Comcast may be an ISP Goliath, but a new David will soon move to Charlottesville. Tucows Inc., recently announced that it plans to begin serving as an ISP in the area and will eventually expand to other markets.

In a Motherboard article, CEO Elliot Noss said:

"At the simplest level, we'll be offering a lot more product for the same price, and a much better customer experience. We want to become like a mini Google fiber."

The company began in the 1990s and is known for registering and selling premium domain names and hosting corporate emails accounts. Two years ago they ventured into wireless cell service and were immediately praised for their top notch customer service and no-frills billing. Tucows promises to fill the customer service gap left by incumbent Comcast, one of the most hated companies in America.

Tucows will operate its Internet service under its cellular brand, Ting. It will take over existing fiber infrastructure owned by Blue Ridge InternetWorks and will begin serving customers as early as the first quarter of 2015. Ting hopes to be able to charge less than $100 per month for gigabit fiber service. Comcast charges $90 per month for 50 Mbps and CenturyLink charges $40 per month for 10 Mbps in Charlottesville.

As far as "fast lanes" go? From the Motherboard article:

Noss said that the company is dedicated to net neutrality as a "sensible business practice" and said "it's our responsibility to make sure content like Netflix is fast on our network. We're not looking for content providers to pay us in a double-sided fashion."

Ting reaffirms that philosophy on the Ting Blog:

Tucows believes very strongly in the open Internet. Up until now, there wasn’t a whole lot we could do but educate, agitate and contribute. Getting into fixed access, owning our own pipe, is an opportunity for us to practice what we preach when it comes to the open Internet and net neutrality.

Thanks to Jeff Hoel for providing the transcript for Episode 128 of the Community Broadband Bits podcast with Eric Lampland of Lookout Point Communications. Listen to this episode here. 00:05:

Eric Lampland: But the monopoly is created by the physical infrastructure ...

00:08:

Chris Mitchell: Exactly.

00:08:

Eric: ... of those particular things, and so, yes, that does need to be replaced.

00:15:

Lisa Gonzalez: Hello. You are listening to the Community Broadband Bits Podcast, from the Institute for Local Self-Reliance. My name is Lisa Gonzalez. In episode 80 of the podcast, we introduced you to Eric Lampland, Founder and Principal Consultant at Lookout Point Communications. In that episode, Chris and Eric discussed indirect cost savings from municipal networks. This week, Eric stopped by our Minneapolis office for a discussion about "open access," today and in the future. We find that many of the communities we study that deploy or consider municipal broadband networks see an open access arrangement as the preferred business model. Traditionally, this would mean that the municipality would provide the infrastructure and providers would offer commercial or residential services to customers over the infrastructure. We also find that a large percentage of those communities find it difficult to implement this model. In our conversation, we dig into some common challenges associated with municipal open access networks. We also talk about some possible cures, and we look at how the very definition of the term "open access" is changing. Every week, we bring you the Community Broadband Bits Podcast advertisement-free. Please consider contributing in any amount to help us in carrying on this service. Just visit ILSR.org and click on the orange "donate" button.

01:38:

Chris Mitchell: Welcome to another edition of the Community Broadband Bits Podcast. I'm Chris Mitchell. Today, I'm in the office with Lisa Gonzalez.

01:47:

Lisa: Hey there.

01:47:

Chris: And we've got Eric Lampland back, the Founder and Principal Consultant for Lookout Point Communications.

01:53:

Eric: It's good to be here with you, Chris.

01:55:

The Kansas Corporation Commission (KCC) will allow the city of Chanute move forward with its plan to serve residents and local businesses with its municipal network reports the Wichita Eagle. KCC staff had recommended that the community, which has built out a network over the course of decades, receive KCC approval. 

In keeping with an antiquated 1947 state law, K.S.A. 10-123, the city needed KCC approval to issue the revenue bonds. In keeping with the statutory requirements, the KCC found that the expansion is necessary and appropriate for the city, its consumers and investors. The KCC also also determined that the expansion will not duplicate an existing utility service.

