The newly formed Utilities Task Force in the City of Redding, Connecticut, is exploring the potential of bringing fiber connectivity to this rural town of about 9,000 people. Redding is about 65 miles northeast of New York City and just 25 miles north of Stamford.

As part of their feasibility analysis, the task force sent a survey to residents and businesses to gauge interest in bringing a fiber network to Redding. While the analysis is still ongoing, task force board member Susan Clark expressed optimism. “I’ve been energized by how many people have shown interest in this,” Clark told the News Times.

The task force believes if the survey reveals strong interest in the community for the nascent project, private Internet providers would be more inclined to help the community build the network. Community leaders hope that a new fiber network would attract new residents such as “knowledge workers” who depend on reliable, highspeed Internet access that allows them to work from home.

A second member of the task force, Leon Kervelis, told the The Redding Pilot that the task force has hopes the proposed network, if built, could eventually grow beyond Redding: 

“It’s not intended to be a single town project…we’d get several towns together in a conglomerate, and that municipal conglomerate decides procedures and financing for the infrastructure,” he said.

Kervelis also explained the task force’s proposed plan for how to pay for the network, saying residents and businesses would pay a small surcharge on their property taxes, a far cry from current rates:

More than ever before, innovations in healthcare technology are saving lives. A series of 2015 stories from around the nation highlight the importance of fast, affordable, reliable connectivity in using those technologies to serve patients in both urban and rural settings.

Broadband Speed and Medical Crises

The first story comes from Craig Settles, an expert on broadband access issues. In his line of work, Settles is constantly thinking about, talking about, and writing about the many virtues of broadband technology. But Settles explains that after recently suffering a stroke that required rapid medical attention, he gained a new perspective on the issue.

When someone suffers a stroke, they have three hours to get serious treatment or they often will not recover from its debilitating effects. I was lucky, but...while I worked through my recovery and rehab, a thought hit me: The process of my recovery would have been limited -- if not actually impossible -- had I been living in a small, rural or even urban low-income community without broadband.

Better Broadband, Better Medical Care in Rural West Virginia

The Charleston Gazette-Mail profiles the importance of broadband access at the St. George Medical Clinic in rural West Virginia. The clinic is wedged inside of a deep, wooded river valley, where geographic and topographic challenges interrupt access to reliable, high-speed broadband. In other words, the exact type of rural community Settles had in mind when he wrote about his frightening medical emergency.

But St. George Medical Clinic is different. With assistance from FCC funding, St. George recently laid a 12 miles of fiber optic line that delivers the hospital broadband access, essential to an increasing number of modern medical services. As the article explains:

A new state law is on the books in Vermont that supporters expect will encourage more investor activity supporting community broadband networks. 

The new law, which took effect this past June, allows for the creation of “communications union districts,” enabling towns and cities to band together to form geographic entities dedicated to establishing fiber-optic broadband networks for their area’s residents and businesses. 

A New Nomenclature

While Vermont towns have been able to work cooperatively via inter-local contracts, the new law is less cumbersome and uses a governmental nomenclature more familiar to most people—the union district. The union district governance model has been used for many years throughout Vermont, including by various utilities that have multi-town operations to handle, for example, sewer and water service.  

Carole Monroe; general manager of the East Central Vermont Community Fiber-Optic Network (ECFiber), a consortium of 24 Vermont communities that have banded together to provide broadband service; told our Christopher Mitchell there isn’t much practical difference for her group operating now as the East Central Vermont Telecommunications District instead of by an inter-local contract.  

“But I can say that in the municipal investment markets, they’re much more familiar with the municipal utility district, whether it’s a water district or sewer district or something along those lines,” Monroe told Chris in a recent edition of Community Broadband Bits podcast. “A municipal utility district is a common language for them. Inter-local contracts, not so much.” 

ECFiber Grew From Inter-Local Contract 

Irvin Thomae, chairman of the EC Vermont Telecommunications District board, agreed. He noted that seven years ago the east central Vermont communities created ECFiber through an inter-local contract. “But this (the inter-local contract) was unfamiliar to investors beyond our state borders,” Thomae told us.

