Connecting Dark Assets: An ongoing series on how the Internet of Everything is transforming the ways in which we live, work, play, and learn.
For months now, I’ve been talking about how the Internet of Everything (IoE) “lights up” dark assets—but I never thought I’d be talking about makeup in that context. Of course, my wife would be quick to point out that many people consider makeup a critical asset, so it’s really not that different from other things whose value increases through the networked connection of people, process, data, and things. Here are three examples: Read More »
Tags: 3D printing, augmented reality, face tracking, Internet of Everything, IoE, Joseph Bradley, makeup
We need to create more effective mechanisms for attracting and engaging a diverse group of students in technology. In my work as an educator and collaborator with leading companies in a variety of industries, I have noticed a trend: that including women, minorities, and those pursuing non-STEM disciplines in Internet of Things (IoT) technology-related learning is a critical issue that needs to be addressed to yield the greatest benefit from IoT. I am personally very passionate about this topic.
When we launched the University of Wisconsin-Madison, our Internet of Things (IoT) Lab in February 2014, one of our primary objectives was to provide students unique interdisciplinary learning and innovation experiences with IoT technologies. The IoT Lab is not associated with any course – the students who are participating in the IoT Lab are doing so because they are intrigued by and excited about IoT technologies and potential applications. This hub also serves as a campus technology sand-box and innovation community where students from diverse disciplines come together and engage in fun, social, collaborative learning and hands-on experimentation.
The IoT Lab has adopted a novel approach for successfully engaging students. It has fostered participation by dozens of undergraduate and graduate students (a large fraction being women) representing a range of disciplines including not only engineering and computer science, but also other “non-technical” disciplines such as business, human ecology (retailing and consumer sciences), nursing, economics, journalism and mass communications, mathematics, physics, statistics, and philosophy.
There are several key insights that we have gained through our experience in engaging students with IoT. Here are two: Read More »
Tags: higher education, Innovation Grand Challenge, internet of things, IoT, University of Wisconsin-Madison
By Kevin Bloch, Cisco Chief Technology Officer, Australia and New Zealand
One of the best parts about my job is that I get to spend a lot of time listening to some very smart people, both internally within Cisco and externally. As we touch so many parts of the global technology industry and market, it puts me in a fantastic position to see what’s coming down the track. So, each year around this time, I take the opportunity to offer some predictions for the year ahead (which, incidentally, is Cisco’s 30th birthday).
It will probably come as no surprise that the biggest theme you’ll hear about this year is digital transformation, which is essentially underpinned by the Internet of Everything (IoE). In the next twelve months, enterprises will spend more than $40 billion globally, designing, implementing and operating the Internet of Things (IoT). Already thirty-eight percent of technology spend is outside of IT.
Read the full Top 10 ICT Trends in 2015 blog and feel free to provide any feedback.
Tags: cloud, Hybrid Cloud, IoE, IoT, mobile, NFV, SDN, security, software, video, wifi
I talk and write a lot about the benefits of connecting more things to enterprise networks, and the most frequent concern that I hear is the worry that deploying an industrial IoT will open up thousands more security holes to the network. With an understanding of the new threats and important defenses that come with the IoT, industrial organizations need not let fear prevent them from leveraging the transformative possibilities of Internet of Everything. Read More »
Tags: 2015 annual security report, 2015 ASR, asr, Cisco, Internet of Everything, internet of things, IoE, IoT, Tony Shakib
In the 3rd quarter of 2014, AT&T connected more new vehicles than new smartphones for the first time. Growing to reach a 40% share, automaker and aftermarket telematics will be the dominant sector for cellular M2M connections, according to ABI Research. The next frontier to create a differentiating connected vehicle experience is to connect our vehicles to our homes, our smart grids and most importantly a smart roadside infrastructure to deliver on the promise of safer, smoother and more enjoyable rides on our roads.
But smart connected roads appear to be utopia faced with a reality where current road funding is failing to even maintain our roads, and where bad roads are imposing a hidden tax on our economy, and as a result leaving underfunded governments to hold the lifeline for transportation innovation.
It is upon us again here in the Midwest. Our roads are facing the grueling cycle of freezing and melting that will strip away the band aids and rip open hardly healed scars from last winter and force us motorists to steer clear of minefields of treacherous potholes. In 2014, my “tax” for driving on substandard roads was two new suspensions, new steering seals and a set of new tires. Each vehicle owner in the U.S. pays this nearly $400 dollar “bad road tax” each year, totaling $80 billion according to a study by TRIP.
The “bad road tax” nearly doubles the roughly $100 Billion in fuel tax and tolls the U.S. collects and spends each year to maintain our road infrastructure. $100 Billion translates into a 0.4% return on our paved road assets of estimated $27 trillion in value and means that we are “sweating” our road transportation infrastructure for 250 years.
Read More »
Tags: congestion charging, connected car, connected road, Connected Transportation, connected vehicle, intelligent transportation, ITS, road charge, road fee, toll, tolling