Report on Rural Communities and Digital Device Ownership

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Barriers & Opportunities

Research shows that internet access and use increase rural economic and community development. However, rural areas are at a disadvantage when it comes to providing and supporting device ownership.

The purpose of this brief is to raise awareness of the difficulties rural communities face when trying to address the device ownership issue.

Student teams compete on plans to expand broadband in NW Missouri

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Register now for free Aug. 20 event.

  • Published: Friday, July 22, 2022

MARYVILLE, Mo. – Teams of students from across the University of Missouri System are competing to develop plans for supplying access to affordable high-speed internet to residents and businesses in northwestern Missouri.

The teams will present their plans 9 a.m.-noon Saturday, Aug. 20, at the Mozingo Event Center, 1 Fall Drive, Maryville. The event, which will also be livestreamed, is free and open to the public.

“These students are taking on a real-world challenge — an actual community facing the problem of inadequate broadband access — and coming up with potential plans for workable public-private partnership (P3) models,” said Anthony Luppino, a member of the UM System Broadband Initiative(opens in new window) steering committee and director of Entrepreneurship Programs at the University of Missouri-Kansas City School of Law.

The three teams comprise students from various disciplines, including engineering, business, law and computer science. Prior to the presentations, a five-person panel will judge the proposals on their quality and feasibility.

Proposals must address strategies for increasing adoption of internet-based technologies and include a plan to finance expansion of the community’s broadband infrastructure. The teams’ plans may be used by the community in their broadband expansion efforts.

“The P3 Competition is a creative way to get the next generation of students to engage with communities to solve real-time challenges and improve economic opportunities, while building skills necessary in today’s globally competitive market,” said Kimberly Mildward, economic development planner with the Northwest Missouri Regional Council of Governments.

Using an approach outlined in the UM System Broadband Initiative’s Digitally Connected Community Guide(opens in new window), the student teams hope to provide useful ideas for bringing affordable high-speed internet to the region and encouraging the use of broadband applications.

Attendance at the Aug. 20 event, in person or via livestream, is free. Register in advance at umurl.us/P3Event(opens in new window). On-site registration starts at 8:30 a.m.

The event and student competition are sponsored by the H&R Block Foundation and the City of Maryville.

Contacts for more information on the competition and broadband planning in northwestern Missouri:

Writer: Katherine Foran

Fixed Wireless Technologies and Their Suitability for Broadband Delivery

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Written by Andrew L. Afflerbach, Ph.D., P.E.
CTC Technology & Energy

As state and local governments and their partners plan to invest billions of dollars in federal funding to build broadband infrastructure, choosing the best technology will have significant long-term implications. Federal policymakers have addressed this subject to some degree: For example, the Broadband Equity, Access, and Deployment (BEAD) Program’s notice of funding opportunity (NOFO) preferences fiber over fixed wireless.

To aid state and local policymakers, this report offers an engineering analysis of fixed-wireless technologies and their suitability for delivering broadband service in various environments. The report addresses a range of critical technology and cost considerations related to fixed-wireless networks—and, as a point of comparison, to fiber-to-the-premises networks.

At a high level, the report concludes the following:

