One thing is clear -- IT world is changing and at a pace much faster than we have ever known. It seems appropriate to culminate the series in the world of applications. All entities, big and small ultimately want their data center infrastructure to run applications. They could be collaboration applications for internal use or with partners. The applications could be developed in house or could be commercial off the shelf (COTS). Some of the applications can provide the firm a competitive edge in the market – think recommendation engine used by Amazon. At the end of the day the application is providing a valuable service. With the advent of the Internet of Everything (IOE), there are many sources of data and connections that applications have to consider while delivering the service.
Imagine the Amazon recommendation engine taking into account your location and the temperature from a gauge near you. Assuming that application services are delivered from a data center, the application must also be cognizant of the different access mechanisms, desktop computers, laptop computers, tablets and mobile phones. The rate of change in these new technologies is brisk. As these rapid changes take place, Cisco offers Application centric infrastructure to ease the transitions. Read Cisco CTO, Padmasree Warrior’s blog on this.
Total (consumer) spending for the (Thanksgiving 2012) weekend reached an estimated $59.1 billion, a 13% increase from a year ago, according to the National Retail Federation. Online spending on Friday alone topped $1 billion for the first time, according to the data-analysis firm comScore Inc.
We can analyze the seasonal patterns of traffic by studying the Alexa reports such as the one below for different retailers. In the case of walmart.com the holiday traffic is 400% the average during the year. It remains to be seen how much more the traffic would spike today – Cyber Monday 2012. It is clear that retailers like Walmart need the ability to scale up the e-commerce infrastructure during the holiday season.
A retailer’s e-commerce infrastructure would include software applications, middleware, server, network and storage resources. Virtualization technology has made scaling of e-commerce applications easier. However, virtual machines can only start on physical servers after they are racked, stacked and necessary network and storage access components have been properly configured. The preparation of the physical infrastructure is still mostly a manual task, unless they are using something like the Cisco UCS. The Cisco UCS Manager embedded in the system, handles the simplified configuration. With large environments (thousands of servers) infrastructure management software such as Cisco UCS Central becomes increasingly important. Cisco UCS Central, which simplifies compute infrastructure scaling, became generally available last week. With it, physical compute infrastructure management can now be policy based and automated. This in turn can increase the velocity of changes and reduce the possibility of errors while scaling rapidly. This blog by Steve Kaplan and the short video below give a nice overview of Cisco UCS Central software.
A quick note to make sure that you don’t miss the last weekly leg of this 6 weeks contest -
Last week on November 1st was a big milestone for our customers with the announcement of Cisco UCS Central - I hope you has a chance to check the blogs on this topic , including the analysis of partners bloggers. Check here you will find all the clues you need to answer the questions and get a chance to win the iPAD .
So naturally our questions are about UCS and UCS Central.
Tune in to the webcast, this Thursday, Nov 8, which specifically addresses large-scale fabric computing to find out more. Research firm, Gartner, defines fabric computing as “A set of computing, storage, memory and I/O components joined through a fabric interconnect, and the software to configure and manage them”. In a study on fabric computing adopters earlier this year, Gartner researchers called out the following three major impacts:
External service providers justify fabric-based infrastructure (FBI) based on operating cost savings and density (for greater revenue per square foot), while enterprises base their FBI acquisitions primarily on capital cost savings.
Gartner clients found that FBI’s use of templates and profiles improves resiliency because, in the event of infrastructure failure, they can recreate servers in minutes.
Virtually all clients with FBI in production found a reduction in time to provision from two to three months to a few hours to three days.
Cisco Unified Computing System (UCS) is leading this industry transition to fabric computing, and with Cisco UCS Central, catapulting it to an unprecedented scale. In his blog, Todd Brannon, Unified Computing Product Marketing Senior Manager, explains UCS Central in a nutshell. Cisco UCS Central lays the foundation for disaster recovery by providing the ability to recreate the infrastructure environment in a different data center. With Cisco UCS Central, customers can manage dynamic environments efficiently without higher-level software and complex setups. With an open API, UCS Central allows users to retain existing data center processes and tools. It also provides role-based administration to support collaboration across disciplines and to accommodate necessary organizational changes.
Despite or because of the huge success of UCS, we continue relentlessly to improve our platforms by
-Expanding the features to address more and more challenging situations
-Listening our customers to simplify what can be simplified
-Partnering with large and small partners to bring innovative add-ons
-Taking advantage of the latest technologies from the labs to keep rising the level of performance
-Implementing methodologies to ease transition to UCS from other platforms
-Aggressively containing cost to produce the best TCO and provide great ROI