In my role at Cisco, I have taken interest in understanding how we, as people, are driving the need for innovative technology to fuel change in our world. As we find new ways to interact as consumers or communicators, we demand that technology keep pace – to be fast and to adapt.
Today’s Chief Information Officers (CIOs) are well aware of Internet of Everything (IoE) and are already thinking about how connected their unconnected people, processes and things can help them gain efficiencies as well as a competitive edge. Massive shifts in technology and consumption models brought about by cloud, security, mobility and programmable networks are accelerating new markets and new business models. These new models are transforming communication and massively disrupting the role of IT.
It’s one thing to say that by 2020 the world will host 50 Billion Internet Protocol-connected devices. It’s even more amazing that the planet’s number of Internet-connected devices already exceeds the human population. So how do we secure tens of billions of devices when we know that the vast majority of them will not possess sufficient memory and processing power to accommodate conventional anti-malware or other security software? Two things are clear to me. We need to build security into Internet of Things solutions from the beginning, and that the network is the only option we have to bring security visibility and control to this new universe of connected devices.
The Internet of Things is going to transform the world, but unless we act to secure it now we will find ourselves asking at some future date whether it was worth doing in the first place. I don’t claim to have all the answers in the video post here, but we need to start asking the right questions about securing the Internet of Things now.
It doesn’t take long to realize it’s going to be one of those days.
You drag out of bed, bleary-eyed after a bad night’s sleep in a stuffy, overheated room. Desperately in need of a caffeine jolt, you then discover that you’re out of coffee. You turn on the TV but are too harried to take in the morning news. Rushing out of the house, late, you suddenly can’t find your keys. A mad, time-wasting search ensues before you drive off to work, finally. Then, stuck in traffic, your mind begins to fret: Did you turn off the TV? Turn out the lights? Water the plants? Lock the door?
Now, imagine the same morning routine in a home enabled by the Internet of Everything (IoE), the explosion in connectivity that is transforming the world as we know it.
You wake up rested, since the temperature, air quality, and lighting in your bedroom have been carefully synchronized to your sleep patterns. You tap your smartphone to start up the coffee machine and turn on some light morning music. During a short but vigorous pre-breakfast workout, the temperature in your home gym drops automatically. Later, a sensor tells you exactly where you left your car keys the night before, just as a separate prompt informs you that the plants are fine — except for the thirsty hibiscus, which you water on your way out.
You don’t need to lock the house or turn off the appliances; a proximity sensor detects when you leave the house, locks and shuts off everything, and then sends an alert message to your car’s central screen. There’s no traffic, because your (connected) car is managed through the best routes — and finding a (connected) parking space is a breeze. During the morning meeting, the refrigerator tweets from home: milk and coffee are low. But not to worry — it has automatically ordered fresh cartons of your favorite brands from the local retailer.
The Internet of Things (IoT) is becoming a major accelerator for innovation of all industries and government. The idea of an increasingly digital world where mobility of applications and people are commonplace, where all types of things are connected and provide more intelligence and value is becoming the new reality.
Every industry vertical is leveraging this global phenomenon and the latest advances in Internet technology to increase innovation in an increasingly competitive world. We now see areas such as discrete and process manufacturing, retail, and other areas using IP network-based automation to improve safety on the factory floor, increase accuracy and speed of production and provide better intelligence through data analytics. Cities, communities and utilities are being connected to improve energy use, reduce congestion and create a better living environment for residents. Health care providers are virtualizing health care services to reach remote patients and provide the best possible care. Cisco expects more than 50 billion devices will be connected by 2020 in this paradigm, which will translate to a $14 trillion dollar opportunity for the global economy. Read More »
The inaugural IoT World Forum closed today in Barcelona with the overall sentiment being that it was a resounding success.
One of the key messages that emerged was the need for everyone to work together and for the customer solutions of the future to be drive by business outcomes or capabilities, rather than by what it takes to deliver them or the underlying components or technologies. Increasingly business leaders are making their purchasing decisions by prioritizing business value and business relevance.
Cisco’s Connected Mobile Experiences was highlighted at the World Forum and is seen as one of the key pieces of the overall IoT jigsaw.
Some very interesting use cases for CMX and its capabilities were showcased this week. In a previous post I spoke about the Smart City Tour and how CMX is used in an innovative manner within the city and how brands can take advantage of CMX to engage their customers in creative ways. In another post I spoke about how CMX was used within the IoT venue and the analytics that were available for all to see on the event jumbotron.
There are a few more (yes, even more--with CMX, the possibilities of deployment are endless) ways that we wove CMX into the IoT experience that’d I’d like to share with you in my final IoT World Forum string of posts.
One of these was using CMX within the City of Barcelona as a key dashboard of information for the municipal authorities. Here is a view of the Born area part of the old Gothic section of the city and a major tourist destination in the city. We can see here that over 6600 devices where detected with an average dwell time of 8 minutes.