Five years ago, the Central Virginia Electric Cooperative (CVEC) announced the creation of the Firefly Broadband initiative, a subsidiary specifically built to leverage the co-op’s existing electrical assets to deliver affordable fiber to 13 underserved Virginia counties.

Half a decade later, the coop says it has successfully completed its $150 million expansion project, deployed 3,600 miles of new fiber, passed 40,000 total homes and businesses, and directly connected 20,000 state residents–many for the first time ever–in less than 52 months.

“Central Virginia Electric Cooperative partnered with Conexon to perform a feasibility study for a fiber build across their entire service territory – 13 counties and 3600 miles,” CVEC VP of Communications Melissa Gay told ILSR. “Once the target costs, offerings and take rates were determined, we chose to race to secure supplies and labor. Finding great partners has been a tremendous help to the success of our project.”

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Buoyed by numerous grants including a $28 million combination loan and grant from the USDA's ReConnect Program, Firefly now provides local residents symmetrical 100 Mbps (megabits per second) fiber for $50 a month, and symmetrical 1 Gbps (gigabit per second) service for $80 a month. There are no contracts and no data caps.

About 90 percent of households connected had no broadband access previously, according to Bruce Maurhoff, Firefly’s senior vice president and chief operating officer.

This morning, the Department of Treasury announced the first round of Capital Projects Fund (CPF) awards to states putting together portfolios to deploy new infrastructure to unserved households. Across Louisiana, New Hampshire, Virginia, and West Virginia, 200,000 locations will see new deployments capable of 100/100 Mbps at a total cost of almost $583 million. 

It’s a welcome announcement that should assemble a wide range of solutions and result in much better connections for more than half a million people across the country long left behind by policy and infrastructure solutions so far. It also marks those states which have been more proactive in getting their ducks in a row as early as possible, and opening a dialogue with Treasury about how to use the CPF funds expeditiously to solve remote work, healthcare, and education in the face of the ongoing publish health crisis.

The Basics

The CPF is made up of $10 billion, and part of the $1.9 trillion American Rescue Plan Act passed last year. It complements the $350 billion State and Local Fiscal Recovery Funds (SLFRF) (which can be used for water, sewer, or broadband infrastructure) as well as the Emergency Connectivity Fund (ECF). New infrastructure must be capable of delivering symmetrical speeds of 100 Mbps. There are no local matches required (though most states are and will likely institute some form of requirement).

While it’s been somewhat of a rarity in larger metropolitan areas, the city of Alexandria, Virginia (pop. 158,000) is hoping to bring residents fast, reliable Internet access by building out an institutional network (I-Net) in the state’s seventh largest city.

Construction of the I-Net, which is expected to be completed by February 2025, will connect the city’s schools, public safety buildings and other facilities, and lay the foundation for a city-wide fiber-to-the-home network.

Instead of waiting for Comcast to give residents the service they need, in August the city broke ground on the project that was long in the works. The main aim is to connect government facilities with the hope that the city will lease out the conduit to a private Internet Service Provider (ISP) as a way to incent more broadband competition.

According to the city’s broadband webpage: the “Municipal Fiber project will create potential partnership opportunities to expand consumer choice and increase available speeds for broadband services.” If the city moves forward with a public-private partnership, it could make the municipal network one of the largest in the country.  

City officials have created a Request for Proposals (RFP) process, in which they will be looking for ISPs that have a track record of connecting other communities in the state. The winning bidder would then be given a contract to build a fiber network that best serves the public interest, working closely with the city in deploying network infrastructure.

Broadband In the Works

Virginia is one of the 17 states that puts restrictions on municipal networks, mandating that “municipal networks impute private sector costs, pay additional taxes, set excessively high prices, and/or refrain from subsidizing affordable service, in the name of protecting private ‘competition.’” But that hasn’t stopped city officials from finding solutions to the lack of high-speed connectivity in the community.

Across the Commonwealth of Virginia, local governments, county broadband authorities, cooperatives, and private Internet Service Providers are leveraging the influx of American Rescue Plan funds to reach the state’s goal of achieving universal access to high-speed Internet connectivity by 2024.

With $850 million in state appropriations for broadband connectivity and $1.15 billion in local government and private service providers’ funding matches, the state is on track to invest $2 billion dollars toward broadband expansion in the coming years, and is currently investing in broadband expansion projects at record levels.

In August, Gov. Ralph Northam and the Virginia State Legislature agreed to devote $700 million of the state’s $4.3 billion in American Rescue Plan funds to expand access to broadband. The $850 million investment the state has announced will consist mostly of American Rescue Plan aid. The funds will be administered by the Virginia Telecommunication Initiative (VATI), which distributes grants to public-private partnerships to extend broadband service to unserved regions of the state, or areas that lack access to Internet service delivering connection speeds of at least 25/3 Megabits per second (Mbps).

