Tomorrow kicks off the first day of the Internet of Things World Forum, hosted by Cisco. Today I was fortunate to have a few minutes with Guido Jouret. Guido is the head of Cisco’s IoT Group and answered a few questions on his vision for Cisoc IoT and what he hopes attendees get out of attending the World Forum. Guido is a fun, dynamic interviewee and I hope you enjoy this interview.
Ed Note: As we head off to the IoT World forum, we have the honor of a Guest Post By Paula Puess. Paula Puess has over 25 years of experience in both the IT and Manufacturing industries. She is currently the Global Market Development Manager, Visualization & Information software for Rockwell Automation.
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It’s understandable if IT professionals reading this blog accused industrial manufacturing as being a technology laggard. Some hear “manufacturing” and immediately think “labor intensive,” “isolated operations,” and “dangerous and dirty.”
Not exactly a cutting-edge image.
So, what perspective does Rockwell Automation – the world’s largest company dedicated to industrial automation and information – offer IT experts from around the globe during the inaugural Internet of Things World Forum? Read More »
Distributed generation is getting increasing attention for impact on the electric utility industry. DG has been the subject of a number of high profile articles in Business Week, the Wall St. Journal and several online business and industry news sites. The Business Week article was particularly provocative, leading with the title, “Why the U.S. Power Grid’s Days Are Numbered“.
Residential DG, primarily solar, remains relatively sparse in the U.S. compared to Europe, especially Germany. Commercial/Industrial DG is getting greater penetration with large initiatives such as Walmart installing solar on the top of every store, and low-priced natural gas leading industrial customers to generate their own power. Although circumstances differ, the September 17, 2013, WSJ article, “In Post-Tsunami Japan, Homeowners Pull Away From Grid”, describes how Japanese homeowners could foreshadow even more disruption. While residential fuel cells are not presently economical, higher volume production and deployment in Japan could certainly change that. Low cost fuel cells could enable every customer with natural gas service to make the economic analysis about when or whether it’s worth turning to self generation. Read More »
For the past few years, industry pundits have been predicting the death of the personal computer. I look at it a bit differently—the personal computer is not dying, but is becoming even more personal. It is now something you’re going to wear—in your clothing, jewelry, shoes, glasses, watches, and even on your skin.
The burgeoning field of wearable technology is hitting the mainstream, illustrated by a new ad campaign from Samsung that employs Dick Tracy, Captain Kirk, and a lineup of other comic and science fiction characters to introduce the new Galaxy Gear smartwatch. In a recent blog, my colleague Joseph Bradley described the wide range of “wearables” that are now available—and sure to be a hot topic at the Internet of Things World Forum in Barcelona next week.
I recently wrote about how wearable technology is helping drive the Internet of Everything (IoE)—and changing the way we live—by connecting people in new and different ways. Today, I’d like to go a little deeper, and explore some of the ways that today’s wearable technology might evolve.
One of the principles of this evolution is that technology is getting smaller, faster, cheaper, and more powerful every day. In fact, in terms of physical size, computing technology is becoming 100 times smaller each decade. The computing power of the ENIAC computer that filled a whole room back in 1956 now fits inside the tiny chip of a “musical greeting card” that you can buy for $4 at your local store. The smartphone in your pocket is many times more powerful than the PCs of just a decade ago. And now, all the capabilities of your smartphone are being condensed into smartwatches, which can make phone calls, connect to the Internet, take pictures, and do just about anything else your phone or tablet can do.
But even this miniaturization of technology is dwarfed by the power that is available when you connect to the cloud. One really exciting example is SIGMO—a language translator that you can clip to your shirt, or wear on your wrist. It costs about $50, and when connected to the cloud can provide real-time voice translation of 25 languages. Sigmo blew past its fund-raising goal of $15,000 on the crowd-funding site Indiegogo.com to almost a quarter-million dollars, illustrating the demand for these types of gadgets.
Figure 1. Sigmo voice translator provides real-time cloud-based translation services for 25 languages, and learns as you use it.
As we continue to progress toward an Internet of Everything (IoE) digital world, organizations will need to think strategically about IT budgets and smart spending in order to keep pace with the changing landscape. CEO’s want a flexible, adaptable enterprise, and IT needs to deliver “fast IT” for them to achieve that.
One part of this rapidly changing landscape is the rise of something Gartner calls the “Digital Industrial Economy.” Gartner SVP Peter Sondergaard said recently at Gartner Symposium/ITxpo that the digital industrial economy will be built on the foundations of cloud integration, social collaboration, mobile, and data. As part of this, worldwide IT spending will reach $3.8 trillion by 2014.
The main notion of the Digital Industrial Economy is that every company will become a technology company, every budget will become an IT budget and every business will become a digital leader. By this definition, it’s clear that the Internet of Everything—and the $14.4 trillion in value it will unleash—is at that the heart of this new economic model.