“We needed a structure more capable of being recognized by large institutional investors. It (the communications union district) makes it easier for community broadband networks to appeal more for large investors.”

Montana may have high speed limits on roads, but this Montana coop’s network will let you surf the web even faster. Triangle Communications received an almost $30 million loan from the USDA to provide rural Central Montana with high-speed Internet access.

Triangle Communications will finish upgrading its aging copper network - a technology mostly used for telephone - to a fiber network that can support both telephone and high-speed Internet. The loan comes from the USDA’s initiative, announced in July, promising $85 million to improve connectivity in rural areas. The Triangle Communications coop is upgrading its entire system spanning 16 counties (that’s more than 23,000 square miles from the Canadian to the Wyoming border!). 

Since 1953, the coop has been at the forefront of changing technologies. It’s based in Havre but expanded in 1994 with the purchase of 13 exchanges from US West (now known as CenturyLink). The coop began upgrading to fiber in 2009 in order to provide its members with state-of-the-art service and technology.

For more information about the network and the award, check out local news coverage of the almost $30 million loan and Triangle Communications’ video.

Gigabit Internet access will soon be reaching more residents in Westminster. The high-speed municipal fiber-to-the-home (FTTH) network in Maryland will soon add more than 2,000 new homes to the network map.

The Incredible Expanding Network

The network is a product of a public-private partnership with telecommunications company Ting. The expansion provides more evidence of the continuing success of the network in this city of just under 19,000 people about 35 miles northwest of Baltimore.

The network was originally planned as a pilot project confined to small, select areas of Westminster, but high demand prompted community leaders to broaden the reach of the project. Eventually, Westminster budgeted for citywide infrastructure.

City Manager of the Ting project, Valerie Bortz, recently said of the network "we are super busy and happy with our progress.” In October 2015, the city released an RFP calling for bids from contractors to provide maintenance on the expanding network - more proof of the city's commitment to ensure the network’s growth and success.

More Money, More Fiber

Concord, Massachusetts, has a strong literary history with famous authors like Thoreau, Emerson, and the Alcott sisters, but all puns aside, the town also has a long-standing community broadband network, Concord Light Broadband. 

Years ago, the community voted to build its own network from their electric utility, and they have just now transitioned to high-speed fiber optics.

From Electric to Broadband

Concord is one of only forty Massachusetts municipalities with an electric utility and in the early 2000s, their electric thermal storage system needed an overhaul. The technology, based on the phone system’s network, was becoming obsolete. The electric utility chose to overbuild the existing system with fiber optics in order to create a smart-grid to automatically read electric meters. Concord recognized the opportunity presented by a fiber network backbone spread throughout town.

It only made sense to look at broadband options; the only thing left to do was to build out the last-mile, the section of network that connects to the home or business. They estimated the cost for the smart-grid and last-mile to be $4 million and would finance it through municipal bonds. 

Once Bitten, Twice Shy of Big Incumbent Cable Companies

Large incumbent cable companies had not served the community well and the people wanted better connectivity. Massachusetts’ state law requires a town to vote at two consecutive town meetings to establish the authority to build a broadband network through the electric utility, commonly referred to as Municipal Light Plant or MLP. The MLP is the town department responsible for the transmission and supply of electricity to the residents and businesses in the town. As communities have started to develop their own municipal Internet networks, the MLPs have also taken on a similar role with regard to connectivity. After establishment of an MLP is approved, then the community votes again on funding for the initiative.

In 2003, the people of Concord began considering what they could accomplish with a municipal network, and they held the first vote at the Annual Town Meeting. The resolution passed by a 2/3rds majority vote. The second Annual Town Meeting was scheduled for April 2004.

The City Council of Upper Arlington, Ohio on Oct. 26 approved several contracts that will enable the community to build a municipal fiber-optic network to key anchor institutions for an estimated $2.5 million.

Upper Arlington’s project will provide high-speed Internet service for the city’s buildings, the Public Library, Upper Arlington city schools, and most city parks according to a news report from the Upper Arlington News. The 30-mile fiber network will serve about 40 locations around the boundaries of the city (population 34,000).