Public-Private Partnerships Deep in the Heart of Virginia

From the marsh grasslands making up Virginia’s Eastern Shore, across the three peninsulas carved out by the Chesapeake Bay, all the way to the Shenandoah Valley in the West, a diverse array of regional partnerships have formed between Virginia’s local governments, electric and telephone cooperatives, and private ISPs as broadband expansion efforts continue to advance in 2022.

With the pandemic-induced rise in remote work, distance learning, e-commerce, and telehealth, a new report published by the Urban Land Institute (ULI), sheds light on how the demand for high-speed Internet connectivity has “helped shift the real estate industry itself from thinking just in terms of physical space to also considering how to engage within a virtual environment.”

The ULI report, Broadband and Real Estate: Understanding the Opportunity, identifies the challenges and opportunities in addressing the digital divide and how real estate professionals and land-use planners can play a central role in designing and deploying broadband networks to meet the growing connectivity needs of communities everywhere.

The report explores four instances when community planners placed technology at the forefront of their development projects and details the positive impact it had on the projects -- from a neighborhood in Washington that designed its fiber-to-the-home network with an emphasis on sustainable development and energy efficiency, to a business and tech hub in Northern Virginia, whose owner purchased seven blocks of CBRS spectrum in 2020 to accelerate the deployment of 5G in the area, establishing it as a center for innovation.

Broadband and Real Estate [pdf] also provides guidance on how real estate planners and professionals can be pivotal in creating more equitable and competitive Internet access ecosystems. For example, the report recommends owners of multifamily properties, or MDUs, install carrier neutral wiring sets to each unit, so MDU residents always have a choice among broadband service providers. The report states owners of MDUs should own all of the Internet infrastructure in their building themselves, so it is independent and the property can not be monopolized by a single Internet Service Provider (ISP).

Some key takeaways from ULI’s Broadband and Real Estate report are:

With American Rescue Plan funds flowing into state government coffers, about a third of the nation’s 50 states have announced what portion of their Rescue Plan dollars are being devoted to expanding access to high-speed Internet connectivity.

The federal legislation included $350 billion for states to spend on water, sewer, and broadband infrastructure, though everything we have seen suggests that the vast majority of that will not go to broadband. There is also another $10 billion pot of rescue plan funds, called the Capital Projects Fund, that mostly must be used to expand access to broadband.

Laboratories of Broadband-ification 

As expected, each state is taking their own approach. California is making a gigantic investment in middle-mile infrastructure and support for local Internet solutions while Maryland is making one of the biggest investments in municipal broadband of any other state in the nation. And although Colorado does not prioritize community-driven initiatives, state lawmakers there have earmarked $20 million for Colorado’s two federally-recognized Indian tribes to deploy broadband infrastructure with another $15 million devoted to boosting telehealth services in the state.     

Undoubtedly, individual states’ funding priorities vary. Some states may be relying on previously allocated federal investments to boost broadband initiatives and/or have been persuaded the private sector alone will suffice in solving its connectivity challenges. And in some states, such as Illinois, Minnesota, and Maine, lawmakers have prioritized using state funds to support broadband expansion efforts while other states may be waiting on the infrastructure bill now making its way through Congress before making major broadband funding decisions.

As of this writing, 17 states have earmarked a portion of their Rescue Plan money (totaling about $7.6 billion) to address the digital divide within their borders. Those states are Arizona, Arkansas, California, Colorado, Delaware, Hawaii, Indiana, Kentucky, Maine, Maryland, Montana, Missouri, Virginia, Tennessee, Vermont, Washington, and Wisconsin.

Hampton Roads, a metropolitan region bordering the Chesapeake Bay in southeastern Virginia, is known for its 17th century historical sites, shipyards crowded with naval aircraft carriers, and mile-long bridge tunnels. Home to 1.7 million Virginians, Hampton Roads is now looking to broaden avenues for economic development by leveraging existing transatlantic subsea broadband cables to transform the region into a technology-forward digital port. That’s why regional officials recently issued a Request for Proposal (RFP) seeking one or more private partner(s) to construct a regionally-owned 100-mile, open access fiber ring.

Private partners interested in responding to the RFP [pdf] must do so by August 24, 2021. Potential partners can decide to offer some or all of the project functions, choosing to: design, build, finance, operate, and/or maintain the regional fiber ring. (See instructions on how to respond to the RFP, as well as details on the selection process, under Section IV on Page 7.)

Five of the nine cities that make up the region colloquially referred to as “the 757” - Chesapeake, Norfolk, Portsmouth, Suffolk, and Virginia Beach - banded together to improve local fiber connectivity in 2018, forming the Southside Network Authority (the Authority). 

