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Georgia Institute of Technology

New Tools to Measure Home Broadband Connections Now Available

in Broadband's Impact by

WASHINGTON, July 20, 2011 – Consumers now have a new way to capture and record actual data about the speeds and quality of their broadband service.

Representatives from New America Foundation’s Open Technology Initiative (OTI), Google and Georgia Institute of Technology proclaimed the arrival Tuesday of Broadband Internet Service BenchMark (BISMark).  BISMark is a project of M-Lab, a private sector-academia open-source technology collaboration. The technology uses consumer grade commercial wireless routers to capture data on a user’s broadband speed, and makes it available in the public domain for the user to analyze. Users can apply for a router through a link on ProjectBismark.com.

“With BISMark, users can expect continuous network measurements of their ISP performance, and very soon, a web page they can go to to explore these measurements,” said Nick Feamster, Associate Professor at Georgia Institute of Technology

BISMark is one part of a suite of measurement tools designed by researchers and hosted on the M-Lab platform. Although Google funds a large portion of the project, Meredith Whittaker, Program Manager from Google, told BroadbandBreakfast.com that BISMark is not a Google product. According to M-Lab’s website, Google provided servers and purchased network connectivity for the M-Lab platform, in addition to funding OTI.

M-Lab answered both the closed measurement systems available, and the political one-liners surrounding the issue of broadband on Capitol Hill, with BISMark. The technology is aimed towards creating clarity and openness surrounding broadband quality and speed.

“There is a lack of data and a lot of charged rhetoric in the space,” said Thomas Gideon, Senior Staff Technologist for Open Technology Initiative at New America Foundation.

The program was started in 2009 and has already collected nearly 400 terabytes of data for consumers to access and use. Servers hosting BISMark are currently deployed in the U.S., Europe and Australia; M-Lab is planning to expand into Japan in the near future.

More information on BISMark and M-Lab can be found on ProjectBismark.net and MeasurementLab.net.

Rural Broadband Forum: Connecting Rural Leaders For Broadband

in Broadband's Impact/National Broadband Plan by

DALLAS, April 28, 2010 – Day Two at the 2010 Broadband Properties Summit here began with a discussion by broadband experts about how to connect rural leaders into the broadband equation.

Moderated by Bill Shuffstall, extension educator at Pennsylvania State University, forum speakers included Mark DeFalco, telecommunications initiative manager for the Appalachian Regional Commission; Greg Laudeman, of the Enterprise Innovation Institute at Georgia Institute of Technology; Richard Lowenberg, founder of the  1st-Mile Institute; and Brent Legg, director of stakeholder relations for Connected Nation.

DeFalco presented the scenario that rural leaders must ask the hard question, “can companies make money by going into these communities?”

He went on to say that rural communities must create a demand for broadband before companies will make that leap. They must create political capital by finding the break-even point for their initiatives, and suggested that leaders should mirror successful communities in their efforts to establish a viable plan.

Laudeman spoke about the critical need for infrastructure and whether rural community leadership plan “makes sense,” coupled with the need to educate leaders on the benefits of broadband. Many civic and community leaders do not seem to understand the importance of broadband and its potential to impact their communities, he said.

The job of community leadership was to “connect the silos,” said Laudeman, and helping constituents understand the benefits of broadband. To make that case, he proposed visiting constituents and asking them, “ where will your grandchildren live in the future”? The “generational hand-over” should be initiated using broadband technology to enhance keeping local businesses intact for the future, while at the same time attracting new ones.

Lowenberg emphasized that leaders do not know how to think about broadband and need to think of the relationship of government and private sectors, which is economic driven, while buying into a changing social evolution. The connection should be to energy, water, going green, and a social transformation.

He also spoke of the initiative in New Mexico where tribal community leaders are taking a cohesive and coordinated approach to broadband. This includes weekly meetings to work on a coordinated approach to roll-out broadband; leaders committed to working for a knowledge based society, and realizing they are part of global relationships connected to a technological society.

Legg put a strong emphasis on working together as an important component for community leaders, mayors, governments, and healthcare by developing a strategic plan and building a coalition of broadband taskforces; they must solicit leaders from both the public and private sectors which is now coming together with working regional broadband taskforces.

Those local task forces will make the difference in creating a legitimate business case for broadband, said Legg, and that communities must “answer the economic development question. What do you want to accomplish in community in next 25 years?”

The taskforce must include a wide variety of leaders who are advocates for technology, bringing everyone together for a common goal by involving the whole community, while creating e-community leadership teams. This is evidenced in Kansas with farmers trying to save the family farm, and how to spur innovation in rural Kansas through new technologies.

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