NIST’s Global City Teams Challenge (GCTC) is focusing special attention this year on “SuperClusters”— multi-city, multi-stakeholder deployments of smart city projects in sectors such as energy, transportation, and public safety. The creation of these multi-team SuperClusters will enable existing GCTC action clusters to work together, thereby increasing the scale and impact of their efforts.
Since the October 2016 SuperCluster Kickoff Event held in Washington, D.C., six SuperClusters have ramped up and begun work. They have each been meeting regularly by conference call, and several have established Google Groups. Two SuperClusters have already scheduled face-to-face meetings in February 2017, and the other SuperClusters will be announcing their face-to-face meeting details soon.
Each of the SuperClusters welcomes new participants. Here is contact information for those wishing to get involved in one of these SuperClusters:
In addition to the work of the SuperClusters, many of the action clusters that have participated in the past are continuing to develop their projects. Several new action clusters have been formed in recent weeks, including Washoe County (Nevada), Wake County (North Carolina), Westminster (Maryland), Grenoble (France), and Fujisawa (Japan).
All groups are looking ahead to the 2017 GCTC Expo, which will be held in late summer 2017. The 2016 GCTC Expo, held in June 2016 in Austin, Texas, attracted thousands of visitors as well as significant media attention.
An additional opportunity for action clusters to present their projects and interact with others will be at a workshop to be held in Pittsburgh, Pennsylvania, on April 21, 2017, co-located with CPS Week. The Second International Workshop on Science of Smart City Operations and Platforms Engineering (SCOPE) in partnership with Global City Teams Challenge (GCTC)—SCOPE 2017 with GCTC—is accepting paper submissions through February 3.
In a recently published series of articles, “How The Green Button Initiative Secured Its APIs With OAuth,” NIST’s Martin Burns and David Wollman describe how application programming interface (API) technologies are used in the Green Button Initiative. The series of articles, published by ProgrammableWeb as part of its API University, discusses the history and current status of the Green Button Initiative and how it uses OAuth 2.0 to perform third-party authorization and access.
APIs have been attracting increased attention from the business community in recent months. (See, for example, “How APIs Drive New Digital Business” in Forbes or “The Strategic Value of APIs” in the Harvard Business Review.) For a good introduction to APIs and their importance, see API University’s “APIs 101.”
For more information about the Green Button Initiative, visit the website of the Green Button Alliance, a non-profit organization formed in 2015 to foster the development, compliance, and wide-spread adoption of the Green Button standard. Additional technical information for Green Button developers is available at greenusa-buttondata.org.
Two meetings, to be held at the NIST campus in Gaithersburg, Maryland (March 21-24, 2017), will be of interest to representatives from the utility industry, manufacturers and vendors, academia, national laboratories, government agencies, and standards-making bodies.
On March 24, following the NASPI meeting, NIST will host a workshop on “Advanced Electrical Power System Sensors.” The purpose of this workshop is for NIST and the Department of Energy to get input from industry to help determine research priorities concerning emerging and future sensor, transducer, and transformer technology for use in electrical power transmission and distribution systems. Agenda and registration details are available online. Registration closes March 17.
The Department of Energy (DOE) last week released “Transforming the Nation’s Electricity System (QER 1.2),” the second installment of the Quadrennial Energy Review. This installment analyzes trends and issues confronting the nation’s electricity sector out to 2040, examining the entire electricity supply chain from generation to end use. The electricity system is considered within the context of three overarching national goals: (1) to enhance economic competitiveness; (2) to promote environmental responsibility; and (3) to provide for the nation’s security. The QER involves a multi-agency review process, and more than 20 executive departments and agencies, including NIST, play key roles in developing and implementing programs and policies proposed in the QER.
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