According to the Authority's RFP, the project was undertaken to resolve the broadband issues faced by the cities, including:

• a need for more and more affordable internal connectivity for governmental operations

• equity and affordability concerns in general as compared to similar metropolitan areas

• a perceived lack of responsiveness by incumbent providers to the needs of the business community and economic development prospects

• a relative lack of broadband infrastructure by comparison to comparable metropolitan areas

• and concerns about the security and scalability of existing, privately-owned regional networks

Regional Impacts

Patience and persistence can be used to describe what made northern Virginia’s Orange County Broadband Authority successful in turning their middle-mile network into a Fiber-to-the-Home (FTTH) network. While the journey started more than five years ago, today the authority is connecting 20 customers a day with the goal of connecting 4,000 customers by the end of the calendar year. 

Crews will be connecting users to the county-owned FTTH network, FiberLync, in three phases, each requiring between 10-12 months to complete. Phase 1 will pass approximately 4,000 households, phase 2 about 2,500 households, and phase 3 about 1,000.

The funding for these phases will primarily come from bonds set aside as part of the county’s capital improvement plan and will cover up to $15.5 million of the projects’ costs. The bonds will be paid back through FiberLync revenue. 

Years in the Making

Bringing FTTH connectivity to the residents of Orange County (pop. 36,000) has been a goal since the Orange County Broadband Authority was created in 2016. The major driver for the authority was addressing the lack of broadband in the rural parts of the county. Residents in certain parts of the county have long been left with speeds under the FCC’s broadband definition of 25/3 Mbps (Megabits per second), and others have been entirely unconnected.

In 2017, the county worked with Orange County Public Schools to build the middle-mile network connecting district facilities as well as critical county facilities using E-rate federal funds. More than $1.1 million in E-rate funds were used to help connect the schools, accounting for 80 percent of the total project cost. The county and Orange County Public Schools shared the remaining costs of deploying extra capacity for future use.  

When he was a colonel in the Virginia Militia, George Washington is said to have visited “Craig’s Camp,” a mountainous frontier outpost in southwest Virginia near the border of what would later become West Virginia. After the Seven Years' War, farmers and tradesmen were drawn to the area, establishing a settlement known then as “Newfincastle.” Over the years, the “fin” was dropped and the town became New Castle, the seat of Craig County.

Today – with the Jefferson National Forest comprising half of the county, its scenic byways, access to the Appalachian Trail, old churches, and family cemeteries – Craig County and the surrounding region remains steeped in early American history. And now, thanks to the Craig-Botetourt Rural Electric Cooperative (CBEC), this corner of rural Virginia has established a forward-looking outpost of Internet connectivity, and a new fiber frontier that planners hope to expand across the seven counties that make up CBEC’s 650 square-mile service area.

The Bee Online Advantage

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It was in 2018 when CBEC began to seriously consider building a broadband network to serve its 6,800 members because, as the co-op’s website puts it: “Our members are experiencing what originally created the electric cooperative in 1936 – a lack of service. They lacked electricity [85] years ago; now they lack high-speed Internet [access].”

That lack of high-speed Internet connectivity is becoming a thing of the past, at least for co-op members in Botetourt County who now have access to an emerging Fiber-to-the-Home (FTTH) service through a CBEC subsidiary known as the Bee Online Advantage.

Hop in a time machine and go back to 2008. It was a banner year for NASA as the space agency celebrated its 50th birthday. Phoenix touched down on Mars, far-off planets were photographed, four space shuttles flew to the International Space Station, and the agency helped send scientific instruments to the moon aboard India’s first lunar explorer.

Meanwhile on Earth, it was the under-the-radar launch of the Eastern Shore of Virginia Broadband Authority (ESVBA) fiber network in 2008 that carried the most practical payload for the people of Accomack and Northampton counties along coastal Virginia. A popular tourist destination “for lovers,” the Eastern Shore is a 70-mile stretch of barrier islands between Chesapeake Bay and the Atlantic Ocean. And thanks in large part to funding from NASA, which operates the Wallops Flight Facility on Wallops Island, the future-proof broadband frontier had finally found its way to the region.  

The two counties of Eastern Shore, Accomack and Northampton, provided an initial sum of about $270,000 to ESVBA to plan the network. It was one small step for high-speed connectivity in the Commonwealth, followed by one giant leap when ESVBA received $8 million in federal and state funds – nearly half of which came from NASA – to build the region’s open access middle mile backbone. When that part of the network was completed, the Wallops Flight Facility and its 1,100 employees were connected to it, as was the National Oceanographic and Atmospheric Administration’s Chesapeake Bay office and an array of area healthcare institutions and schools. 

The Final Fiber Frontier