IIC Aims to Drive IoT Adoption by Empowering End Users

IIC Aims to Boost IoT Adoption by Empowering End Users

IoT as a tech concept has likely passed the point of peak hype. IoT adoption, however, remains at an early phase. Here’s how the IIC aims to remedy that.

Written by Brian Buntz
1st October 2019

Earlier this year, Gartner released its latest hype cycle for the Internet of Things. IoT itself was on the descent toward the so-called “trough of disillusionment,” bookended to the left by IoT platforms and to the right by autonomous vehicles, which is nearing the bottom of the trough.

“For those of you who are following television: ‘Winter is coming,’” joked Richard Soley, executive director of the Industrial Internet Consortium.

While there is value in such models in helping business professionals gauge the risk of adopting emerging technologies and IoT adoption in particular, as the Polish–American scholar Alfred Korzybski summarized: “The map is not the territory.” Similarly, Soley and the IIC generally prefer to rely on pragmatic experimentation to test concepts related to emerging technologies.

One of IIC’s mechanisms for such experimentation is its test bed program. Another is its collaboration with the IoT Solutions World Congress in Barcelona to help create predominately end-user and vertical-focused programming focused on industrial IoT.

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Also related to driving IoT adoption, IIC recently released an accelerator program designed to support end-users of enterprise and industrial IoT technology.

IIC also uses the IoT Solutions World Congress event as a springboard to educate the public about broad technological concepts such as artificial intelligence. Last year, the organization announced it was broadening the focus of its industrial analytics working group, branding it as the Industrial Artificial Intelligence Task Group. At the IoT Solutions World Congress last year, senior leaders from IIC lead a forum on AI and cognitive systems.

In addition to the vertical-industry-based tracks covering themes such as connected transport, manufacturing and healthcare is a track dedicated to artificial intelligence.

When asked about the varied definitions of the term “artificial intelligence,” Soley said: “Everybody defines it in a way that’s more convenient to them.”

Five years ago, the IIC began working on a core vocabulary, which it published four years ago. “And we’ve stuck to it. All of our documents use the same vocabulary,” Soley said.

More recently, IIC continued to expand AI-related activities with a test bed in August and a document titled “AI Trustworthiness Challenges and Opportunities.” The test bed involves using AI infrastructure technologies to automate negotiation to reach mutually agreeable contract terms.

Another IIC test bed, this one run by Dell and Toshiba, involves a sensorized building outside of Tokyo. “It’s generating 300 terabytes a data per day,” Soley said. “That’s a couple of petabytes a week.”

“AI is a series of technologies that is valuable to IoT systems, but it’s not the same thing as IoT,” Soley said. “Anything that’s generating large amounts of data is going to use AI because that’s the only way that you can possibly do it.”

Gartner posits that the majority of technologies in its IoT hype cycle are between two and 10 years of “reasonable maturity,” as Nick Jones, vice president and Gartner distinguished analyst explained in a webinar earlier this year.