For the IIoT to achieve its full potential, industry segments must work with innovation pioneers and regulatory bodies to put in place the standards and strategies required to empower further investments.
In addition, OCF has signed a new licensing agreement with SURE Universal to use its software for interoperability testing of hardware and software products.
The Fraunhofer Institute for Integrated Circuits has developed an antenna with four elements and nine different beams fed to those elements that can detect the precise location and direction of tags in challenging environments.
The company’s IoT Audiences system is intended to help companies capitalize on the emergence of Internet of Things data and connected devices.
Fang Li, an assistant professor of mechanical engineering at the New York Institute of Technology, is partnering with the firm to develop an embedded sensor system capable of measuring temperature, pressure and strain levels on various rocket propulsion engine components.
The Xi’an Beilin District Science and Technology Bureau, Shaanxi Radio and Television Network Group, and ThingPark China have invested in the transformative network, which is expected to provide socioeconomic benefits.
Zonar Systems is developing a real-time alerting system for bus drivers to identify if a student leaves a bus at the wrong stop or boards the wrong vehicle; parents and school districts are already using the technology to track where children enter and exit buses.
As we enter the era of the Internet of Things, the fourth Industrial Revolution, everything around us becomes connected and smart.
From global solutions to the rapid explosion of sensors, the future is bright for the Internet of Things in 2017.
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