Looking at the Community Network Map, anyone can see that Iowa is filled with towns that have chosen to invest in publicly owned Internet infrastructure. On May 1st, the community of Pella took a step at the polls that will bring them a little closer to having a "pin" on our map. Ninety-two percent of those voting in the special election chose to authorize the City Council to establish a telecommunications utility.

Approval to Move Ahead

The election results don't establish a timeline for construction or operation of a fiber network or authorize any funding, simply allow city leaders to take the initial steps at forming the utility in the future. The city already operates its own municipal electric utility, so they have the same advantage of many other rural Iowa communities that go on to deploy fiber networks. At a March 12 City Council meeting, elected official unanimously approved the resolution to hold the election. From the minutes of the meeting:

The need for a municipal telecommunications utility is being driven by concerns expressed by citizens and businesses regarding access to highspeed Internet. Furthermore, a municipal telecommunications utility could help meet the long-term high-speed internet access needs of our citizens and businesses.

It is also important to note that many rural communities across Iowa have either formed municipal telecommunications utilities, or are in the process of forming the utility. The reasons these communities have authorized the formation of a municipal telecommunications utility are similar to the reasons the City of Pella is considering this issue. 

At the Institute for Local Self-Reliance, we analyze data and explore public policies to empower local communities. Our initiative staff work on varied issues from composting to broadband, but all these issues affect our daily lives and our communities. In the Community Broadband Networks Initiative, we often analyze high-speed Internet service availability using the best data that is publicly available. Some of this data, however, is inaccurate, outdated, and misconstrued.

FCC Form 477 Fails in at Least Four Ways

The most common source of this data is the Form 477. It is designed to be standard, uniform, and provide the Federal Communications Commission (FCC) with detailed information to make sound decisions. The FCC distributes form 477 to Internet Service Providers (ISPs) in order to collect data on their service availability. This form is only accessible online through a government web portal, and it has an accompanying 39-page instruction document. Some of the information is confidential and stripped away before the FCC releases the data to the general public.

The FCC Form 477 may not accurately reflect broadband availability in four main ways: 

1). ISPs may fill out the form improperly. Some ISPs may misplace key information into the form, creating havoc for those analyzing the data. They may input numbers in Kbps instead of Mbps, causing further confusion. For example, a fixed wireless ISP outside of Rochester, Minnesota, offers a maximum speed of 10 Mbps on their website, but the FCC Form 477 states that this ISP advertises a speed of 244 Mbps. Perhaps the ISP meant customers can usually expect a maximum speed of 244 Kbps? Even then, that doesn’t make sense. 

2). The data is out of date. ISPs submit the form twice a year, but the FCC takes time to process this data. By the time we produce maps and research, the underlying data may already be too old to be useful. Mergers may not yet be adequately reflected. For example, at this writing in May 2018 the most recent data currently available is from December 2016. That means the data, the maps, and the research are about a year and a half out of date.

There are often common characteristics among communities that have invested in fiber optic infrastructure. While many of them can't get the connectivity they need from the incumbents or lack reliable Internet access, many begin their ventures into better broadband by connecting utility facilities. A new nonprofit, the Post Road Foundation, sees a valuable link between intelligent infrastructure, high-quality connectivity, and sustainability. By bringing together members of the public and private sectors, the Post Road Foundation is implementing an innovative approach to funding. With support from the Rockefeller Foundation, they've selected five partners to begin implementing their new approach to funding, connectivity, and sustainability.

Bringing It All Together

Co-founders of the Post Road Foundation, Waide Warner and Seth Hoedl, have decades of experience between them in law, policy, and leadership. Their areas of expertise span cyberlaw, government and finance, environmental law and policy, electricity, telecommunications and energy law and policy, nuclear physics, and the list goes on. Through their years of research and in consulting with both public and private entities, Warner and Hoedl both saw that many rural communities needed better connectivity for economic development, better quality of life, and to keep populations strong. They've also found that if local communities or cooperatives are able to use fiber optics to synergize multiple utilities, the community is resilient and more self-reliant.

Nestled along the south eastern border of Maine are Baileyville and Calais. As rural communities situated next to Canada in the state's "Downeast" region, neither town is on a list of infrastructure upgrades from incumbents. With an aging population, a need to consider their economic future, and no hope of help from big national ISPs, Baileyville and Calais are joining forces and developing their own publicly owned broadband utility.

Baileyville and Calais

There are about 3,000 residents in Calais (pronounced "Kal-iss") and 1,500 in Baileyville, but according to Julie Jordan, Director of Downeast Economic Development Corporation (DEDC), many of those residents are aging and younger people find little reason to stay or relocate in Washington County. The community recognizes that they need to draw in new industries and jobs that will attract young families to keep the towns from fading off the map.

Most of the residents in the region must rely on slow DSL from Consolidated Communications (formerly FairPoint), while a few have access to cable from Spectrum (formerly Time Warner Cable); expensive and unreliable satellite is also an option and there's some limited fixed wireless coverage in the area. A few larger businesses that require fiber optic connectivity can find a way to have it installed, but Julie tells us that it's incredibly expensive in the area and most can't afford the high rates for fiber.

Economic Development Driven

Organized in 2015, the nonprofit DEDC came together with the focus on recruiting new businesses to the area and to support existing businesses. As DEDC quickly discovered, unless the region could offer high-speed, reliable Internet infrastructure, attracting new businesses and helping existing businesses expand would be extremely difficult. They also determined that new families would not be interested in Baileyville or Calais without high-quality connectivity. "It was a no-brainer," says Julie, "you have to go fiber."