In its filing [PDF], Chanute indicated that its network is an essential part of the local economy and the community's future:

Chanute is a rural community, and like all rural communities, access to broadband is fundamental to the well-being of its citizens and even to the survival of the community itself. Chanute does not need to convince the Commission of the importance of having access to a high- speed broadband network. The Commission is well aware of that need. The investments contemplated for Chanute's broadband network are necessary and appropriate to allow Chanute to meet that need in its territory.

As the city points out, incumbents AT&T and Cable One, do not offer anything close to the level of service of the planned gigabit FTTH network. As we cover in our 2012 report on Chanute, AT&T and Cable One seem to have no interest in serving the community beyond minimum expectations. It was the need for better services that inspired the city to build out its infrastructure and offer services to local businesses.

Award-winning supercomputing apps, medical research, economic development, and quantum computing advances. What do they all have in common? They all depend on the DubLINK network running underneath Dublin, Ohio, a suburb on the Northwest edge of Columbus. The city of 43,000 people has 125 miles of fiber optics in the ground, both within its own boundaries and in the form of fiber purchased by the city within metro and regional networks. 

DubLINK began in 1999 as a public private partnership with the Fishel company to build an institutional network. In the wake of the 1996 Telecommunications Act, Dublin worried that a recent massive investment of $70 million in streetscaping would be undone as competing providers dug up newly paved streets to install fiber optics. To avoid this, the City signed a franchise agreement with Fishel to install a multi-conduit system, with the city receiving some conduit for its own use.  

Using 1.25” conduits installed in the city’s existing sewer system, the network runs for 25 miles underneath Dublin’s business district and connects six city buildings, who use their own lit fiber for data and voice services, eliminating expense leased line fees. This has allowed the city to save approximately $400,000 per year for the last 12 years in connectivity and information technology expenses.

In 2004, Dublin spent $3.5 million to purchase 96 strands running 100 additional miles through Columbus FiberNet, bringing the total length of the DubLink network to its current 125 miles. FiberNet is a duct system that runs throughout a significant portion of central Ohio, including Columbus and its surrounding suburbs.

Last month, we held our first "Ask Us Anything: An Open Talk on Muni Networks" event for people interested in learning more about municipal networks. We were pleased by the turn out and by the quality of questions participants threw our way. We will hold our second "Ask Us Anything" event on December 17th at 2:00 p.m. CST.

This time, we will try narrowing the conversation a bit with focus on organizing a network in the first 30 minutes and open access approaches in the last 30 minutes. We hope that you will send us a question when you register and encourage you to bring more questions to the event.

You can register at GoToWebinar.

If you were not able to our first "Ask Us Anything," it is now archived and available to view.

Local communities in Maine are mobilizing to jumpstart economic development, expand educational opportunities, and improve Internet access. The town of Orono, located near the center of the state, announced earlier this month that it will working with nearby Old Town and the University of Maine to deploy an open access fiber network pilot project in an area they wish to promote as a technology park.

The news highlights connectivity improvements in Maine happening at the local level. In August, Rockport solidified its plans to bring fiber to its downtown with partner GWI. Soon after, South Portland announced a similar partnership with GWI to spur economic development. Sanford and Isleboro [PDF] have commissioned studies.

The Main Campus reports that Orono, Old Town, the University of Maine, and GWI have been in the planning phase for some time, but lacked funding to deploy:

“We tried to be the first on the map [with fiber-optics], but there were too many obstacles. Now we have the opportunity to do something,” said Orono Town Manager Sophie Wilson at last Monday’s Economic Development Committee meeting, where the opportunity was presented.

In early 2012, the town was in talks with Old Town and Maine broadband service provider GWI about connecting the towns and the University of Maine to the Three Ring Binder, an 1,100-mile long highway of fiber optic infrastructure that passes underneath Bennoch Road. In order to take advantage of the opportunity, the towns planned on coming together in a collaborative called Old Town-Orono Fiber (OTO Fiber) and applied for grant funding to go through with the project.

