There is a long-term solution to the broadband affordability gap that can be found in America’s first gig city. Thanks to Chattanooga’s wildly successful municipal broadband network, EPB Fiber, and its partnership with The Enterprise Center and Hamilton County Schools, over 15,000 low-income students in 8,500 households in Hamilton County are already getting a decade of free high-speed Internet service at no cost through a program known as HCS EdConnect.

It was borne out of the community’s response to the pandemic as local leaders looked to leverage an existing community asset to allow students to participate in distance learning, enable educators to expand educational opportunities outside the classroom, and support parents in pursuing their own professional and personal goals.

It’s an example of the one of the many benefits of having a locally-controlled, publicly-owned broadband network in which the infrastructure is seen as a public good like roads or a water system. It’s an approach that sees broadband infrastructure as something that should be accessible to everyone in the community and not used as a tool to simply benefit those who can afford it.

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We wanted to visually document the power that HCS EdConnect has had in transforming the lives of program participants by weaving together a compilation of video diaries that will give you a glimpse of how a visionary municipal network made this Tennessee county more resilient in the face of the pandemic and ensured no one in their community was left on the wrong side of the digital divide.

Big Telecom Band-Aid or Local Long-Term Solution?

A recently announced $610,000 grant award from the Tennessee Valley Authority to a partnership in Chattanooga, Tennessee will fund a pilot project to fund a set of holistic interventions in the Orchard Knob neighborhood to create healthier, more cost-efficient, better-connected homes for 1,000 residents.

The initiative, driven by a coalition made up of the Enterprise Center, EPB Fiber, Parkridge Health System, Habitat for Humanity, Tech Goes Home, and the Orchard Knob Neighborhood Association, aims to tackling an array of social determinants of health all at once. From The Chattanoogan:

Together, the partners plan to simultaneously invest in infrastructure and test new strategies for improving social determinants of health and quality of life of residents within a historically underserved neighborhood. Ultimately, the program in Orchard Knob will serve as a model for other communities across the Tennessee Valley.

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It's happening as a result of funds contributed by the TVA's Connected Communities initiative, which aims to help "communities within the Valley leverage tech- and data-driven solutions to improve residents’ lives, deliver environmental benefits and scale economic opportunities." So far, these include projects like outfitting the Cheatham County School District with a solar array and battery backup, technology upgrades at more than a dozen Knoxville Recreation Centers, and improved connectivity at public housing sites in Murfreesboro.

If you don't quite have enough good broadband podcast content in your life (we don't know how that's possible with a backlog of almost 500 episodes of Broadband Bits and nearly 40 episodes of the Connect This! show), you're in luck. The always-wonderful 99 Percent Invisible podcast, in a recent episode, takes on last-mile network infrastructure as part of its bonus Future of.. series.

In "The Future of the Final Mile," Roman Mars uses the evolution of broadband access over a handful of years in Detroit and Chattanooga to illustrate what happens when a community sucessfully takes the future of its information infrastructure into its own hands. With interviews from local residents and broadband advocates, the episode addresses the uneven broadband marketplace, efforts to address inequitable access in Detroit through a citizen-created wireless mesh network, and a full fiber-to-the-home build in Chattanooga. Mars and his co-producer ask a lot of good questions about why more communities don't take bold steps, why preemption persists in 17 states, and what communities can do.

The episode is 41 minutes long. Listen to "The Future of the Final Mile" here, or read the transcript here.

Welcome to In Our View. From time to time, we use this space to explore new ideas and share our thoughts on recent events playing out across the digital landscape, as well as take the opportunity to draw attention to important but neglected broadband-related issues.

As federal funds to expand high-speed Internet access began to flow to states and local communities through the American Rescue Plan Act, and with billions more coming under the Infrastructure Investment and Jobs Act, Big Telecom is beginning to mount its expected opposition campaign designed to discourage federal (and state) decision-makers from prioritizing the building of publicly-owned networks.

Predictably, a centerpiece of this anti-municipal broadband campaign is the trotting out of well-worn - and thoroughly debunked - talking points, arguing that federal funding rules should not “encourage states to favor entities like non-profits and municipalities when choosing grant winners” because of their “well-documented propensity to fail at building and maintaining complex networks over time.” That’s what USTelecom, a trade organization representing big private Internet Service Providers (including the monopolies) wrote in a memo sent last week to President Biden, the FCC, cabinet secretaries, House and Senate members, Tribal leaders, as well as state broadband offices. 

Jamestown - home to 30,000 residents, the largest population center in western Chautauqua County - could become the first city in the state of New York to construct a citywide municipal fiber network using American Rescue Plan relief funds.

In April, Mayor Eddie Sundquist formed a task force to assess the potential for a municipal fiber network in Jamestown. The city is currently working with EntryPoint Networks on a feasibility study to estimate the overall cost of the project, as well as surveying residential interest in building a municipally owned open access broadband network in Jamestown. 