  • Fixed-wireless technologies will continue to improve but will not match the performance of fiber-optic networks—primarily because the existing and potential bandwidth of fiber is thousands of times higher than wireless. Also, fixed-wireless networks have inherent capacity limitations that sharply limit the number of users on a network using a given amount of spectrum.
  • Fixed-wireless network coverage is adversely affected by line-of-sight obstructions (including buildings and seasonal foliage) and weather. While a fiber network can physically connect every household in a service area (and deliver predictable performance), it is significantly more complex for a fixed-wireless network to deliver a line of sight to every household in a service area.
  • Scalability is a critical challenge to fixed-wireless deployments, both technically and financially. A given amount of wireless spectrum is capable of supporting a given amount of network capacity. If the number of network users increases or users need more bandwidth, the network operator must increase the spectrum (which is both scarce and extremely expensive—and may not be possible), upgrade the technology, or add antennas. It is challenging to design a fixed wireless network that will provide sufficient, robust upstream and downstream capacity and reach all the addresses in unserved areas.
  • The fastest fixed-wireless technologies (such as those that use millimeter-wave spectrum) are effective in delivering short-range service to closely grouped households in urban and suburban settings. These technologies are largely unsuitable for serving rural communities because of the typical geographic dispersion of addresses and the lack of mounting structures (such as towers or building rooftops).
  • Fiber is sustainable, scalable, and renewable. It offers greater capacity, predictable performance, lower maintenance costs, and a longer technological lifetime than fixed-wireless technologies. Fiber service is not degraded by line-of-sight issues and is not affected by the capacity issues that constrain fixed wireless networks.

To further illustrate the relative strengths and weaknesses of fixed-wireless technologies, this report presents an analysis of capital and operating costs for a candidate fixed wireless network as compared to a candidate fiber optic network in the same real-world settings. The candidate networks were each designed to deliver complete coverage to unserved residential locations.

While the cost analysis illustrates that fiber’s upfront capital costs are higher than those of fixed wireless in many circumstances, the total cost of ownership over 30 years is comparable for fiber and fixed wireless.

Given the above analysis, fiber offers the greater long-term value as compared to fixed-wireless technologies because of fiber’s long life, capabilities, scalability, and flexibility. In the event that a state funds technologies other than fiber, such as in circumstances where the capital cost to build fiber is cost-prohibitive or the need for service cannot wait for fiber construction, the state should take steps to protect its investment—such as by requiring grantees to guarantee the long-term maintenance and operations of the fixed wireless network. This could be accomplished by requiring a 20-year performance and budget roadmap, and a viable strategy for full service where line-of-sight is a challenge.

This publication was commissioned by the Communications Workers of America and prepared by CTC Technology & Energy in the spring of 2022.

New NTIA Data Show Enduring Barriers to Closing the Digital Divide, Achieving Digital Equity

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Over the past two years, the COVID-19 pandemic highlighted what many already knew: high-speed internet access is not a luxury; it’s a necessity. As workplaces and schools shifted to online environments, families that lacked access to affordable, reliable, high-speed connections, appropriate devices, and digital skills fell further behind.

Newly released data from the 2021 NTIA Internet Use Survey show that historically less-connected communities used the Internet and connected devices in greater numbers than they did two years ago. Despite that progress, the substantial disparities that NTIA has tracked for decades continued to be evident, highlighting the urgent need to work toward digital equity in the United States. Read more.

Digitally Connected Community Guide tapped for national workshop

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The University of Missouri System Broadband Initiative team was tapped to help train extension professionals to be effective partners in closing their state’s digital divide. The May 3–5 workshop in St. Louis equipped participants from 11 states with training and tools based on the UM System’s Digitally Connected Community Guide model to help close critical broadband access and adoption gaps that impact quality of life and economic recovery. 

The National Digital Extension Education Team (NDEET), headed by Rachel Welborn, associate director of the Southern Rural Development Center at Mississippi State, asked UM to provide a train-the trainer-model program around the UM model.  

“This collaborative national training opportunity strengthens the impact of broadband expansion across rural America and other areas of need by bringing together Extension professionals as co-learners and community catalysts,” said Alison Copeland, UM System deputy chief engagement officer. “It’s an honor that the Digitally Connected Community Guide was selected by NDEET to train Extension colleagues across the nation.”

The Guide, an online curriculum produced by the UM System Broadband Initiative, offers tools and resources — and a step-by-step process — to engage local partners and residents in bringing high-speed internet to unserved Missouri communities; improve adoption rates and digital literacy; and increase the use of internet-based technologies and applications to improve health, education, and economic opportunities for all. 

More information about the Digitally Connected Community Guide is available.