Besides establishing better connectivity between the three public partners’ buildings, the network is expected to provide opportunities for commercial companies to lease telecommunications services. The network would allow the city to lease some of the 288 fiber strands to commercial companies, such as other Internet Service Providers (ISPs).

Financing and Break Even

Under the cooperative arrangement, the library will contribute $17,616 annually, the city $68,484 per year and the school district $177,900 each year until the project is paid off. “These costs are derived from the amounts that each entity is currently paying for leased broadband connectivity between their facilities,” Upper Arlington Assistant City Manager Dan Ralley told us. 

The period anticipated to pay off the network construction is nine years with the school district and library able to extend the parties’ shared-services agreement for an additional 15 years after. The extensions would occur in three five-year segments.

Cost savings, broader bandwith

Ralley says the primary benefits of the new city fiber-optic network will be significantly lower long-term bandwidth and broadband access costs.  For example, the city of Upper Arlington expects to save about $1,280 a month for Internet service by building its own fiber network. Over 10 years, the city’s savings would total about $150,000.

And the municipal network will be a boon for the Upper Arlington public schools. In an Oct. 19, 2015 staff report, Ralley said:

In October 2015, government officials in Erie County, New York announced the release of a Request for Proposals (RFP) seeking an organization to study the feasibility of building a county-wide broadband network. Located in upstate New York and home to over 900,000 people, Erie County stretches over 1,200 square feet; the county seat is Buffalo.

Legislator Patrick Burke notes that community broadband projects have become a rare kind of government-led initiative that appeals to people across all political divides:

“It covers all grounds and sort of goes beyond political ideology. It’s a quality service. It could provide revenues that the county desperately needs, it could attract business, it could spark economic development and it could create jobs. So, there’s a little bit in this for everybody,” said Burke.

Pursuing Governor Cuomo's "Broadband for All" Mission

The effort to pursue the option to build the network in Erie County comes after New York Governor Andrew Cuomo released his “Broadband for All” plan earlier this year. The plan offers matching state funds up to $500 million to private companies that agree to help build broadband networks in underserved areas of the state. The governor’s initiative led the Erie County broadband committee and a group of industry experts to write an exploratory white paper considering ideas for expanding broadband in the region.

According to an article in The Public, Burke credits the white paper as the tool that convinced county leaders to issue the RFP to be ready when private partners come calling:

“Whichever municipalities or governments, or even private entities, are prepared and are in line to be competitive with this, they’re the ones who are likely to see the funds that are available,” Burke said.

As in the rest of the country, broadband is now a necessity for rural economic development in West Virginia. Taking on the challenge, Spruce Knob Seneca Rocks Telephone (SKSRT) cooperative overcame impressive obstacles to build a state-of-the-art fiber optic network. 

The cooperative operates in some of the most serene landscape in the United States and some of the most difficult terrain for fiber deployments. The region’s economy primarily relies on ski resorts and tourism from its namesake, Spruce Knob, the highest peak in the Allegheny Mountains. 

SKSRT’s service area also includes the National Radio Quiet Zone, which creates unique challenges for the cooperative. Established in 1958 by the FCC, the National Radio Quiet Zone protects the radio telescopes at the National Radio Astronomy Observatory from interference.  Because these telescopes are incredibly sensitive, the region is greatly restricted in deploying different types of telecommunication technologies. In certain areas of the quiet zone, closest to the observatory, wireless routers and two-way radios are prohibited. 

Because of the mountainous terrain and the technology restrictions, large telecoms had completely bypassed the sparsely populated communities, leaving them with few options for any sort of connectivity. Much of the isolated region still used the old ringdown operator-telephone system until 1972 when the community created SKSRT as a non-profit cooperative. SKSRT installed the latest in telephone infrastructure at the time and committed to encouraging economic development in the region.

Thirty years later, in 2008, the copper infrastructure that SKSRT had originally installed was in bad shape. The coop went to the Rural Utility Service to fund the needed copper improvements. RUS instead encouraged future-proof fiber. While other telecoms have integrated fiber slowly, General Manager Vickie Colaw explained in an interview with us that SKSRT took a different approach:

“It was evolving to a fiber world. That was when we decided to be total fiber-to-the-home.”