So, with our announcements around OpenStack this week a few folks have asked me how OpenStack fits into our broader strategies like Cisco Open Network Environment. The short answer is “quite well, actually”, the longer answer follows.
If you look back our original introduction of the Cisco Open Network Environment, we made a couple of points—there is a plurality of use cases and as a result, there need to be a plurality of enabling technologies. While there are common objectives such as agility and programmability to better handle the macro trends like cloud and virtualization, the truth is, everyone has their own design objectives and priorities. To that sentiment, I might add that folks have varying operational objectives and priorities—the appetite for the amount of risk and complexity they want to take on.
With the three-pillar structure of the Open Network Environment, we feel like we have given folks the flexibility to choose the right technologies for the job. With initiatives like OpenStack we now support a different kind of flexibility.
While a segment of the market seems to want to start writing their own protocols and hand-wiring flow tables, a different segment of the market is moving in the other direction, expressing a desire to get out of the infrastructure business and focus their time and efforts on their apps and their users—this has traditionally been the Vblock and FlexPod crowd. With OpenStack, they now have another option—they get the programmability we talk about with the Open Network Environment, but at the stack level, instead of at the box level. The idea behind something like the Cisco Edition of OpenStack is simplify the task and reduce the risks of standing up a cloud stack. You have the full Folsom release of OpenStack, some Puppet recipes to simplify deployment and validation against the relevant Cisco hardware (follow that last link for details).
To get more insights into our OpenStack announcements this week, check our this blog by Lew Tucker, our VP/CTO for Cloud Computing and this post by Kyle Mestery, one of the many Cisco folks who has invested a great deal of time and effort in OpenStack.
One final thought. We are a long way from being done yet. In just the last few days, I blogged about how our Virtuata and vCider acquisitions fit into a multi-cloud strategy, we have had the aforementioned posts related to this week’s OpenStack announcements, and Rodrigo Flores just posted about our Multi-Cloud Acceleration Kits for our Intelligent Automation for Cloud solution. While cloud is the destination, there are many ways to get there as we have customers and we will continue to innovate and partner on a number of fronts and in a number of ways that will likely surprise some folks. Stay tuned.
Tags: Cisco Open Network Environment, Cloud Computing, FlexPod, OpenStack, programmability, SDN, Vblock, virtualization
One of the things that has always been clear to us is that a pragmatic cloud and virtualization solution is going to need to embrace diversity. There were going to be many paths to cloud and customers would want the freedom to choose to host workloads on physical infrastructure, any of the hypervisors available or one of the emerging number of cloud options. This realization has been one of the factors that has shaped our strategy for delivering practical solutions for virtualization and cloud to the market.
Cloud Networking: Multi-Hypervior and Multi-Service
Initially, we focused on physical/virtual consistency and separation of duties. We kicked this effort off with the Nexus 1000V, which was a fully functioning NX-OS switch rendered fully in software. With L2 handled, we moved on to deploy virtual services consistent with this physical counterparts like the ASA 1000V, the Virtual Security Gateway (VSG) and vWAAS. Finally, we fleshed out the networking stack with the Cloud Services Router (CRS 1000V).
The network has always been a platform for enabling heterogeneous OS and heterogeneous applications to connect. Naturally, the next step was to take the capabilities we had built and extend them across multiple hypervisors so we could now deliver a consistent experience for customers with heterogeneous hypervisor environments. We built on our success with over 6,000 enterprise and service provider VMware vSphere customers and are now extending those came capabilities to Microsoft Hyper-V environments as well for Xen and KVM open source hypervisors. With the recently announced shift to a “freemium” pricing model, with the Nexus 1000V-Essential Edition, customers are gaining these benefits with minimal cost and risk.
vCider and Virtuata: Opportunity for Secure Multi-cloud Networking
However, some of the most interesting progress has come from our two of our more recent acquisitions that have been centered on the concept of providing better operations and management of multi-cloud environments. As customers more broadly adopt cloud and virtualization, security and isolation at the VM level become of paramount importance. To address this need we acquired Virtuata this summer. The Virtuata technology will give us (okay, you) the ability to have sophisticated and consistent security for VMs across multi-hypervisor and multi-cloud environments.