Conquering the St. Louis Digital Divide:

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New Report Outlines Steps Necessary to Bridge the Gap

To bridge the digital divide in St. Louis City and County, the region must address service and device affordability, coverage and quality gaps within its technical infrastructure, and provide digital training and support for many, according to a new report on the subject issued today. It was commissioned by the St. Louis Community Foundation and the Regional Business Council (RBC) and prepared by the Center for Civic Research and Innovation (CCRI) and accounting firm EY (Ernst & Young). Read more here.

Seven “Characteristics” of Successful Broadband Public-Private Partnerships

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We are at the beginning of  the Great Broadband Infrastructure Funding Boom. New federal funding for broadband started with the CARES Act and picked up steam with the American Rescue Plan Act (ARPA) but the amounts involved are dwarfed by over $65 billion that will be distributed by the federal government over the next few years as part of the bipartisan Infrastructure Investment and Jobs Act (IIJA).  Meanwhile, in the near term we expect over $400 million of the state’s ARPA funding to be appropriated by the General Assembly this spring, with actual awards and funding to begin by late this calendar year.

While this funding potentially could be distributed directly to local government, in many cases the federal and state enabling legislation contemplates that private for-profit internet service providers, nonprofits and government entities will work together to implement broadband access and internet adoption projects. These public-private arrangements are called public-private partnerships or – P3s.

P3s seldom are actually documented as partnerships and the arrangement  may not even be referred to as a “P3.” However, they all do involve an ongoing legal agreement among one or more federal, state or local governments (public partners) and at least one for-profit or nonprofit entity (private partners), with the goal of constructing and operating a new development or enterprise.  P3s have been used for many decades to construct and operate all sorts of public improvements, everything from arenas and stadiums to water systems and power plants, to toll roads and bridges – even a few high-speed internet networks. They also have been instrumental in bringing major retail or business expansion projects to depressed or underdeveloped communities.      

I believe P3s likely will be used extensively for new broadband projects in underserved communities because much of the funding from the federal government comes with conditions that focus on outcomes over the long-term.  For example, any broadband infrastructure project funded with an IIJA grant will have to achieve minimum levels of performance (download, upload and latency), offer service to all or nearly all of the locations in the project area, meet certain service affordability standards, and once operating, satisfy specified “quality of service” parameters.  The exact requirements remain to be seen, but it seems likely that if federal funding is used, recipients will be required to show not only that project was built as designed, but also that when completed it operates at the performance levels promised, and that the service offered is reliable and affordable. This focus both on construction and the ongoing operation of the project will be difficult for a single entity (government or business) to meet on their own and many will move to seek to share both the risks and rewards of project construction and operation using a public-private partnership. In fact, Missouri’s most recent award of federal funding required that the new projects be completed using a public-private partnership.

Using a P3 won’t necessarily eliminate risk or ensure the project will be a success. My work with communities, negotiating and documenting P3s over several decades, has yielded decidedly mixed outcomes. Many P3s have been unqualified successes, delivering state-of-the-art infrastructure improvements on time, at or under budget. However, others have been financial and operational disasters. There have even been a few situations where initially the P3 failed, but later it was resurrected, modified, and ultimately succeeded. As communities and businesses across Missouri and the United States consider using P3s for broadband, it seemed a good time to share a list of characteristics that I’ve found most successful P3s have in common.

My list is anecdotal; it’s based entirely on my own observations. I compiled it after reflecting on my experience working on many projects over the years. Admittedly my list wasn’t derived primarily from experience working on P3s that were formed to construct and operate broadband networks, but I think the fact that the projects I worked on were so varied (everything from ethanol and bio-gas plants to football stadiums) shows that what is being built or operated is not all that relevant, and at least a couple of the characteristics described actually were illustrated by broadband P3s.

