Posts Tagged ‘Internet of Everything’

International CES 2014: A tipping point for the Internet of Things?

Tuesday, February 18th, 2014
Graphic 1

Cisco’s shopping cart

As predicted, the 2014 International Consumer Electronics Show simply overflowed with examples of IoT finally becoming a marketplace reality – from the connected home to the connected automobile to digital health – as well as large companies vying for the opportunity to merge cloud and mobile technologies with sensors and MEMS technology.

In his keynote presentation John Chambers, CEO of Cisco, predicted that “2014 would be the transformational pivot point for IoT” and that the total cost benefit going forward could be as high as $19 trillion for both public and private sectors. He foresees retail, for example, gaining at least $1.5 trillion in benefits from the implementation of smart shopping carts that both assist and track customers.

graphic 2

FootLogger demo

The pace, scale and potential impact of IoT emergence has drawn attention from multiple interested parties associated with policy and regulations. During a panel discussion on this subject, FTC Commissioner Maureen K. Ohlhausen encouraged governments to better understand the effects and benefits of innovation on society, and to assess whether existing laws or regulations in the market place can right any potential threats. Adam Thierer, senior research fellow with the Technology Policy Program at the Mercatus Center at George Mason University, warned against the “precautionary principle” model which curtails innovation until it can be proven to not be a serious threat to society. He sees the EU as following this worldview in its approach to privacy and IoT, and he strongly endorses the principle of “permissionless innovation” fostered by the U.S. which deems that experimentation with new technologies and business models should generally be permitted by default. In reality, evolution of IoT will most likely be a combination of all three due to the explosive growth and diversity of the technology globally.

graphic 3

FashionTEQ notification ring

In another session on MEMS and sensor fusion, Mike Luna, CTO of Jawbone, pointed out that technology on its own is not the key to success. Luna believes that the real challenge for companies such as Jawbone, Nike and Fitbit with their new wearable products will be ensuring that they seamlessly fit into consumers’ everyday lives. Key to this is making sure that they do not adversely react with bodily or external substances, so that they can just be worn and forgotten. Only then can consistent and reliable data be obtained from them and used in such areas as health, sports or general lifestyle enhancement. These new wearables not only communicate with smartphones but with one another and, according to Luna, are in effect creating the Internet of Me, where they become hubs for connection and exchange of data. For wearable technology to really take off I believe that people need to feel socially comfortable with it, and I was interested to see the large number of European, Asian and American companies pursuing the fashion vector for wearables, whether it was notification jewelry such as pendants and rings, or watches that blended style with technology.

grahpic 4

Multiple eyewear options

Rival eyewear products were also abundant at this year’s CES, some incorporating cameras that stream everyday life or automatically take pictures to create an individual’s video blog. Others focused on the industrial space, creating safety glasses with video streaming capability that can be used for training, diagnostic or quality assurance purposes, for example on a production line when a video recording of the process could prove useful. Add to this the increased use of augmented reality, as seen in Googles Glass, and the production and education environment of the future looks very different.

Judging by the technologies on display at this year’s CES, the future is closer than most of us realize. Conference speaker Rob Nail, CEO and Associate Founder of Singularity University, warned, however, that humans are not educated to cope with the exponential technology growth curve that we are currently experiencing. Worse still, he presented evidence that we have limited capability to forecast it. The good news is that, when we finally accept what’s happening, we apparently adapt very quickly! Over the next year it will be interesting to see if the Internet of Everything turns out to be the fundamental tipping point that keynote speaker John Chambers predicts, or if it’s merely one of many on the accelerating exponential technology curve referenced above.

Steve Bell, President, KeySo Global

Has Google Seeded the Future of Mobile?

Monday, February 10th, 2014

This past week’s news was dominated by Apple struggling to fulfill Wall Street’s expectations, Samsung’s proposal to reinvent itself as a software company and, the coup de grace, Google selling Motorola to Lenovo. All of these events reveal an industry in transition.

Smartphones, as we know, have transformed the mobile experience for consumers but have hardly changed since the iPhone was introduced in 2007. They have become faster, bigger and have more sensors but they remain square, slim screens that in developed markets cost around $400. In this scenario Samsung and Apple have thrived, sucking out 90% of the industry profitability.

ARA Motorola projectClearly, the future for smartphones lies in the emerging markets where the next 2 to 3 billion devices will be sold and the price point will be closer to $100. So will these two giants still dominate or will Chinese players such as Lenovo, Huawei, ZTE, Coolpad and an army of white label manufacturers take over this space? Is the smartphone/mobile industry about to enter the commoditization phase?

Against this background it was interesting to see that Google is holding on to the Advanced Technology team that is developing the Ara endoskeleton phone design system, which was revealed late last year. Also revealed was a partnership with Phonebloks with the intent of creating an ecosystem of hardware developers to work with the software developers that support Android. The initial offerings will probably not be successful but the following should be taken into consideration:  for the past few years chip manufacturers have been producing ever more capable systems on chip designs, two examples being Qualcomm’s Snapdragon that dominates the smartphone space and Intel’s Edison for the M2M and Internet of Things space. With the advent of 3D manufacturing and ever more capable components, the concept of a spine that acts as a connector may be the catalyst for a fundamental rethink of devices.

Eco-mobIt is no coincidence that ZTE presented a concept design, Eco-Mobius, at CES 2014 that uses a sliding track enabling users to assemble and disassemble screens, core processors, memory, camera and battery; here the concept of “customize your own device” seems to coincide with a growing interest in wearables. The future may well see the fusion of these two trends with fashion styling enabling devices to fit seamlessly into peoples’ lives.

Discussions around the Internet of Things, Internet of Everything and the Internet of Me are all about the future pervasiveness of mobile connectivity across multiple industries as well as the “always on” digital world we live in. These modular architecture concepts that Google and ZTE are experimenting with will help facilitate this. But, more importantly, since Google excels at building ecosystems, if they succeed in creating an ecosystem of hardware developers to fuse with software companies, the future of mobile will see a complete change. Google may well have seeded the future direction of the industry in a way that only a few of us have foreseen.

Steve Bell, President, KeySo Global