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Tags: Cloud Computing, Hyper-V, KVM, Nexus 1000v, OpenStack, security, VMware vSphere, Xen
In case you missed it, Cloud Computing is hot right now. Has it peaked? That depends on who’s articles you read. Maybe along those lines, Gartner is arguing that cloud washing is coming to an end, and customers are now making more informed decisions. Regardless of if the hype cycle is over or just beginning, one thing which remains constant is the use of Open Source Software in Cloud Computing. Look no further than projects such as OpenStack, CloudStack, and oVirt to see the past, present and future of Open Source Cloud Computing platforms. If you’re serious about deploying these technologies as part of your infrastructure, you should note the following events coming up which can help you explore the technologies at a venue with the people who helped create each of them.
- The OpenStack Summit is coming up the week of October 15 in San Diego, CA. This event will showcase both vendors and users of OpenStack technology. But the real treat for developers and DevOps folks is the design portion of the Summit. This allows developers of OpenStack the chance to plan features for the upcoming “Grizzly” release, slated for spring of 2013.
- CloudStack will have it’s CloudStack Collaboration Conference November 30th to December 2nd in Las Vegas, NV. This event is a chance to get familiar with CloudStack and attend sessions detailing the technology underlying CloudStack, as well as user focused sessions detailing deployments of the Apache CloudStack project.
- The upcoming KVM Forum will be collocated with the oVirt Workshop. The event takes place in Barcelona, Spain November 7-9. This event is a great chance to gather more information about oVirt, specifically about the future direction of the project, as well as sessions on deploying and using oVirt.
Each of the events listed above is a great way to get a better understanding of your Cloud Computing software of choice, and to engage with developers, users, and vendors around the software. What Open Source Cloud Computing events are you looking forward to attending?
Tags: Cloud Computing, CloudStack, open source, OpenStack, oVirt
Cisco is pleased to announce that it has acquired privately-held vCider. Based in Mountain View, California, vCider has expertise in the development of virtual network overlay technology for secure data center infrastructure. vCider will be integrated into Cisco’s Cloud Computing organization, reporting to Lew Tucker, chief technology officer, Cloud Computing, and will play an important role in the Cisco Open Network Environment (ONE) strategy, particularly in support of OpenStack.
OpenStack is a key pillar of Cisco’s open, multi-hypervisor, multi-stack Cloud computing strategy. Cisco joined OpenStack 18 months ago and has been a significant contributor to the OpenStack Quantum API track ever since.
With Quantum becoming a core OpenStack service, it’s clear that programmable networking is quickly becoming an important component in large scale, multi-tenant, cloud computing environments. Cisco’s Quantum plug-in is designed to give application developers increased programmability of both virtual and physical networks linking the world of cloud computing to the advanced capabilities of Cisco’s Open Networking Environment (ONE).
So where does vCider come in? The vCider team has created a multi-tenant distributed virtual network controller. vCider’s code and technology will be integrated into our current development efforts of the OpenStack Quantum network service.
Mergers and acquisitions along with investments remain a key part of Cisco’s build, buy, and partner innovation framework and supports our strategy of providing best-in-class solutions for our customers. The vCider acquisition is well-aligned to our strategic goals to develop innovative virtualization/cloud technologies, while also cultivating top talent.
Tags: acquisition, Cloud Computing, lew tucker, M&A, OpenStack
It’s no secret that Cisco Unified Computing Sytem (UCS) has had some tremendous success in terms of customer adoption. In just three short years, UCS is nipping at the heals of IBM for the #2 spot for Worldwide x86 blade server revenue with 15.2% market share, compared to IBM’s 15.4%. In fact, Cisco now has over 15,000 customers that have moved from legacy architectures to a more “Unified” approach, combining compute, network and storage access into a single, easy to manage solution.
So what’s missing?
Well, believe it or not, until now it was relatively hard to do business with Cisco. Quoting and ordering took days instead of minutes. Well Cisco is changing that with the release of its new online presence called “Cisco Build and Price“, offering direct access to blade server pricing and rack server pricing.
A Simple Approach to Building and Pricing Cisco UCS Servers
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Tags: blade server, cloud, Cloud Computing, data center, server, server pricing, UCS, unified computing system