With that as an introduction, my list follows —         

Characteristic 1 — The Partners Think Long-Term

Partners in successful P3s typically organize their arrangement to achieve long-term objectives over many years or even decades. All critical partners share an understanding of the ultimate objective, and each tends to see their individual responsibility to the enterprise through that perspective. For example, if a P3 is used to build and operate a toll road, the construction contractor understands that delivering the road on time and under budget in accordance with the design specifications, means very little if she knows the road hasn’t been properly designed to handle projected traffic volume, or that the material specified in that contract will not stand up to weather conditions and last for the project’s intended useful life. Neither of these concerns are the contractor’s primary responsibility, and if the arrangement was viewed only as a construction contract, the contractor would measure success only by looking at whether the road was completed, on time, within budget, in accordance with design specifications.

However, the true objective for the P3 is to provide a toll road that will improve travel for many years. Certainly, a critical step in reaching that goal is to get the road built and open for operation, but that short-term objective is only part of a much larger long-range goal. If the contractor partner takes this long-view into account, she will raise her concerns, and all parties will consider and address them before proceeding. It may take a bit longer to get the road built, and it might cost more, but it will be much more likely that the project will satisfy the P3’s long-term objective.

This mindset may not come naturally, but it does seem to lead to a better overall outcome – over the long term.  It doesn’t take much imagination to see how thinking long-term thinking could benefit communities building a new broadband network. If the long-term objective is to provide the community access to high-speed internet that is affordable and capable of handling the community’s needs over the next 10 to 20 years, the partners in the P3 wouldn’t automatically choose the broadband infrastructure option that could be constructed for the lowest cost.

Instead, before selecting that option, the partners also would consider how much it will cost to operate and maintain the network, and whether the network can be easily upgraded so that it can efficiently operate new internet applications that become available, compared to other infrastructure technologies that are more expensive to install. Looking “long-term” the savings associated with lower operating expenses and avoiding the cost of installing a replacement network in just a few years, may far outweigh the limited benefit of a lower initial installation expense today.   

Characteristic 2 — The P3 Has “Good Partners”

Successful P3s have “good partners” – partners that have three characteristics:  a proven track record, financial wherewithal to weather economic problems, and finally, a “cooperative spirit.” The first two of these seem obvious. Of course, a local government (public partner) would want to find a private internet service provider, contractor, or network operator with a great track record, that was highly capitalized and able to cover unexpected cost overruns and delays. Likewise, a private company (the private partner) would search out a city or county with a team of elected officials and staff that had successfully worked with private businesses on significant P3 projects in the past and that have a reputation for following through on financial and other commitments.

However, identifying and recruiting good partners is not easy. After all, if government or business, acting alone were able to provide affordable access to high-speed internet in the community, that already would have happened. There likely are engineering problems, lack of access to easements and right of way, insufficient access to capital, low population density and demand for service, and many other issues to overcome to successfully construct and operate an economically viable network. The best “partner” candidates often have many options in communities that present fewer challenges and that are less risky. This does not mean recruiting good, –qualified partners — is impossible, but it does underscore the need to carefully evaluate and select the best candidates, and to pay particular attention to each candidate’s experience and financial condition.

Communities need to be especially cautious of firms that offer untested technologies to achieve the P3’s goals. Although it’s possible an entrepreneur may have discovered a great solution, often unexpected problems arise when a new technology is deployed in a real-world setting, and invariably firms promoting these technologies are undercapitalized and find it difficult to weather these setbacks. Certainly, a carefully crafted request for qualifications or request for proposals solicitation process should be followed to identify all available candidates and options. For public partners, this usually will require the help of a financial advisor and perhaps an engineering consultant to assist in evaluating prospective partner candidates and P3 proposals.

A third, less obvious, characteristic of a “good partner” is a cooperative spirit. For the reasons already discussed, a P3 that seeks to provide internet access to underserved communities and improve adoption of internet applications, likely will encounter difficulties and setbacks along the way. In successful P3s, each partner, public and private, understands this, is willing to stay the course and, if necessary, alter their approach to the extent necessary to achieve the P3’s long-term objectives.      

Characteristic 3 — Each Partner Has the Support of its Constituency

Public and private partners have constituencies. Public partners (elected and appointed government officials) must answer to voters, public utility customers, parents of school age children, local business and civic community leaders, and many other groups. Private partners typically answer to their board of directors, investors and, in the case of nonprofits, donors. To achieve success, partners in successful P3s will have taken steps to obtain and maintain the support of their constituencies.

This characteristic is particularly important for public partners. It can be easy for a well-meaning government official or governing body to get ahead of the voters. Even if the P3 contracts are eventually approved over public objections, a future city council or county commission may work to undue the efforts of its predecessor and terminate the arrangement. In successful P3s, written agreements among the partners reflect and evidence the commitment of the community, not just the current government leadership. Of course, no P3 has unanimous public support. There always will be dissenters, but when reflecting on unsuccessful P3s, one often finds it had a critical public partner that entered into the agreement even when faced with widespread sustained opposition from a substantial portion of the community.

In successful P3s, prior to entering into the arrangement, public partners spend time and effort engaged in learning sessions where they carefully explain both the benefits and the risks associated with the P3, and work to address concerns voiced by constituencies. This effort continues throughout project construction and commencement of operations. The public is kept informed of the project milestones as well as challenges encountered along the way that require modifications to the initial plan.   

Characteristic 4  — Expectations Are Kept in Check

Successful P3s have partners with realistic expectations of what can be achieved. Public partner leaders and decision makers understand that calling the arrangement a  “P3” does not somehow guarantee the successful completion and operation of the enterprise, nor eliminate financial risk. Private partners understand that public institutions operate by consensus rather that edict, and they accept and adapt to a decision-making process that takes more time.

Characteristic 5 — The Objectives of All Partners are Well Defined and Understood

Partners in successful P3s take the time to fully understand their shared objectives, and to compromise individual objectives that could otherwise lead to future conflict. In contrast, partners that assume their objectives are fully understood and shared – or worse – conceal their true motivations to achieve a strategic advantage in negotiations, eventually face difficulties. Some underlying problem eventually will expose the problem under circumstances when it will be much harder to achieve an acceptable resolution.

Defining and understanding objectives often does not receive enough attention because it is inconsistent with traditional contract negotiation strategy. For example, if I want to buy a house, my goal – my objective – is to get one that best suits my needs at the lowest possible price. In contrast, your goal, as seller, is transfer the house for cash, free of any future responsibility at the highest possible price. Most would agree that in a traditional negotiation, the seller should emphasize the positive aspects of the house, while avoiding (to the extent the law allows) pointing out any defects that might depress its price. On the other hand, as the buyer, I would do everything possible to emphasize the structure’s defects and shortcomings and initially would offer less than the  amount was willing to pay in the hope of getting the best bargain. Eventually, through a series of offers and counteroffers we would either arrive at the selling price or abandon the effort.

Partnership arrangements involve a much different set of expectations and dynamics. Most are designed to remain in effect for an extended period, and in successful P3s, the parties recognize this, and tend to spend a substantial amount of time at the outset working to understand and clearly define each other’s objectives. It is true that, just as in the buyer-seller example, the parties likely will have some objectives that are incompatible, but if the P3 structure is a viable option, they will also identify some important common or shared objectives.

For instance, a for-profit ISP may be looking to maximize profits by expanding its internet network to homes in an underserved community. At the same time, the public partner may be looking to provide online learning opportunities for residents, or it may want to add residence-based internet sensors and controls for public water, sewer or electric utilities. The common, or shared objective in this case is to expand internet service to every home in the community. While the motivation behind the objective may be much different (profit for the private partner ISP and better delivery of community services for the public partner) the potential exists to create a successful P3 that will enable them to reach this shared objective. For example, the public partner might agree to purchase permanent capacity on the new network capacity to meet its goals, in exchange for the ISP’s agreement to build out service to each home in the community, including those that it otherwise would have by-passed because the lack of customer density created profitability concerns.