Although they weren’t able to receive the necessary funds in 2012, the town is in a better position this time around.

Earlier this month, voters in several Colorado communities decided to approve ballot measures to reclaim local telecommunications authority. One of those places, Rio Blanco County in the northwest corner of the state, has already committed funds to develop infrastructure.

According to a recent article in the Grand Junction Daily Sentinel, the county considers the issue so critical, it will dedicate $2 million in federal mineral lease revenues, and $5 million from the general fund to improve connectivity. County leaders say they will also seek funds from the Department of Local Affairs.

Rio Blanco County is planning an open access model. From the article:

[County Commissioner Shawn] Bolton said the county won’t provide broadband service itself, but instead will install infrastructure such as fiber lines.

“By providing infrastructure, then we can get the service providers to come here and provide the service at a competitive rate,” he said.

In March, the County, the County Seat of Meeker, several local school districts, and a list of other partnering entities, filed a Rural Broadband Expression of Interest [PDF] with the FCC. In their documentation, they noted that the private and public entities in the region had been working together to develop better connectivity since 2001. They named themselves the Western Colorado IT Cooperative (WCITC).

According to the Expression of Interest, fiber resources are now in place that connect a limited number of public facilities. The County Courthouse, the Rio Blanco County Road and Bridge, the Town of Meeker, its pubic library, and its schools all connect via the metropolitan area network (MAN). A medical center, also connects to the existing fiber network.

Population density is low in Rio Blanco County at approximately 2 people per square mile. Seventy-five percent of the county's 3,200 square miles is federally owned land. Most residents live in either Meeker or Rangley.

If you live in Sebewaing, you can now purchase FTTH connectivity from Sebewaing Light and Water (SLW) via their municipal network. Earlier this week, we discussed the network with Sebewaing Light and Water Superindendent Melanie McCoy.

The first village in Michigan to offer gigabit service issued its RFP in summer 2013. Like many other small communities, the 1,700 inhabitants in Sebewaing were limited to dial-up. T1 service (1.5 Mbps)  was available to businesses but lines cost from $1,000 - $1,500.

Commercial connectivity via the new infrastructure now begins at $75 for symmetrical 50 Mbps service. SLW also offers symmetrical 100 Mbps for $130 and advertises customized packages if those options are not adequate. SLW will also waive the $125 installation fee if a business signs up before the end of the year.

Residents also receive free standard installation if they sign up before the end of 2014. They can pay as little as $35 per month for symmetrical 30 Mbps service, $55 per month for 50 Mbps symmetrical, or $105 per month for 100 Mbps symmetrical service. 1 Gbps/100 Mbps service costs $160 per month.

SLW has already signed up a commercial gig customer. The Bay Shore Methodist Camp & Family Ministries holds events that often cater to hundreds of children and adults. They need a high capacity connection for Wi-Fi to serve a large number of devices.

Sebewaing's original plan was to build an open access network but after careful consideration and legal analysis, it decided to provide retail services. SLW purchases bandwidth only from Air Advantage, a wireless provider specializing in the "thumb" of Michigan. The utility also offers voice services via the network.

Over the past few months, Chris has been globe trotting to communities giving presentations and learning more about municipal networks across the country. After spending some time in Seattle, he headed to Mount Vernon, Washington to present at the Connect with the World conference on October 9th.

The event took place at Skagit College and included other speakers such as Craig Settles, Susannah Malarkey, and Mark Anderson. The video of his presentation is now archived and available to view.

Mount Vernon has operated its open access fiber network since 1995, serving public facilities and local businesses. We spoke with Kim Kleppe, Information Systems Director, and Jana Hansen, Community & Economic Development Director, in episode 38 of the Community Broadband Bits podcast.

For Chris's presentation, watch the video below.