Later this week, four dozen high-school students will gather in an auditorium in North San Jose. They will stand before a panel of judges, not to sing the latest pop song for The Voice or American Idol, but to blow judges away with their proposals for the next big thing in technology, as part of Cisco’s STEM Mentoring Day of Action.
After spending time with engineer mentors and seeing cutting-edge technologies, the students will be divided into small teams. Their task: develop an innovative proposal for the Internet of Everything, the next wave of the Internet, which is the connection of people, processes, data and things to the Internet.
This event is not a one-time occasion. It’s part of Cisco’s enduring commitment to preparing the next generation for careers in Science, Technology, Engineering, and Math — STEM. This week, nearly 200 students will attend STEM mentoring events at three Cisco campuses in San Jose; Richardson, Texas; and Research Triangle Park, North Carolina.
The goal at all three facilities is the same – to ignite a passion for science, technology, engineering, and math among students. You see, something amazing happens when you put technology in the hands of young people. It opens their eyes to the incredible possibilities that a career in high-tech can offer.
Cisco’s commitment in this area goes back nearly two decades with the Cisco Networking Academy, which has taught over 5 million students around the world the fundamentals of how networks work and providing them the opportunity to become certified, the key to obtaining a good paying job in this field.
This commitment extends to classrooms, where we’re working with schools and the Federal Government to see that every K-12 classroom in America has high-speed Wi-Fi over the next five years. Cisco is also providing funding for innovative programs – like the MIND Research Institute – which is fundamentally changing how math is being taught in underserved communities from coast to coast. And their results have been nothing short of amazing –with students doubling and tripping their math proficiency scores in a few short years.
In the Internet of Everything (IoE) era, CIOs face a maze of challenges — along with a wealth of opportunities.
But for the IT organization to fully realize those opportunities — and become a source of organizational agility and a true partner for innovation in the business — a wholly new IT operating model is required. We call that model Fast IT.
Fast IT is the IT operating model for the IoE era. It is what the CIO needs to do to drive true business transformation.
We surveyed more than 1,400 senior IT leaders in Brazil, Germany, India, the United Kingdom, and the United States. We interviewed leading industry analysts, authors, academics, IT executives, and IT practitioners. And finally, we compared this data with conclusions from numerous customer engagements.
Last month, Gartner published one of its well-known Hype Cycles, and a Forbes headline summed up a key assertion very well. “It’s Official: The Internet Of Things Takes Over Big Data As The Most Hyped Technology.”
This comes as no surprise to anyone engaged in this market phenomenon – the explosive growth of things connecting to the Internet. At Cisco, our engineers determine that about 13.5 billion things – everything from mobile devices and computers to sensors and machines — are connected today. By 2020, we forecast 50 billion such connections – a much faster adoption rate than electricity or telephony.
Web searches for IoT and media mentions of IoT each have tripled in the past couple of years alone. Our consulting services group confirms that global Internet Protocol (IP) traffic continues to accelerate exponentially, and the last two years have spawned new IoT-related consortia and standards bodies.
The hype clearly has accelerated. However, I passionately believe that in this case the hype is completely justified because it is underpinned by tangible hyper progress throughout all types of industries. Other markets in the past that have ranked high on the Hype Cycle have included ecommerce and wireless technologies, and nobody can argue the rocket success of markets engaged in online business portals, social media or mobile devices such as smart phones.
IoE Can Unleash $19 Trillion in Economic Value
IoT provides the foundation for an even greater – we think unprecedented – technology revolution that Cisco calls, the Internet of Everything (IoE). IoE includes the connection of things, people, data and processes, enabling the transformation of data into information, knowledge and wisdom. As a result, Cisco Consulting Services estimates that IoE can unleash $19 trillion of economic value worldwide over the next decade by generating new innovation, revenue streams, customer experiences and improving asset utilization, employee productivity as wel as sup0ply chain and logistics operations.
When you walk outside and notice dark clouds gathering, or a cheerfully bright sun, little may cross your mind except to grab an umbrella or your shades. But chances are, the team at The Weather Channel knew about these weather conditions days in advance thanks to Fast IT. And with this advance information, The Weather Channel offers what is relevant to you in the moment.
In our Internet of Everything (IoE) world, more consumers and employees are demanding more relevant content now. As such, organizations must keep pace. The Fast IT model built to transform and simplify IT operations is the way to evolve in today’s environment.
For many CIOs, including The Weather Company’s Bryson Koehler, a Fast IT model has resulted in more accurate, relevant and timely data with unprecedented and unlimited uses. Consider his insights in this video:
“When I look at network programmability, I see the same capability enablement that I see from all of the other things that have preceded it,” he said. “Which is how do we leverage technology to be more flexible, how do we free up engineers and developers to innovate quicker and how do we get the traditional shackles of rigid technology unlocked so we don’t have to be nailed down to a specific piece of infrastructure.”
Over the past year-and-a-half, The Weather Company, parent to The Weather Channel, has rebuilt their entire data platform, moving their forecasting over to the cloud, allowing them to ingest data through an extremely rich set of application programming interface (API). In doing this, the organization is able to improve the accuracy of their forecast, collecting data from across the globe and analyzing it at lightning fast speeds – essential when dealing with an unpredictable variable like the weather.
As we discuss in the Cisco Midyear Security Report, cybersecurity is becoming more of a strategic risk for today’s businesses, creating a growing focus on achieving “security operations maturity.” That’s why Cisco has developed the Security Operations Maturity Model – to help organizations understand how security operations, technologies, and products must evolve to keep up with the pace of change in their environments and increasingly sophisticated attacks. The model plots a journey along a scale of controls that moves from static to human intervention to semi-automatic to dynamic and, ultimately, predictive controls.
Every day I see evidence of why we need to evolve our security capabilities. A perfect example is the Kyle and Stan malicious advertising attack that our Talos Security Intelligence and Research Group discovered and continues to analyze. Ongoing research now reveals that the attack is nine times larger than initially believed and began more than two years ago. The expansiveness and extended period of the campaign reflects the ability of this attack to continuously morph, move quickly, and erase its tracks leaving nearly indiscernible indicators of compromise. To effectively detect and protect against attacks like this, organizations need dynamic controls that see more, learn more, and adapt quickly. Relying exclusively on static controls and human intervention puts defenders at a significant disadvantage and allows attacks to run rampant.