Of course, there also likely are some inconsistent objectives as well. The ISP might want to exclude some homes in the community because they could not be served profitably, or the public partner might want the ISP to offer service to low-income households at a reduced rate to encourage adoption of its new public internet-based government services. But even here, if these objectives are identified and understood, a solution probably can be found. For example, perhaps the parties would agree that the ISP could install infrastructure that is slightly less capable, but much less costly to install and operate in marginal areas of the community. To meet its goal of reaching all of the households in the community, the public partner might agree to offer subsidies to low-income subscribers, so that they could afford to pay a market rate for internet service.    

However, before any of these ideas can be explored and developed, the partners must be willing to reveal their underlying motivations and objectives. Stated another way, it’s impossible to find common ground unless you know where you and your potential partners “stand” right now. This can be a difficult shift, particularly for legal advisors and business advisors more familiar with traditional negotiation strategies. It requires a significant investment of time and the development of a negotiating environment designed to encourage free exchange of information and ideas.

Characteristic 6 – The Partners and the P3 Speak with One Voice

This characteristic applies primarily to public partners, and it applies both during the course of negotiations leading to the formation of the P3, as well as after the project commences. Nothing tends to undermine trust and sidetrack negotiations quite like a public partner with multiple spokespersons. Public entities, by their nature, tend to be somewhat decentralized and populated with folks who are eager to take the limelight. Private partners cannot effectively react to multiple inconsistent positions voiced on behalf of a single government, and if the situation is not properly managed, the private partner may eventually decide to abandon negotiations. Successful P3s tend to have public partners that understand this risk. They establish clear lines of negotiation and communication through a single individual, and demand that all parties respect this process.  

What is true for individual partners, is also true for the P3. Most P3s need to contract with others for financial and other resources. When approaching third parties such as a bank or underwriter, or a federal regulator, successful P3s designate a single individual to conduct negotiations.    

Characteristic 7 — The Parties Think “Win-Win”

This final characteristic I borrowed from Stephen Covey’s  “The Seven Habits of Highly Effective People.” It may seem altruistic and somewhat naïve, but it reflects a practical difference that underlies all of the six characteristics previously described. Effective partnerships of any kind exist because they can achieve an objective that the individual partners, working alone, could never reach.  From this perspective, if the partnership succeeds, everyone should feel like a winner – because all fared better than they would have had they undertaken the project on their own.

Identifying a path that achieves the community’s core objectives, that provides private partners a fair economic return, and that fairly allocates risks and offers rewards commensurate with each partner’s investment of time and resources is seldom easy. In many cases attempts to establish a P3 fail because there are too few shared objectives or because one or more of the partners was unwilling or unable to engage and negotiate an arrangement that required a long-term investment of time and capital.  In some instances, the P3’s objectives, were only partially achieved, and of course there are some where the P3 failed completely. However, there are many others where the effort proved successful.

That’s the reason public-partnerships continue to be popular and used in a wide variety of situations. It’s not because they ensure success or eliminate risk, but instead it’s because parties know that without them there would be no possibility of successfully completing the project and achieving their shared goals.   

The Broadband DATA Act, RDOF, BEAD, The Long Slog Toward Broadband Access

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By Marc McCarty

Happy New Year!

As 2022 begins, it seemed an appropriate time to take stock of progress we’ve made in funding broadband access. This blog checks in on some federal government programs that have gotten quite a few headlines over the past year or two, to see how implementation is going.

The Broadband DATA Act

The Broadband Deployment Accuracy and Technological Availability Act (thankfully shortened to the “Broadband DATA Act”), doesn’t directly provide any money to build broadband infrastructure, but implementing it may be the key to actually spending the billions of dollars already appropriated by Congress for broadband buildout, and that’s part of the reason why the results to date have been a little disheartening.

The Broadband DATA Act became law March 23, 2020. One of its primary objectives is to once and for all identify – with a high degree of confidence – all areas in the United States where a broadband connection can be installed (a “Serviceable Location”).  Serviceable locations include those in urban as well as rural areas, and arguably should include businesses and institutions, as well as residences. A key provision of the Broadband DATA Act requires the FCC to define what a “Serviceable Location” is and to produce a “data set” that would enable folks to accurately locate all of them on a map. This is called the “FABRIC.” Internet providers and the public would then report whether fixed wired or wireless broadband service is (or could be) offered to each of these Serviceable Locations with existing infrastructure.  

Knowing all this is critical of course, because federal funding to assist in building internet infrastructure needs to be targeted to locations that currently do not have service available. Folks just “tuning into” this issue usually are shocked to learn that many billions of federal government dollars have already been directed to build out broadband infrastructure based on maps that everyone acknowledges are not very good. In fact, Missouri was one of two states where this was illustrated in a pilot project commissioned in 2019 by the broadband industry. This project was undertaken to determine the feasibility of creating the FABRIC, and to see how much it differed from the broadband access data that the FCC and others were using to award federal grants and loans.  The results were sobering: In Missouri, 36% of the rural Serviceable Locations identified using the FABRIC were not being reported at all (either as served or unserved) in the existing FCC data.

However, even though the need is obvious, progress in creating the FABRIC has been slow, even as the need for it has become even more critical. After the Act became law, the FCC reported that it could not begin work because it did not have the funds necessary to achieve the objectives of  the Broadband DATA Act. This was finally rectified in December 2020, when an additional $65 million was appropriated to the FCC by Congress.

So, where is the FABRIC? Well, that’s what Indiana Congresswoman Victoria Spartz wondered. So, in late September she sent a letter to FCC Chair Jessica Rosenworcel, asking for a target date for completion of the FABRIC and related objectives of the Broadband DATA Act. It seemed a logical question, as the Commissioner was reported to have testified before Congress in March 2020 that the improved map could be produced in 3-6 months.

Commissioner Rosenworcel responded in early December. She did not provide a date for delivery of the FABRIC but did provide some reasons for delays in 2021. The FCC elected to contract out work to produce the FABRIC to a private company. After a series of false starts, the bid request was finalized in mid-August and the contract to build the FABRIC was awarded in early November. However, before work could start an unsuccessful bidder filed a protest with the General Accounting Office (GAO) and this has delayed any further work until February 2022 while the bidder’s protest is evaluated. Assuming the GAO does confirm the original award, once work commences it will be another four months before a preliminary version of the FABRIC is delivered.

Of course, that’s just the preliminary version of the FABRIC. There are also important policy questions that remain unresolved. For example, should Serviceable Locations identified as part of the FABRIC be limited to residences only, or should some or all all businesses and institutions be included as well. And of course, the preliminary version of the FABRIC will need to be vetted and updated, internet providers will need to report whether they can (or do) offer service at those locations, and this information will need to be verified by the FCC and the public, as required by the Act.

The Rural Digital Opportunity Fund (RDOF) Auction

There are “real world” consequences to delays in implementing the Broadband DATA Act. On December 7, 2020, the FCC announced that $9.2 billion had been awarded on a “preliminary” basis to hundreds of private and public internet service providers to help fund the build out high-speed internet in unserved areas (census blocks) throughout the United States. While the announcement of this award was welcome, in an earlier blog I cautioned not to expect too much too soon because the awards were preliminary, recipients would have to go through a vetting process, and when the grant was finalized they would have six years to satisfy their commitment to build out service in the unserved areas.

However, these observations proved to be far too optimistic. Earlier this month, in response to a written inquiry signed by 19 members of Congress, Commissioner Rosenworcel detailed the challenges that have delayed the FCC in finalizing the awards. At that time, more than a year after the initial announcement, less than 20% of the preliminary award had been finalized and committed.

Because eligibility for grants was based on the FCC’s maps, the Commission determined that over 5000 census blocks that were announced as receiving awards last December needed to be removed because they clearly either had broadband service – or they never should have been included in the first place. Parking lots and international airports were among those receiving preliminary awards of funds in 2020.

While 5,000 census blocks is a big number, there were well over 60,000 census blocks that received an initial award, so there were still plenty of locations remaining. According to the Commissioner, the FCC continues to press on, reviewing details provided by winning bidders, and it will periodically continue to announce more locations and winning bidders that have successfully navigated the review process. Most recently, on December 16th, the FCC announced it would begin to fund an additional $1 billion (over 10 years) of the original $9.2 billion announced last December. That said, it is sobering that distribution of approximately 2/3 of the promised money has yet to begin, particularly in light of the 6-year period the awardees have to complete the required internet service connections.

The IIJA

Of course, by far the most newsworthy new federal funding program this year was the mammoth Infrastructure, Investment and Jobs Act (the IIJA). This law appropriates $42.4 billion to the new Broadband Equity, Access, and Deployment (or “BEAD”) Program. As noted in an earlier Blog, rather than the FCC, the agency primarily responsible for administering the BEAD Program is the National Telecommunication and Information Agency (NTIA). In addition, instead of direct federal grants to internet service providers, the BEAD Program contemplates that each state will establish its own program for broadband deployment, (subject to NTIA’s approval) and that NTIA will allocate each state a share of BEAD Program funds based primarily on how many underserved locations are present within the state as compared to the rest of the country. All this is supposed to commence with the publication of a “Notice of Funding Opportunity (or “NOFO”) to all states by May 14, 2022.

“How will NTIA figure what locations are served and unserved” you ask? Well, that will be based on the FABRIC and full implementation of the Broadband DATA Act. And of course, as noted earlier, delivery of the FABRIC and full implementation of the Broadband DATA Act is in the hands of the FCC.

What Comes Next?

A “slog” is a particularly tiring task that requires a lot of effort. A “long slog” describes situations where that effort is required for an extended time. The events of the last year certainly make it clear that this description is going to be appropriate for the process of getting the promised federal dollars necessary to build and deploy broadband into the hands of states, and ultimately to public and private internet service providers.

To some extent, local government, business, and institutions are at the mercy of the federal agencies charged with implementing the RDOF, the BEAD Program, and many other similar grant and loan fund programs; and those agencies must follow procedures mandated by law to account for the proper expenditure of those funds. However, that doesn’t mean it is appropriate to ignore situations where the bureaucracy appears to have run amok. If nothing else, keeping the lack of progress or inordinately slow progress front and center in the public’s mind may ultimately lead to procedural reforms within these agencies and perhaps within Congress as well.

It also seems apparent that it would be a mistake for state and local governments to wait for the FCC to compete the FABRIC. For one thing, it seems apparent that delivery of the final product will extend well into 2022 (and perhaps beyond). But at a more fundamental level, each state needs independent engineering and technical evidence to verify that the data the FCC and NTIA propose to use to distribute federal grants is accurate and complete. Thankfully, Missouri is moving in that direction, and in November awarded a contract for a detailed assessment of fixed and wireless broadband deployment needs, and estimates of the cost to make fixed wired and wireless broadband service available throughout each county in the state. That work should be completed this spring, well in advance of the completion of even the preliminary FABRIC.

Likewise, state and local governments already have funds available through the American Rescue Plan Act to assess community needs and resources available to improve broadband service, with a view and to beginning the process of deploying broadband in their communities. While there are many priorities that arguably need to be addressed with this money, broadband certainly is one of them, and the Governor’s proposal to commit $400 million of the state’s share of those funds to broadband deployment, should serve as an example for counties and cities as they decide how to spend their American Rescue Plan Act funds.