If the city's American Rescue Plan spending plan is approved by the Jamestown City Council, Jamestown will be the first city in New York state to embark on a municipal fiber build. Although many cities across New York state own dark fiber assets, and cooperatives in the southeastern and northern regions of the state are serving some residents, no city in the Empire State has moved forward with building a citywide fiber-to-the-home (FTTH) network.  

Idea Dating Back to Sundquist’s Mayoral Campaign 

Connecting citizens to new technology was a component of Mayor Eddie Sundquist’s 2019 mayoral campaign, centered around efforts to enhance economic development and community revitalization projects.

“Who says that we can’t become a technology hub attracting businesses around the country with our low cost of living and rich resources? Who says we can’t wire broadband and fiber to every home and business in this city at a lower cost?,” WRFA reported Sundquist campaigning in 2019.

In an interview with ILSR, Mayor Sundquist recalled that the message was well-received by Jamestown residents, and that even pre-pandemic, city residents were calling for more reliable Internet access offering higher speeds. 

After three years in a row with similar results, PCMag’s “Fastest ISPs in America” for 2021 analysis shows a clear trend: community owned and/or operated broadband infrastructure supports networks which, today, handily beat the huge monopoly Internet Service Providers (ISPs) - cable and telephone alike – for sheer speed.

The latest list proves it. Of the ten-fastest ISPs in the country, all of them feature operators that either are cities themselves or use city-owned fiber or conduit to deliver service across whole or parts of their footprint. 

City-run networks making the list again this year include Longmont, Colorado (third); Chattanooga, Tennessee (sixth); and Cedar Falls, Iowa (seventh). Cedar Falls topped the list last year, but all three networks are regulars over the last three analyses done by the outlet. Broken down regionally, they are also joined by other municipal networks around the country, including FairlawnGig in Ohio and LUS Fiber in Louisiana.

Municipal networks in the United States have proven that when dollars are invested in publicly owned information infrastructure, they often return value back to the community several times over. This new fact sheet [pdf] highlights municipal broadband success stories from across the country and some of the many benefits the networks have brought to the communities they serve. 

These networks are directly accountable to the community and have proved themselves for more than 20 years in some cases, bringing lower prices to households than the large private providers. Municipal networks and partnerships account for 9 of the top 10 fastest broadband networks in the nation.

Download Snapshots of Municipal Broadband: A Much-Needed Part of America's Digital Ecosystem [pdf] here.

For timely updates, follow Christopher Mitchell or MuniNetworks on Twitter and sign up to get the Community Broadband weekly update.

Since it was first introduced in Congress in March, the Community Broadband Act of 2021 has gained widespread support from over 45 organizations representing local governments, public utilities, racial equity groups, private industry, and citizen advocates. 

The legislation -- introduced by U.S. Representatives Anna Eshoo, Jared Golden, and U.S. Senator Cory Booker -- would authorize local communities to build and maintain their own Internet infrastructure by prohibiting laws in 17 states that ban or limit the ability of state, regional, and local governments to build broadband networks and provide Internet services. 

The Act also overturns state laws that restrict electric cooperatives' ability to provide Internet services, as well as laws that restrain public agencies from entering into public-private partnerships.

States have started to remove some long-standing barriers to public broadband on their own. In the last year, state lawmakers in both Arkansas and Washington removed significant barriers to municipal broadband networks, as high-quality Internet with upload speeds sufficient for remote work, distance learning, telehealth, and other online civic and cultural engagement has become essential. 

Community broadband networks offer a path to connect the unconnected to next-generation networks. State barriers have contributed to the lack of competition in the broadband market and most communities will not soon gain access without public investments or, at the very least, the plausible threat of community broadband.

The Many Benefits of Publicly-Owned Networks

For communities across the country considering whether to invest in building a municipal broadband network, a new study published last week on the economic value of the EPB fiber network in America’s first “gig city” is a must-read.

The independent study, conducted by Bento Lobo, Ph.D., head of the Department of Finance and Economics at the Rollins College of Business at the University of Tennessee at Chattanooga, found that the celebrated city-owned fiber network has delivered Chattanoogans a $2.69 billion return on investment in its first decade.

In 2010, EPB Fiber, a division of Chattanooga’s city-owned electric and telecommunications utility formerly known as the Electric Power Board of Chattanooga, became the first city in the United States to build a Fiber-To-The-Home (FTTH) network offering up to 1 Gig upload and download speeds. In 2015, EPB began offering up to 10 Gig speeds.

It cost approximately $220 million to build the network, however, “the true economic value of the fiber optic infrastructure for EPB’s customers is much greater than the cost of installing and maintaining the infrastructure,” Lobo said. “Our latest research findings show that Chattanooga’s fiber optic network provides additional value because it provides high speeds, with symmetrical uploads and downloads, and a high degree of network responsiveness which are necessary for the smart grid and other cutting-edge business, educational and research applications.”

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Among the study’s key findings: