By Joe Phillips
As you sit in your office reading this story, consider this: you’re surrounded by data.
Computers, lights, power strips, air conditioning, elevators, alarms and meters – all of this is generating data inside the building. This data can reveal powerful information to make offices, campuses and large buildings work better.
While the Internet of Things has entered the building, this explosion of data constantly reports out on what’s going on, but often it’s not easy to use. Many organizations don’t see or take advantage of data as well as they could. They often operate on a system-by-system, building-by-building basis with little correlation to business outcomes.
A broader approach is necessary, one that integrates the facilities portfolio as closely as possible to the business needs. To tackle this problem and address the concern that by 2025 buildings will be the top consumers of energy worldwide, IBM is announcing an innovative project with Carnegie Mellon University to deliver a cloud-based analytics system for reducing energy and facility operating costs.
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With 6.5 million square feet of infrastructure, miles of underground utilities, water lines, electrical systems, health facilities, restaurants and even its own police force, Carnegie Mellon is practically a city unto itself. In fact, it would be in the top five percent of municipalities in Pennsylvania if it were an incorporated town.
By harvesting intelligence, best practices and value from the big data of buildings, the university expects to save approximately 10 percent on utilities — nearly $2 million annually — when the IBM system is fully deployed across 36 buildings on its Pittsburgh campus.  This is a campus where the first building was built in 1906, and the most recent building is under construction now. More than a hundred years of infrastructure can all be managed through a single system using the new IBM Building Management Center delivered on the IBM SoftLayer cloud to monitor thousands of data points from building automation and control systems to deliver better building performance, energy efficiency and space utilization.
Joe Phillips, IBM Smarter Buildings Leader
Joe Phillips, IBM Smarter Buildings Leader
Data and information management are the new tools of facility management. Once an organization has the right data in the right hands, it can enter a new era where managers learn things about buildings that couldn’t be seen before. Additionally, making buildings work better can lift the bottom line for businesses.  Facilities operation and management is typically the second biggest cost center for most companies, after payroll.
Armed with powerful new information from Big Data and analytics, maybe one day buildings will no longer use 42 percent of our energy supply or be the number one contributor to CO2 emissions.
By the way, be sure to turn the lights off when you leave.

http://asmarterplanet.com/blog/2015/03/ushering-new-era-intelligent-building-energy-management.html

Smart forks. Smart tennis rackets. Smart toothbrushes. Smart teddy bears. Smart fitness bands.

The Internet of Things hype is inspiring an endless stream of connected gadgets that light up Kickstarter campaigns and pack the halls of consumer electronics conferences.

But Tim O’Reilly, the technology publisher and Silicon Valley guru, is worried that these products have hijacked the conversation about IoT and distracted people by making them focus on what amount to novelty items.

It’s frustrating for O’Reilly, one of the sharpest observers of tech trends for the past three decades, because he sees something about to happen on a grand, unprecedented scale and he worries that people aren’t discussing it enough. He believes that the coming IoT era will result in more sweeping changes to our lives, our work, and our communities than those brought about by the eras of the PC, Internet or smartphones.

“Obviously, Silicon Valley is all over this,” O’Reilly said. “But I think they are missing the point. They are creating some gadgets, but they aren’t thinking about systems.”

This massive disruption. O’Reilly said, will be powered by elements that are well-known. Powerful, low-cost sensors that become ubiquitous; mass adoption of mobile gadgets that serve as hubs for IoT devices; blazing fast wireless networks; and all the data these things will generate.

But rather than talk about a smartwatch that monitors fitness and activity, O’Reilly wants people thinking about how to disrupt the entire healthcare system. How can healthcare be reimagined if people’s health information is not only monitored, but immediately shared with doctors and nurses. Can each health care provider serve 10 times, or 100 times, as many people, and improve the quality of care while sharply reducing the cost?

Rather than think about smart cars, O’Reilly wants to talk about changing entire parking and traffic systems throughout cities to send information to drivers that reduce the number of cars, cut the time spent looking for things like parking, and prevent the need to build new roads. Can information generated by cities and cars to radically improve transportation in ways that save money and help the environment?

The example that O’Reilly cites of the massive disruptive potential of IoT is one that might surprise people: Uber.

While most people wouldn’t think of Uber as an IoT company, O’Reilly says that is the problem. Uber represents the kind of systematic change that interests him, a change that doesn’t just focus on sticking a sensor in a gadget.

“This company isn’t put in this category,” O’Reilly said. “But it’s teaching us a lot.”

The first lesson is about the way the very nature of work can change. Certainly, Uber has generated a lot of controversy in that respect. But O’Reilly says the flow of information created by Uber is revolutionary in that it allows drivers to decide when and how long they want to work, and what they can earn.

“It changes the whole workflow,” O’Reilly said. “And it changes the way we think about these things. You empower workers and they can have more flexibility.”

He said Uber is also disrupting payments, more so than even much-hyped services like Apple Pay, O’Reilly says. With Apple Pay, you remove the need to take out one payment devices, a credit card, and replace it with the need to take out another payment device, a smartphone or Apple Watch.

But with Uber, once the service is booked, payment will just happen when it’s over. No need for another action by consumers. O’Reilly sees a day when connected gadgets allow for payment systems where stores and machines simply recognize people and conduct a whole transaction automatically.

“What Uber is doing with payments may be more important in the long run than Apple Pay,” O’Reilly said. “Apple Pay recreates the old workflow, just with a new device. It would be revolutionary to say we don’t need that at all.”

O’Reilly unerstands that at the moment, IoT prompts more than a little bit of eye-rolling in a tech industry that has grown a bit weary of hearing about it, and the parade of new devices everyone is hawking. It’s not quite an IoT bust, but there’s certainly a fair bit of fatigue that reminds O’Reilly of the years after the dot-com bust.

Back then, people didn’t want to talk any more about the revolutionary potential of the Internet, something that many believed had been oversold to a public and creating the dot-com bubble that burst and took the U.S. economy down with it for a time.

But that’s exactly why O’Reilly says he wants to reboot the conversation now, to energize people who will think more broadly about the potential of IoT, and will develop the systems and platforms that will make it all happen.

“This wave of technology has more chance of re-imagining whole swathes of the world than anything we’ve seen before,” O’Reilly said. “This is really going to disrupt everything.”

http://venturebeat.com/2015/03/04/tim-oreilly-silicon-valley-is-massively-underestimating-the-impact-of-iot-interview/

Hate the dreaded task of locating and then plugging your various chargers into the wall? IKEA’s on it.

On Sunday, the Swedish furniture company announced it is rolling out a collection of tables, desks and lamps embedded with wireless charging pads that can power up electronics through an energy induction transfer, rendering the charger unnecessary.

IKEA will also sell wireless charging kits that can be built into existing furniture for 30 euros, or about $33, according to the The Wall Street Journal.

Both the furniture and the charging kits are slated to hit stores in April.

http://www.entrepreneur.com/article/243496?utm_campaign=social-media-push&utm_content=12616852&utm_medium=social&utm_source=twitter