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IoT, STEM, Women, Innovation, Manufacturing and the 52% Opportunity

I can humbly say that I can now understand, embrace and apply the phrase that my grandfather often spoke, “Son, I’ve lived a little.  Trust your eyes more than your ears.   May the HOPE experienced by your ears be the reality of your eyes.”

I, one day HOPE that the reality of equality and opportunity for all people regardless of culture, socioeconomic status, gender or sexual orientation is achieved in my lifetime.

So, what does all this HOPE stuff have to do with IoT, STEM (Science, Technology, Engineering and Math), Manufacturing, Innovation and Women? Stem Women

Well, let me explain……….

Here’s some metrics you may be familiar with:

  • IoT global value opportunity estimated to be over $8 Trillion
  • Over the next 10 years it is estimated there will be two million unfilled STEM related jobs globally
  • 82 percent of American manufacturers surveyed reported a moderate or severe shortage of high-skilled workers
  • Of the 52% — of women who earn STEM degrees, 52% leave the field within 10 years.

2014 IoT World Forum

…. But HOPE descended upon the Windy City of Chicago last week in the form of The Internet of Things (IoT) World Forum sponsored by Cisco Systems and its partners, including Rockwell Automation and Panduit.  The forum brought over 1700 thought leaders, executives, and creators representing companies and entities in the public, private, and education sectors

The event served as a platform and opportunity for participants to leverage the mindshare, perspectives and experiences from their peers.  The objective of the event was to evolve the IoT conversations FROM determining the IoT value opportunity TO “how” value can/is being realized from the IoT paradigm.  The HOPE is to leverage IoT to bring real and positive disruptive change to all sectors of society including education, finance, politics, environment, education, food, business and technology.  This can only be achieved by soliciting, including and welcoming a diversity of perspectives obtained from both women and minorities.

The 52% Opportunity

The event agenda was well put together with a broad range of diverse and engaging IoT topics being presented and discussed.  One of those agenda topics was entitled, “Women in IoT (STEM and the Lost 52%)

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As Industrial Networks Converge, Skill Sets Must Broaden

As we reflect on the Internet of Things World Forum (IoTWF) last week in Chicago, workforce readiness – or workforce availability – was a big topic of conversation among attendees. It’s also an issue I addressed on behalf of Rockwell Automation at the event.

Those of us in the industrial sector are acutely familiar with the challenges of workforce readiness. Many of us have been working for years to find, attract and inspire the next generation of workers who will fill the place of many long-serving and soon-to-be-retiring skilled professionals.

But retirement isn’t the only issue affecting worker readiness. Major changes to how manufacturers and industrial organizations operate are proving to have equally major impacts on their workforces.

Specifically, the convergence of information technology (IT) and operation technology (OT) presents significant challenges to the professionals who are responsible for installing, maintaining, upgrading and troubleshooting those technologies.

IT and OT professionals historically have worked in silos, with IT delegated to the business side and OT to the industrial zone. The Internet of Things (IoT) is changing that. Today’s industrial organizations can connect, communicate and collaborate across the entire enterprise, from executive suites and corner offices to plant floors, supply chain partners and remote locations.

As a result, the lines that have traditionally divided IT and OT are blurring. These workers increasingly require skills beyond their core areas of expertise to be able to support IT, networking and control-system functions.

Cisco recently introduced the Cisco Industrial Networking Specialist certification to ensure IT and OT professionals are equipped with the broad skill sets they need to manage and administer industrial network systems. The certification exam tests both hands-on skills as well as knowledge of critical topics, such as the Open System Interconnection (OSI) model, network and industrial devices, safety protocols, and environmental and industrial standards.

Rockwell Automation and Cisco are launching a hands-on, lab-based course this month to prepare IT and OT professionals for the exam and give them the foundational skills they’ll need for the connected enterprises of tomorrow. The first-of-its-kind course, Managing Industrial Networks with Cisco Networking Technologies (IMINS), aims to help IT and control-system engineers install, maintain and troubleshoot industrial network systems, as well as help engineers achieve network availability, reliability and security.

The IoT presents opportunities that today are only limited to our imagination. Leading organizations already are taking advantage of smart devices and converged-network technologies, and most others will soon enough discover they need to embrace them if they want to remain competitive. New technologies are accelerating access to insightful possibilities but we should never forget that our greatest assets will always be our employees, and we must educate and empower those who can best make this great leap forward a successful one.

Looking forward to Automation Fair and continued discussions around how other industries are leveraging IoT to address the skills gap.

 

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Mobile Making It Happen at The Internet Of Things World Forum

So during last week’s IoT World Forum in Chicago more than the 1,500 Internet of Things (IoT) industry experts came together for the second annual conference. The IoT is opening up a world of real opportunities for service provider growth while rapidly transforming our communities, our cities, and our daily lives. Still as discussed during many of the sessions at the IoT World Forum, there are a number of questions that need to be answered to accelerate IoT globally.

  • #1 Concern is Security – New way of thinking “don’t trust, verify”
  • #2 Faster Time-To-Market (TTM)
  • #3 Lower TCO
  • Another top reason was the need for improved asset utilization and risk management.

So during the break-out session the The Value Delivered by the Service Provider in IoT many attendees listened to service providers discuss how they are addressing these areas, and make money while doing it.

The Panel:

  • AT&T SVP, Kevin Petersen – AT&T Digital Life
  • Sprint Director, Mohammed Nasser – Connected City
  • Orange Deputy Director, François Duquesnoy — Orange Smart Cities & Territories

The Topics Covered:

Smart Home Security, Home Health Care, Home Automation, Energy, Connected Car, Telematics, Connected Agriculture, Connected Transportation, Asset Tracking, Cloud Delivery.

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Figure 1 From L to R; Doug Webster VP of Cisco SP Marketing – moderator, Francois Duquesnoy Director Orange Smart Cities, Kevin Petersen President AT&T Digital Life Inc., Mohamad Nasser Sprint – Director of M2M Product and Marketing

Below are some key quotes overheard at the panel: Read More »

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Summary: Three Ways IoT is Impacting the #InternetOfEverything

As a key enabling technology to the Internet of Everything (IoE), the Internet of Things (IoT), is connecting new places and objects. Manufacturing room floors, energy grids and wearable devices are just a few examples of the millions of objects coming online at an unprecedented pace.

These “things” are creating vast and increasing amounts of data and sharing it over the Internet – largely via machine-to-machine connections. It is one of many important technology transitions taking place today that is making the Internet of Everything a reality.

Recently, I had the chance to participate in a new Future of IT podcast episode with Steve Hilton, co-founder and Managing Director at MachNation. We discussed how today’s IoT solutions are impacting the evolution of the Internet of Everything and ultimately, business outcomes. You can listen to the entire podcast recording via iTunes.

Here’s a look at three ways the Internet of Things is impacting the Internet of Everything and what it means for your organization:

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Three Ways IoT is Impacting the #InternetOfEverything

As a key enabling technology to the Internet of Everything (IoE), the Internet of Things (IoT), is connecting new places and objects. Manufacturing room floors, energy grids and wearable devices are just a few examples of the millions of objects coming online at an unprecedented pace.

These “things” are creating vast and increasing amounts of data and sharing it over the Internet – largely via machine-to-machine connections. It is one of many important technology transitions taking place today that is making the Internet of Everything a reality.

The result is “driving market attention to the business opportunities afforded by connecting physical objects to the Internet,” according to a recent MachNation whitepaper. In fact, MachNation expects IoT to be over more than a $4 trillion industry by 2024!

So, how can today’s proliferation of connected devices and sensors bring organizations closer to capturing a share of the $19 trillion in IoE value at stake over the next decade?

Recently, I had the chance to participate in a new Future of IT podcast episode with Steve Hilton, co-founder and Managing Director at MachNation. We discussed how today’s IoT solutions are impacting the evolution of the Internet of Everything and ultimately, business outcomes. You can listen to the entire podcast recording via iTunes.

Here’s a closer look at three ways the Internet of Things is impacting the Internet of Everything and what it means for your organization:

#1: The Internet of Things is part of the Internet of Everything.

It’s crucial to understand that the Internet of Everything is the coming together of the Internet of Things, mobility, cloud, big data and analytics, and social.

The Internet of Everything gives people, businesses, communities, and countries the resources they need to collect and access data and turn it into valuable insight.

For example, there is an application that I’ve been using for my GPS watch that includes sensors you wear on your body. In real-time, I can upload the data collected to the cloud and I can review where I’ve been and what I’ve been doing.

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