization. vPath also boosts performance of service traffic paths and orchestrates service chaining so that VM traffic is processed in a ordered chain defined by policy.