Internet access isn't effective when it takes forever to load a single webpage or when subscribers spend hours babysitting their computers to ensure files make it through the upload process. At the Institute for Local Self-Reliance, we create maps analyzing publicly available data to show disparities in access and highlight possible solutions. We've recently taken an in-depth look at Georgia and want to share our findings with two revealing maps. According to the FCC's 2018 Broadband Deployment Report, 29.1 percent of the state's rural population lacks broadband access, but only 3 percent of the urban population shares the same problem. Cooperatives and small municipal networks are making a difference in several of these rural communities.

Technology Disparities Across the State

The map below shows what kinds of technology Internet Service Providers (ISPs) are using to offer Internet service to homes or businesses in Georgia. To differentiate areas of the state, the lines represent the subdivisions within counties. Our analysis focuses on wireline technologies, specifically fiber, cable, and DSL. Satellite and fixed wireless services are too dependent on the weather and the terrain for our analysis.

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In rural Georgia, premises with wireline access most often rely on DSL; cable and fiber tend to be clustered around towns and cities where population density is higher. Google, for instance, operates a fiber network within Atlanta, Georgia. The large amount of fiber in the eastern half is the Planters Rural Telephone Cooperative, one of the many rural cooperatives that are taking steps to help rural communities obtain the access they need to keep pace with urban centers.

When the announcement came out in 2015 that Sanford, Maine, would invest in the state’s largest municipal fiber optic network, media outlets were abuzz with the news. The situation has quieted down as the community has been working to plan for the project. Earlier this month, Sanford released its second Request for Proposals (RFP) for Fiber Optic Construction for the network; responses are due May 2nd.

Second Shot

Back when the city began the process of investing in publicly owned Internet infrastructure, they conducted an original RFP process and selected a construction firm. Before the project began, however, Sanford won a significant award from the U.S. Economic Development Administration (EDA) and, according to the EDA, the city’s RFP process did not conform to EDA bid process requirements. In order to accept the award, the city needs to re-run to RFP process.

The project will cost approximately $1.5 million and, with the federal grant slated to pay for around half at $769,000, Sanford officials see the benefit of taking the time to release a second RFP. The city will use proceeds from the sale of a former school property to fund the remaining. They anticipate construction to begin in July and estimate the project will be completed and the network will be ready to operate by November.

As the RFP states, the project will connect approximately 85 community anchor institutions (CAIs) to a network of about 40 miles of fiber and to the state’s middle mile Three Ring Binder. In addition to City Hall, they intend to connect schools, healthcare facilities, libraries, and public works buildings. There are also a significant number of business locations on the list of addresses that Sanford officials want connected to the network. The community has already chosen Maine’s GWI to operate the open access network. 

You can listen to our conversation with CEO Fletcher Kittredge in episode 176 of the Community Broadband Bits podcast. He and Christopher discuss Sanford and other projects in Maine.

Sanford And The Region

Lawmakers in Ohio are slowly advancing a proposal to help fund rural broadband deployment. HB 378 has similarities to Minnesota’s Border-to-Border Broadband Program and will infuse $100 million in to broadband deployment ecosystem over the next two years. It’s a welcome lift for rural areas struggling to fend off economic dilemmas.

Companions

Last fall, State Senators Cliff Hite and Joe Schiavoni announced their intention to introduce a bill with the same effect. HB 378, however, appeared to pick up steam in March and, after strong bipartisan support in committee and on the floor of the House, the bill went on to the Senate on April 12th.

Back in October, Schiavoni said in a press release:

“This legislation is incredibly important to Ohio’s future. Without access to broadband internet service, businesses can’t reach their customers, students can’t do their homework and workers have difficulty searching for jobs.”

Democrat Ryan Smith and Republican Jack Cera introduced HB 378 with an eye toward economic development in their districts and other rural areas of the state facing the need to diversify their local economies. 

“With this bill, we have the opportunity to level the playing field for rural Ohioans when it comes to vital broadband infrastructure,” said Rep. Smith [in October]. “High speed broadband is the only way we can continue growing our economic base by attracting new commercial development and securing a strong labor force, our most valuable resource.”

Main Points

The application window for the Connect America Fund (CAF) II Auction recently closed among debate about eligibility criteria. A recent editorial from the WVNews, where multiple counties were hit hard by flawed FCC data, urged their federal elected officials to act before rural residents lose more funding opportunities.

Wha’ Happened?

As multiple experts have shown, the Form FCC data collection uses an overly broad measurement by relying on census blocks to show areas with broadband service. The FCC has admitted that their methodology overstates who does or does not have FCC defined broadband speeds of 25 Megabits per second (Mbps) download and 3 Mbps upload. This year, seven West Virginia counties that hoped to access CAF II funding have been deemed ineligible because the new FCC Form 477 data indicates that each county has 100 percent broadband access.

Folks in the region are reasonably confused, concerned, and upset. In 2015, the FCC’s data indicated that these same areas were underserved and there have been no deployments to cause such a seismic change.

The editors at the WVNews noted that the chairman of the West Virginia Broadband Enhancement Council described the new FCC determination as “not even close to being correct” and that he had predicted there might be difficulty obtaining CAF II funding.

The president of a local fixed wireless provider offered a useful analogy:

“The problem is, with the Form 477, if one person in that census block gets [broadband], then that whole census block is counted as served…That’s like saying if someone in the U.S. has access to fresh lobster, then they all do. That’s just not really true.”

He also described the dilemma companies like his face because they might want to apply for funding: