Starting at 11 a.m. EDT today, GE will be holding its second annual Minds + Machines Conference on the state of the Industrial Internet. Speakers will include CEO Jeff Immelt, industry leaders, and GE customers and partners.
The meeting coincides with the release of a new report,The Industrial Internet @ Work, written by GE’s Chief Economist, Marco Annunziata, and Director of Global Strategy and Analytics, Peter C. Evans. The conference and report explore how the Industrial Internet—a digital network that links machines, sensors generating data, predictive analytics and new machine-human collaboration in the workplace—can significantly boost productivity, create new jobs and skills, and minimize unplanned downtime in major industries.
We’ll be streaming Minds + Machines live here:
Imagine these formerly dumb systems gone smart: a roof that announces when it’s about to spring a leak; a garden that monitors moisture on its own and applies just the right amount of water when it’s needed; and a bridge that automatically puts in a work order at the first sign of a hairline crack in a support structure.
These are just a few of the innovations promised by the growth of the industrial internet, a communications network in which objects and machines generate data about themselves and communicate it with each other to make better decisions about how they operate. This advance promises major efficiency gains—think of a jet engine monitoring and injecting fuel precisely when it’s needed. It will also mean cost reductions through repair and maintenance that head off problems before they become major, among other advantages. But for this more-automatic world to take root, objects of all sorts need to be embedded with simple instruments—moisture detectors, accelerometers, and identification chips—that can sense and communicate their state to the broader world.
One of the major constraints of this potentially disruptive technology taking off is the power requirement of these sensors, which must be fed either by wires or batteries. But how does one install a wireless moisture detector into a roof and then periodically go in to change the batteries? How would a farmer gather up thousands of cheap sensors embedded in the soil that tell an irrigation system when to work after they’ve been spread over the land?
“Sensors have needed batteries up until now, which makes deploying them difficult because you have to maintain those batteries,” University of Washington computer science and engineering professor Shyam Gollakota tells Txchnologist. “We asked, ‘Can you generate power without batteries?’”