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Why IT Leaders Stand to Benefit from the Natural Process of Network Programmability

The programming of network resources is not just a trend, but also a way to future-proof IT and business needs.

This blog series examines how infrastructure programmability is providing a faster time to competitive advantage and highlights the differences between programmable infrastructure and traditional infrastructure, and what programmability means for your entire IT infrastructure.

To read the first post in this series that defines infrastructure programmability, click here.  To read the third post in this series that discusses how IT leaders can embrace this change, click here.

By the end of this year, the number of mobile connected devices will exceed the number of people on earth, and U.S. businesses alone will spend more than $13 billion on cloud computing and managed hosting services. In addition, the growing convergence of mobile, cloud and the network is demanding that organizations implement the right combination of strategies, processes, and infrastructure.

As the industry is changing faster than we can imagine, we are shaping the future with a new model for IT. Today’s infrastructure must be simple, smart, and secure.

A piecemeal approach to leveraging new technology—in the midst of a fast-paced market—could leave businesses disaggregated and left on the sidelines by faster competitors.

Unleash Fast IT, an operating model that delivers simplification and orchestration through automated, agile, and programmable infrastructures. The concept of Fast IT embodies IT being agile enough to operate at the speed of business. This means that in order for your organization to be successful in an increasingly complex world you must have an infrastructure that runs at a speed and scale never before seen.

There are three core principles for Fast IT: simplicity, intelligence and security. In some ways, this model is markedly different from the current IT model, which can be highly complex and closed.

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Portland State University rolls out 802.11n and 5760 Series Controller

Portland State University is Oregon’s largest and most diverse public university encompassing 50 city blocks, eight schools, 226 degree programs, 29,000 students, including 1,700 international students from 91 countries, and 126,000 alumni. For the second year in a row, the US News & World Report has named Portland State University a top 10 “up-and-coming” national university in its Best College rankings, released online Sept. 10.

In 2010 Portland was one of the first schools to adopt the Cisco CleanAir capable Access Points 3502 to address the frequent sources of interferences found in a typical school environment. In this blog, I will describe how the students adopt technology to learn as well as share some details about our conversation with Tamarack Birch-Wheeles, the manager of Network Team in charge of the WLAN deployment with the 5760 Series Wireless LAN Controller.

psu Read More »

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Explosive Growth in Mobility and Location-based Marketing

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It’s exciting to watch the explosive growth of mobile and hyper local based services. Mobile location based services and marketing is rapidly becoming BIG business, with an estimated $4.5B of mobile advertising being location based (rising to over $10B by 2017).

Let’s look at some of the fundamental factors, drivers and numbers behind this growth to put it into context. Read More »

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Ask The #InternetOfEverything Futurist: “How Will Emerging Technology Preserve and Enhance the Past?”

In my role as Cisco’s Chief Futurist, I get many questions about what the future holds and how new technology and emerging solutions will change our lives. Be sure to check out previous Ask the #InternetOfEverything Futurist blogs and videos about the advances of battery technology, future of smartphones, new retail models and how new solutions will integrate with our five senses.

Imagine being able to watch your entire life happen before your eyes or being able to recall specific memories and events, as to relive them the exact way they happened. As the Internet of Everything (IoE) and the network to support it evolve, our lives will be able to literally flash before our eyes.

Today, the first versions of this technology are being developed and utilized to create digital copies of landmarks and monuments. For example, cyber archivists are increasingly using a 3D data recording processes that utilizes a spinning laser on a tripod to collect millions of points of information. Once objects or monuments are fully scanned, the archivists combine the collected data with photographs and then create a virtual version that can be used in classrooms around the world or for various other applications.

Not only will we be able to create an index of digital copies from buildings, monuments and landmarks, this technology will advance to the point that we can record and organize event sequences that take place over the course of our lives. However, this information is useless unless in can be securely accessed in real-time. One point is clear, with this influx of connected people, process, data and things, the Internet of Everything depends on a stable and secure network as we make our own history come to life.

In this Ask the #InternetOfEverything Futurist post, I’ll answer a question from Cisco Champion, Robert Novak, who asks about what the Internet of Everything will mean for preserving our past and our building our future. Robert asks:

Question: “How do you see emerging technology being used to preserve and enhance the past?”

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What is Infrastructure Programmability?

The programming of network resources is not just a trend, but also a way to future-proof IT and business needs.

This blog series examines how infrastructure programmability is providing a faster time to competitive advantage and highlights the differences between programmable infrastructure and traditional infrastructure, and what programmability means for your entire IT infrastructure.

To read the second post in this series that discusses benefits of network programmability, click here. To read the third post in this series that discusses how IT leaders can embrace this change, click here.

The proliferation of devices and applications has increased the complexity of traditional IT infrastructure. The complexity arises from manually managing the infrastructure box-by-box that is slow and error-prone.  The adoption of cloud computing has compounded the problem with on-premises and off-premises resources. As a result, IT leaders have to allocate critical resources to maintain and troubleshoot these systems. In a recent whitepaper, Zeus Kerravala indicated that 83% of IT budget is used to simply maintain the current operating environment. This leaves precious few resources to invest in business-enabling innovation.

At the same time, business leaders are demanding their IT infrastructure to provide them with a faster time to competitive advantage. Quick time to market is paramount in a world where a new competitive advantage might only last a few months or even weeks. And, as if these challenges are not enough, new cyber-attacks not only threaten innovation but can also threaten the organization itself.

Infrastructure programmability is providing a faster time to competitive advantage.

Infrastructure programmability is providing a faster time to competitive advantage.

Programmability to the rescue

Infrastructure programmability provides the ability to control and change the functions of IT infrastructure. Let’s take a closer look.

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