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In my previous blog, we provided an overview of the critical use cases and innovations we included in our new Business Continuity and Workload Mobility Solution for Private Cloud.  This blog highlights the critical trends and challenges driving new multi-site Cloud designs.

Two important trends are driving CTO’s and CIO’s to deploy new multi-site Cloud solutions that provide better Business Continuity, Workload Mobility, and Disaster Recovery.

  1. More workloads are moving to the Private and Public Cloud versus the traditional data center
  2. Cloud Data Centers have a higher density of workloads per server than traditional data centers due to increased virtualization.

Cisco Global Cloud Index: Forecast and Methodology, 2012–2017

Blog 2 - Trends

This ever increasing volume of Cloud hosted workloads is placing serious pressure on operations teams to manage larger scale data centers, and insure that they keep these workloads up and running, avoiding costly downtime or a nightmare service outage.  Many of the CTO’s and CIO’s we’ve worked with are re-assessing their Multi-site strategy to insure they can answer some tough questions:

  • What are the common weak points of multi-site Cloud designs that could prevent us from achieving our Business Continuity goals for our critical apps?  Can we avoid them?
  • How can we provide Workload Mobility between sites to provide a more agile Cloud environment?
  • In the event of site outage, can our Private Cloud reduce the time it takes to recover critical applications to a new site?
  • How can our Private Cloud deliver these critical services (Business Continuity, Workload Mobility, and Disaster Recovery) with lower cost and complexity?

Continue reading “Business Continuity and Workload Mobility for Private Cloud (CVD-Part2)”



Authors

R.Wayne Ogozaly

Technical Lead Engineer – Cloud Architect

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Cisco ACI has been making waves in the industry since its launch in Nov 2013. At Interop, Las Vegas in April 2014, Cisco Nexus 9516 bagged the Best of Interop award in Data Center category. Following on the heels of this success, at the Ethernet Summit yesterday, Cisco bagged two prestigious IT Brand Pulse Innovation leader awards, in the SDN category, one for the Cisco Application Policy Infrastructure Controller (APIC) and the other  for the SDN ASICs

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Frank Berry, CEO and Senior Analyst at IT Brand Pulse, speaks eloquently about how Cisco ACI is winning the hearts and minds of the IT community since its announcement in Nov 2013 – Establishing early incumbency in SDN space,  Cisco also swept all other innovation leader awards in SDN virtual switch and SDN switch categories.

Cisco also bagged two new Market leader titles in Ethernet Top of Rack switches and Enterprise Network OS, in addition to retaining for the fourth straight year, the Market leader title in Ethernet Core switches. Cisco was named the overall winner for Market, Price, Performance, Reliability, Service and Support, and Innovation.

For more details on Cisco’s Innovation leader awards across 7 Data Center categories visit www.itbrandpulse.com



Authors

Ravi Balakrishnan

Senior Product Marketing Manager

Datacenter Solutions

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Universities are driving the need for IT consumption-based pricing models more than any other market segment.  This is natural given the unique characteristics of their IT environments.  First off they are at the forefront of the IT consumerization movement driven by new generations of students and work habits. With one fourth of the undergraduate population and half in most graduate programs changing every year, one can easily understand why this is the case. While BYOD has emerged in the enterprises over the past few years it has been a commonplace in higher education since campus networks were built in the 80s.  When public cloud-based applications emerged college students were the first to embrace them and driving some to a prominent position in the industry.  Facebook comes to mind.

It is not just students that make the universities very different than other markets.  On many campuses you find different layers of IT functions and associated decision making.  You have the central IT like all enterprises do.  But then you have some lines of business having their own IT function either at the college or department levels.  Most major research centers have their own IT groups especially if they house a supercomputing facility.  Some grant-funded projects make their own separate decisions on IT services unique for such projects or for very short terms needs.

So what are the pricing models the higher education market is asking for? The answer is of course consumption-based pricing models but the devil is in the details.  A simple subscription style “all-you-can eat” model may not be sufficient in most cases  (and it is not really consumption-based after all, is it?).  We see these in traditional enterprise applications that are converted to a SaaS offer. A utility style “pay-as-you-go” model while provides most flexibility might not have the cost predictability the universities require (remember long distance phone service?). Continue reading “#HigherEdThursdays: Changing How IT is Consumed on (and off) Campus”



Authors

Javad Boroumand

No Longer at Cisco

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IoTG OandGRecently I have join the Internet of Things (IOT) Solutions Marketing team, supporting the oil, gas and mining industries and suddenly in my new role I am meeting with old pals from oil, gas and mining industries again, finding them in different events, conversations, and blogs that just some months ago I would never had thought I would.

IOT is bringing together different industries and companies that had been in parallel tracks for long time. And blurring the lines between different divisions within big companies as well.

In the past, operations, sales, marketing and technology used to interact with different people, and tackling very different problems:  they were different divisions with no common objectives or language.  It used to happen as well between the consulting services and software division and the networking and infrastructure functions within big IT organizations.

Cisco, usually was rarely present in oil and gas industry events such as OTC, Oilcomm, and ENTELEC (see Cisco’s activities at ENTELEC here).  IT big shows were distant from industry events.  In events such as Cisco Live it would be impossible to find oil & gas applications, less chance even to find big industry players in the exhibition floor.  Well, all that is changing. This year in Cisco Live  (read Roberto De La Mora’s blog on Cisco Live here), companies like Rockwell , Schneider and EATON are having booths and speaking sessions and Cisco will be showcasing solutions for Oil & Gas. Continue reading “I am meeting old colleagues again. Are you?”



Authors

Clara Alvarado

Solutions Marketing Manager

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Glen Hiemstra, CEO of Futurist.com, shares his perspective on why the world needs the Internet of Everything. See the latest “My #InternetOfEverything Perspectives” blogs from Tom Touchet of City24/7 and Dave Barnes, CIO of UPS.

The role of a futurist was a little different in the pre-Internet world. During the 1980s, I had the chance to hear Willis Harmon, a futurist at Stanford Research, speak about computers and the global society. He discussed that everyone has this perception that the “computerization of everything” was making the world more complex. Rather than confining to everyone else’s opinion, he offered up a more unique perspective. He wanted people to consider that maybe the increasing complexity of global society was causing computerization. It’s a classic chicken before the egg debacle.

The same line of reasoning can be applied to the Internet of Everything (IoE). Rather than thinking of all the changes that IoE is bringing or enabling, it may be useful to think of all the global challenges that could be solved by connecting people, process, data and things. Cisco’s Chief Futurist Dave Evans recently discussed how the IoE is making the world a better place, and I want to expand on his ideas a bit and showcase how valuable, networked connections are enabling a more efficient future.

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Here’s a look at just two ways IoE is changing how we address multifaceted issues on a global scale.

The Internet of Everything Enables Connected Environmentalism

Have you ever considered that the civilization we created in the last 100 years, and the Internet of Everything for that matter, depend heavily on our ability to locate new sources of long-dead plants and animals, dig them up, and light them on fire? I heard Bruce Sterling discuss this idea from his book “Tomorrow Now: Envisioning the Next 50 Years” once at an event.  It’s true – we live an extremely primitive life when we sum up what Sterling refers to as the “human race’s primary industrial enterprise.”

We are well aware of the future problems that this life is creating.

By the end of the next decade or so we will either have figured out how to use smart technology to reduce the carbon and other green-house gas impacts of our insatiable global energy generation needs, or make significant cut-backs in life-style will be on the horizon. Evidence for the global climate crisis is likely to continue to accumulate, and thus we will see greater social and political pressure for major change in the energy picture, including more efficiency and cleaner energy.

None of that happens without a highly connected data network, which enables both smart people inventing new things, and smart devices and infrastructure and vehicles making leaps in efficiency (and safety too!). This social movement is likely to become more powerful if the ice in the Arctic fully melts out one summer in coming decades, as many experts suspect that it will.

The Internet of Everything Drives the Future of Transportation

Our everyday transportation has its benefits, like getting us to and from work. However, as more car crashes continue to claim lives, the rise of smart transportation, connected workers and changing attitudes about driving could help improve safety and positively impact the environment.

In addition, recent surveys prove that younger generations are less likely to obtain their driver’s license. Does this mean that we are over the thrill of driving? Seems like it. Surveys show that if given the option between having a car or having a smart device, people increasingly choose the smart device. In fact, our main reason for driving since the car was invented was to commute to and from work. According to some recent Tweets, people today desire four major things during their commute:

1)      Get from point A to B

2)      Get work done

3)      Improve or not damage the environment

4)      Enjoy their personal interests

What if we could experience all four of these things without driving?  A smart infrastructure combined with smart private and transit vehicles capable of autonomous driving could make this happen. But we have a long way to go if that kind of future transportation is to be made available, including the need for smart roads that provide extensive information and smart vehicles that talk to the infrastructure and each other.

Being a futurist has definitely changed in the last 30 years, and I am sure it will be much different in the next 30 years. But one thing is for sure: if we still want to even have a future, we need to solve today’s global problems, starting with the environment and transportation.  And the IoE is just the way to make it happen.

Do you know of any other global challenges that IoE can solve? Share them with us in the comments section below or join the conversation, #InternetOfEverything. And be sure to listen to the new Future of Mobility Podcast I recently participated in with Dave Evans, Cisco Chief Futurist. A summary of the podcast can found on SlideShare.

Additional Resources:



Authors

Glen Hiemstra

founder and owner of Futurist.com

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Ken Morse1207_-138Contributed By Dr. Ken Morse, Chief Technology Officer of Connected Devices at Cisco

To compete in today’s market, your network needs to support new business models and increase revenue while lowering your operating expenses.  You need a network that is:

  • Agile
  • Comprehensive
  • Open
  • Integrated
  • Extensible

In order to reach these goals the network is increasingly becoming virtualized.  Virtualization is being pursued across the architecture at all different levels — applications and networking functions now become compute workloads – but to fully reach value, virtualization cannot just be discrete implementations but rather needs to be automated and orchestrated together.

The benefits of virtualization are many: Continue reading “Home Gateway CPE Virtualization”



Authors

David Yates

as Director of Service Provider Video Marketing at Cisco

SP360

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I’m new to the blog writing world but have been in the networking industry for several years now.  When I got started back in 2007, I was working my first job after graduating college and was recruited into a communications role, fresh out of the help desk, which I had landed the year prior. Cisco’s career certifications program literally picked up where schooling left off and helped me find my career passion and carve a path.  So here following, I’m going to give my top five reasons for certifying and continuing to climb Everest.

  1. As the saying goes, “You don’t know what you don’t know”. When you learn on the job, it’s one thing to get something implemented but it’s another to truly understand how it works. Certification forces you to go back and fill in the knowledge gaps. Continue reading “The Value of Certifications – A Top Five List”


Authors

Chris Roessler

Network Engineer

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This month the Enterprise Strategy Group (ESG), a Boston area based analyst firm, published a white paper commissioned by Cisco and Microsoft on the topic of the private cloud. In it ESG covers the best-of-breed technologies and solutions that Cisco and Microsoft bring to market together for Windows Server 2012 R2 / Hyper-V based private cloud configurations.

Below are “The Bigger Truths”, as ESG phrased their summary of findings on the Cisco / Microsoft better together story – please feel free to take a look, it’s a good read!…  :

Accelerated time to market: Enter markets quickly with easy access across multiple consumption models driven by Cisco infrastructure and Microsoft software.

CapEx and OpEx savings: Savings on CapEx and OpEx costs can be achieved by virtualizing the server environment with no additional CapEx when moving to the cloud, minimizing implementation complexity, enabling virtual management with increased control, and gaining the ability to scale as required.

Rapid ROI: Because this environment is software-defined, and its infrastructure is efficient, it can quickly pay for itself by simplifying provisioning, efficient time to value, and operational efficiencies.

High availability: Because the Cisco Unified Data Center fabric has no single point of failure, it unifies compute, storage, networking, and management resources into a single, fabric-based platform that can increase operating efficiency and availability, simplify the data center, and provide business agility. Microsoft solutions compound this value with data protection solutions for on- and off-premises protection.

Increased IT organizational efficiencies: Due to the ease of implementation and management, IT pros can be shifted to positions where they are most productive and leverage their current Microsoft and Cisco certifications.

Continue reading “Building a Private Cloud. Cisco and Microsoft – Optimized Infrastructure Strategies”



Authors

Rex Backman

Senior Marketing Manager, Big Data Solutions

Data Center and Cloud