Our new report, Minnesota Broadband: Land of 10,000 Connectivity Solutions [pdf], showcases the diverse range of approaches communities and local Internet Service Providers (ISPs) have taken to expand affordable, high-quality Internet access in Minnesota. It includes a series of case studies that detail how communities are meeting the connectivity challenges of a broken marketplace shaped by large monopoly service providers. 

The profiled projects include municipal networks, public-private partnerships, cooperatives, and private investment. They run from the most rural areas of the state to Minneapolis. Some examples include:

• RS Fiber Cooperative, in south central Minnesota, which has brought fiber to local businesses and town residents. Rural residents benefit from RS Air, a fast wireless service available at affordable prices.
• Arrowhead Electric Cooperative’s fiber network in Cook County, which succeeded beyond original projections. It provides fast and affordable Internet access to one of the most far-flung parts of the state.
• St. Louis Park’s partnerships with both ISPs and the builders of large condominium complexes. One of the providers working with St. Louis Park is better known as the fastest ISP in Minneapolis, USI Fiber.
• Christensen Communications, a 100+ year-old telephone company in south central Minnesota. The company demonstrated a strong commitment to its communities when the pandemic hit, and is now going above and beyond to build fiber with federal subsidies.
• The Fond du Lac Band, in northern Minnesota, which built a fiber-to-the-home network that is rare in Indian Country.

Ry Marcattilio-McCracken, co-author of the report and Senior Researcher with ILSR’s Community Broadband Networks initiative, said of the report’s findings: 

Minnesota communities and local ISPs have found creative and sustainable ways to build future-proof networks across the state, despite a broken marketplace and state barriers that favor slow-moving, out-of-state monopoly providers clinging to outdated technology. Lawmakers must stand up for the cities and towns that sent them to the legislature, and remove the obstacles that prevent a more competitive market and local broadband solutions.

Closing the homework gap has been a top priority for Federal Communications Commission (FCC) acting Chair Jessica Rosenworcel. She has a long track record advocating for Wi-Fi-enabled school buses, lamenting viral images of school children completing homework in fast food parking lots, and making the case that no child should be left offline. At the onset of the pandemic, she pledged to use her influence at the agency to fight to increase the flexibility of the E-Rate program, saying “every option needs to be on the table.”

When the American Rescue Plan Act established the Emergency Connectivity Fund (ECF) in March, a $7 billion program to connect students and library patrons to the Internet at off-campus locations, Rosenworcel had an opportunity to follow through on those promises. She could have seized the moment to steer the program in the direction of allowing schools and libraries to build, own, and operate their own school and community networks (what the federal government refers to as self-provisioned networks). Many schools serving areas with poorly connected students already do this, but without much help from the E-rate program.

But when the rules on how to spend the money were finalized on May 10th, the FCC’s Report and Order declared that schools and libraries could not use Connectivity Funds to build self-provisioned networks, but instead could only use the funds to purchase Wi-Fi hotspots, modems, routers, and connected devices, such as laptop computers and tablets. The one exception in which schools and libraries can use Connectivity Funds to build self-provisioned networks is in “areas where no service is available for purchase,” based on data self-reported by private ISPs. 

As voters went to the polls to cast ballots in the 2020 Presidential election, in two major metropolitan areas residents overwhelmingly approved ballot questions to move forward on exploring how to expand broadband access in their respective cities.

In Chicago, nearly 90% of those who cast ballots said “yes” to a non-binding referendum question that asked: “Should the city of Chicago act to ensure that all the city's community areas have access to broadband Internet?" With 2,034 of 2,069 precincts counted, 772,235 voters out of 862,140 cast their ballots in favor of that question.

That vote came on the heels of the roll out of “Chicago Connected,” a new initiative to bring high-speed Internet service to 100,000 households that do not have reliable access within the nation’s third-largest school district.

Meanwhile, in Denver 219,435 voters, or 83.5% of the city’s electorate, cast ballots in favor of question 2H, which allows the city to opt out of the state’s 2005 state law referred to as SB 152. That law prevents municipalities from building or partnering for broadband networks. Approval of the ballot initiative also grants the city “the authority but not [the] obligation to provide high-speed Internet access." Two other Colorado communities – Berthoud and Englewood – also voted in favor of similar ballot questions, asking voters if they want to opt out of SB 152. In Berthoud, 77.3% of voters cast ballots in support of the question. In Englewood, the opt-out question passed with 79.4% of voters in favor, which will allow the city to provide Wi-Fi service in city facilities.

In the fall of 2019, when the Kaysville City Council was poised to move forward on a $26 million, 30-year bond to build a municipal-owned fiber optic network, the COVID-19 pandemic had not yet turned life upside down.

Although city officials and advisors had spent 18 months thoroughly exploring options in a planning process City Councilwoman Michelle Barber called “one of the most vetted and open projects that we’ve worked on,” a group known as the Coalition for Responsible Kaysville Fiber created enough pushback to convince the City Council to shelve the plan and defer to a citizen-led ballot initiative.

On Tuesday, Nov. 3, Kaysville voters, in this city of approximately 32,000, will not only cast their ballots in the Presidential election, they will also be asked if they want the city to move forward with Kaysville Fiber. If the ballot initiative passes, it will allow the city to deploy a Fiber-To-The-Home (FTTH) network. 

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Currently, Comcast and CenturyLink are the Internet Service Providers (ISP) for most of Kaysville with some areas near the city relying on satellite Internet access. As has been the case in hundreds of communities across the nation that have built out fiber networks, Kaysville city leaders are looking to build a “last mile” fiber network to lower prices and improve services by creating an environment for increased competition.

Proponents are hoping the new “normal” in the face of the on-going pandemic — with the massive rise in virtual classrooms, remote work from home, telemedicine, and online commerce — will help voters see Kaysville Fiber as necessary infrastructure. 

Along the banks of the Columbia River, Multnomah County (pop. 813,000), Oregon is considering a publicly owned Fiber-to-the-Home (FTTH) network after being handed a study more than a year in the making. The report estimates that a countywide network reaching every home, business, and farm in a five-city area would cost just shy of $970 million, and bring with it a wealth of savings and other benefits to the community it serves.

Origins

The study has its origins in a 2017 push initiated by an advocacy group called Municipal Broadband PDX which has sought more affordable and equitable Internet access in the region. In 2018, the County Board of Commissioners agreed that it should be explored and approved the funding of a study, with the city of Portland and Multnomah County each contributing $100,000 and the remaining towns of Fairview, Gresham, Troutdale, and Wood Village joining the effort to collectively contribute an additional $50,000 for funding. Over the next year, CTC Technology and Energy conducted a comprehensive survey, analysis, and evaluation, and the results were delivered at the end of September.

Iowa is home to many community networks, from co-ops to muni cable, fiber, and other technologies. Three communities in the state have just recently made important announcements about their plans, and several others are moving forward with networks. There is so much happening in Iowa right now that shows potential for other states that don't limit competition.

There is a long history of local broadband excellence in Iowa for new networks to draw on. Cedar Falls Utilities was just recognized as the fastest ISP in the nation by PCMag. It has well over 20 years of success, but recent years have seen it sharing its expertise and facilities to lower the cost for other communities to build networks without reinventing the wheel. Local private Internet service provider ImOn is also a partner for these networks, offering voice services.

Many of these networks being built will be able to share services and lower their costs by being on the same ring to get some scale benefits despite being smaller communities. I remember many years ago when Eric Lampland of Lookout Point started pushing for this ring, and I am dumbfounded why we don't see more of this cooperation among munis and small providers in other states. Thanks to Eric and Curtis Dean of SmartSource Consulting who helped me with background for this Iowa update.

We have a brief mention of West Des Moines's recently announced partnership with Google Fiber in here, but we're finishing a longer post that solely examines their approach. Between this, that, and our Coon Rapids podcast this week, it is officially Iowa week on MuniNetworks.org!

Vinton

Vinton's new municipal fiber network has just started connecting subscribers, leading to a memorable testimonial in the local paper, Vinton Today:

A recent case study from the Community Broadband Networks initiative at the Institute for Local Self-Reliance (ILSR) finds that rural North Dakotans are more likely to have access to fiber connectivity and gigabit-speed Internet than those living in urban areas. This may surprise many of us city dwellers, who are often stuck with large monopoly providers and their expensive, unreliable Internet access.

The case study, How Local Providers Built the Nation’s Best Internet Access in Rural North Dakota, highlights the efforts of 15 local companies and telephone cooperatives who came together to invest in rural North Dakota and build gigabit fiber networks across the state. Their success is traced back to the companies' acquisition of 68 rural telephone exchanges from monpoloy provider US West (now CenturyLink) in the 1990s. The local providers then leveraged federal funds to connect rural residents and businesses with some of the most extensive and future-proof fiber networks in the country.

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Download the case study, How Local Providers Built the Nation’s Best Internet Access in Rural North Dakota [pdf].

The case study features several maps and graphs that demonstrate North Dakota's widespread, high-quality connectivity, including this map of fiber coverage in the state.

Some key lessons from the case study:

In an effort to keep families connected as schools and workplaces close in response to the novel coronavirus, many Internet service providers (ISPs) are taking steps to make their services more accessible and functional for those of us who are staying home for the foreseeable future.

Some policies are being officially encouraged by the Federal Communications Commission (FCC) through Chairman Ajit Pai’s new Keep Americans Connected Pledge. By signing onto the pledge, providers agree to open Wi-Fi hotspots to the general public and to not disconnect or charge late fees to those struggling to pay bills due to the pandemic.

To ensure people have sufficient connectivity during the public health crisis, some ISPs are going beyond the pledge’s requirements by raising speeds, suspending data caps, and offering free Internet access to certain households.

While these efforts will not close all of the digital divides being exacerbated the pandemic, they are an important step toward mitigating the immediate impact on families and businesses.

Keep Americans Connected Pledge

FCC Chairman Pai announced the Keep Americans Connected Pledge last Friday, March 13. The pledge calls on ISPs to make Wi-Fi hotspots publicly accessible and to keep households and small businesses that are facing financial difficulties because of the pandemic connected over the next couple months.

This month, both Frontier Communications and CenturyLink put the FCC on notice that neither company expected to meet deployment milestones related to Connect America Fund Phase II (CAF II). In total, rural households in 23 states will have to wait for connectivity that the two large companies were tasked with developing using federal subsidies.

Not-So-Great Expectations

When Frontier and CenturyLink accepted the funding in 2015, they agreed to provide deployment of Internet access speed of at least 10 Megabits per second (Mbps) download and 1 Mbps upload. By the end of 2018, they agreed to have at least 60 percent of the premises within each state connected and 80 percent of the premises connected by the end of 2019.

In their letter to the FCC, Frontier claims that of the contracted 774,000+ locations in 29 states waiting for connectivity through the CAF II program, they have deployed to around 596,000 in CAF II census blocks. They calculate that these deployments come to at least 70 percent in each state where they've accepted funding. The company also says that in 13 states they "may not have met" the 80 percent milestone.

The failure was a continuation of last year, when they reported that they had met the 60 percent milestone in 27 states, but had failed to make the grade in New Mexico and Nebraska.

Frontier accepted more than $283 million in CAF II funding soon after the FCC redefined broadband to 25 Mbps / 3 Mbps. The CAF II program had also increased minimum connections from 4 Mbps / 1 Mbps to 10 Mbps / 1 Mbps, which seemed outdated almost from the beginning.