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Indianola City Owned Network Partners to Encourage Economic Development

“We want to grow our own new businesses in Indianola, and Simpson College is home to an entire group of potential entrepreneurs who we hope will find support for their efforts here and some day choose to locate their businesses here,” [Jerry Kelly, former Indianola mayor and executive director of the city's development association] said. ‘What we are doing is called ‘economic gardening.’ What grows here will stay here.”

Thanks to the Indianola Municipal Utilities (IMU) next-generation broadband network, the city and the college have fertile soil to nurture that garden. We previously wrote about this FTTH partnership here, explaining that the community owns the infrastructure and a local business provides services over the network.

The partnership between Simpson College, the Indianola Development Association, and IMU is called the Indianola + Simpson College Entrepeneurial Devopment Initiative. The student-business incubator will bring together students, mentors, and existing businesses with the hope that resulting entrepeneurships will sprout and grow in Indianola.

Through the partnership, the incubator will have access to IMU's server platforms, wholesale bandwidth, local marketing and outreach efforts, and customer service activities. 25 students will develop senior Capstone Projects through the initiative. College and city leaders anticipate that number will continue to grow.

Simpson College

The Simpson College News Center also writes that the project will be led by Chris Draper. Draper is associated with Des Moines' Startup City, a technology-based business incubator. Draper is CEO of the first graduate of Startup City, Meidh Tech, which offers property management technology solutions.

“By engaging students in real-world problems, allowing them to own their successes and responsibilities, they will begin to see that their classes actually feature lessons learned instead of paths to follow,” he said.  “While we expect that many students will grow their own jobs because of this program, and many of those jobs will remain in our communities, the greatest benefit that Simpson students will realize because of this program is that each day provides a lifetime of opportunity.”

Kevin Kirkpatrick from the Record Herald also talked to Draper, who acknowledged the critical role of local resources, including the network provided by IMU.

Because Iowa does not create barriers for local communities to invest in broadband infrastructure, programs like the Indianola + Simpson College Entrepeneurial Development can proliferate. More states need to take a similar approach and open the door for local communities to pursue economic development with the aid of local community owned networks.

A local news story discussing the project notes that Indianola connectivity is superior to that of Iowa capital Des Moines.

Jason Bird Explains how Princeton Kept Jobs in Community with Publicly Owned Fiber Network

Jason Bird is the Electrical Superintendent at the city of Princeton Utilities in Illinois. He joins us for the 30th episode of our Community Broadband Bits Podcast to explain why Princeton built a rather unique network. Princeton has built a fiber network to connect some of the local businesses and uses broadband over power lines (BPL) to provide a low cost option for area residents.

Princeton offers another example of how a community can build and own the infrastructure while partnering with a local company that will provision the services. This approach appeals to many towns that recognize the benefits of ensuring the network is owned by the community but do not want to provide services themselves.

This network helped save hundreds of jobs and has benefited the community in many ways -- just one of which is that they were selected as a site that allowed families to videochat with our troops deployed abroad over the holidays.

Read our coverage of Princeton's network here.

We want your feedback and suggestions for the show - please e-mail us or leave a comment below. Also, feel free to suggest other guests, topics, or questions you want us to address.

This show is 21 minutes long and can be played below on this page or subscribe via iTunes or via the tool of your choice using this feed. Search for us in iTunes and leave a positive comment!

Listen to previous episodes here.

Thanks to mojo monkeys for the music, licensed using Creative Commons.

Amherst, MA, Upgrades Its Free WiFi

In 2007, the City of Amherst, Massachusetts received a $150,000 grant from the Defense Advanced Research Projects Agency (DARPA) and the National Science Foundation (NSF) to build a wireless mesh network. DARPA and NSF have long been interested in developing mesh networks that are more resilient than traditional hub and spoke type networks.

The City IT Department, UMass Amherst Office of Information Technology Department, DARPA and NSF collaborated to deploy the network that now covers much of the city.

According to GazetteNet.com, the city is now investing another $50,000 to upgrade the system which now extends a mile through downtown. From the article:

“We definitely have the fastest and largest outdoor Wi-Fi network in the state,” said Information Technology Director Kristopher Pacunas.

The new system, which replaces aging equipment that was part of a smaller municipal Wi-Fi system, will be a boon to those who live, work and shop in downtown Amherst, said Pacunas, who anticipates as many as 2,000 different people will use the system daily.

“We’ve seen data in the short time we’ve had this (that) people will come to downtown areas with free Wi-Fi,” Pacunas said.

While the new upgrades were not officially launched until the start of 2013, Pacunas said that over 10,400 people used the system in the weeks leading up to the new year. Pacunas also notes that the network has limited functionality indoors, being designed mostly for public outdoor spaces downtown.

 The Town of Amherst Public WiFi website describes how the design was meant to blend in with the look of the city and the light and utility poles that house the access points. There are 30 wireless mesh access points and burst speeds up to 80 Mbps. This is another example of how a municipal network can create direct benefits AND indirect benefits simply through its implementation. Also from the article:

Alex Krogh-Grabbe, director of the Amherst Business Improvement District, said he sees the benefits of the system.

“The new downtown Wi-Fi put downtown Amherst and its business district way ahead of most communities in terms of attracting people to downtown through technology,” Krogh-Grabbe said.

Amhert Town Hall photo used under Creative Commons license courtesy of John Phelan.

Broadband Communities Magazine Spotlights ILSR's Chanute Report

We are pleased to announce that an excerpt of our report, Chanute's Gig: One Rural Kansas Community's Tradition of Innovation Led to A Gigabit and Ubiquitous Wireless Coverage, is now highlighted in the newest Broadband Communities Magazine. The November/December 2012 issue focuses on economic development.

Editors chose our report because it shows how a community can successfully develop a network to address community needs. The result is greater economic development and a range of increased community benefits. In addition to our report, several other articles focus on economic development and come from authors such as Reed Hundt and Blair Levin, Doug Adams and Michael Curri, Ken Demlow, Craig Settles, and David Moore.

You can access the digital edition online and see the entire issue table of contents at Broadband Communities Magazine Online.

You can still download the full report from the ILSR website and check out some of our other resources including case studies, fact sheets, video and audio.

Cottage Grove, Oregon, Looks to Bring Jobs to Town With Fiber Expansion

Cottage Grove, Oregon, is on the cusp of adding up to 250 new jobs with the aid of its fiber optic network.  A recent Register-Guard.com article by Serena Markstrom details the potential project between the City and First Call Resolution. The company is interested in expanding to a Cottage Grove shopping strip. While the space is the right size and location, it does not have the needed telecommunications connections for a high-capacity call center.

The City is looking into expanding its fiber optic network to accommodate First Call. City leaders will seek a state economic development grant and recently approved funding for an engineer's construction plan to lay the cable to get an accurate cost estimate. Initial estimates are $450,000 for an entire underground installation. Council members have already suggested that the expansion makes sense, regardless of whether or not First Call becomes a tenant. The 7 miles of fiber are primarily located in the southern part of the city while the shopping strip is in the north.

The City Manager Richard Meyers hopes the added infrastructure will bring more than just First Call Resolution to the shopping strip. From the article:

The commercial strip being considered for the call center has much empty space. “The whole plaza needs help,” Meyers said. “We need to do something to see if we can get other things in there.”

If more businesses moved in and started leasing the cable, the city could collect money — just like any utility — from those who tapped into the network and use those funds to continue to expand fiber optic cable around town, Meyers said.

“With our fiber and what we’ve developed, we’re within 4,000 feet of connecting” to the Village Center, he said. “That’s how close we are,” he said. “It’s not a huge distance. We can do it. (It would be a) piece of cake to connect our system to his network and so all of [First Call Resolution's] call centers would be on the same network.”

The city network also offers a Wi-Fi network throughout 80% of the city. Rates vary, ranging from 10 free hours each month at 128 Kbps to 7 Mbps unlimited with tech support for $50 per month. According to the CGWiFi website:

Wireless icon

CGWiFi is a service provided by the City of Cottage Grove.  The City of Cottage Grove developed CGWiFi after many years of efforts to improve the availability of broadband services within the community.  The City of Cottage Grove fiber optic and WiFi System were developed to primarily create infrastructure capacity, provide connectivity and enhance technology available for South Lane School District and Lane Community College and to improve broadband service for Public Safety and government operations.  CGWiFi was created using excess capacity on the system to provide the public access to broadband services.  The fees for public broadband services cover the operation and  bandwidth requirements for the public use.

City Hall, the South Lane schools and district office within city limits, and the Creswell school district and schools are now connected with fiber. Plans are in the works to also connect the Cottage Grove Hospital to the fiber system. The city is working with the Regional Fiber Consortium.

As we learn more, we will bring any new developments from Cottage Grove. Like many of the other communities that use their networks for economic development, we anticipate positive results.

UTOPIA, For Better And Worse, Profiled

Since 2008, we have followed and reported on the peaks and valleys that is UTOPIA. Recently, the Salt Lake Tribune ran a series on the regional network. The coverage includes a sampling of the bitter and sweet of the complex relationship between the pioneering network, the state, and the customers it serves.

As many of our readers know, UTOPIA is mired in debt and endless political controversy as Comcast and CenturyLink fund "think tanks" to attack it.  Tony Semerad from the Tribune talked to our own Chris Mitchell:

"When you build a network like this, it takes a minimum of several years of spending a lot of money before you start to get it back from your customers,’’ said Christopher Mitchell

As Christopher goes on to note, a large debt from the beginning to create an open access network is not a favorable situation. Additionally, past management made choices that still negatively impact the network. Constricting legislation at the state level prevents the network from expanding to a more profitable retail market, weakening it even further. Also from the article:

State law requires UTOPIA to operate as a wholesaler, a limitation conceived at UTOPIA’s inception when telecommunications giants such as CenturyLink and Comcast, now called Xfinity, grew wary of plans by Spanish Fork and Provo to get into the cable television business and lobbied state lawmakers for protections.

Some communities express derision at the situations they face regarding UTOPIA, having been left with debt and not yet received the ubiquitous access they anticipated. Some communities, who are still waiting for better subscriber numbers, already see improved economic development and remain patient. Connected communities vary in their satisfaction and level of support:

Layton » Mayor Steve Curtis believes UTOPIA fiber-optic lines already are luring business to his Davis County city and benefiting residents. The grid is built out to a small portion of Layton, one of eight municipalities that have signed on for a second round of UTOPIA bonds. "A lot of legislators don’t understand UTOPIA and haven’t taken the time to know it," Curtis said.

...

Payson » In spite of promising subscription rates among residents and a belief in UTOPIA’s value to the community, the Payson City Council chose not to back the newest round of borrowing. "It just came down to budget,’’ City Manager David Tuckett said. "We didn’t have the money."

logo-utopia_new.png

While overall subscribership is lagging, customers share one common trait - they love what they get and the prices they pay. Another article in the series quotes current UTOPIA customers:

"It’s great,’’ Eric Eide of Murray said. "It’s very reliable. It’s high-speed. Whenever I check, I get the speed that is advertised."

"It’s pretty steady. I don’t notice any tail-off in the afternoons or evenings. It’s always the speed I pay for. We watch a lot of stuff on Netflix, and I don’t experience any stuttering," Phil Windley of Lindon said.

...

UTOPIA’s primary advantage is that it can deliver much higher download and upload speeds for lower prices than competitors, according to those who use it. For $35 per month, for example, a UTOPIA customer through the ISP XMission can get up to 50 megabits per second of both download and upload speeds. By comparison, Comcast charges $73 per month for 30 megabits-per-second download speed (the upload speed also is slower). UTOPIA also offers up to 1 gigabit (1,024 megabits) per second of download speed for $300 per month.

Getting more for less is always good, but the network and the state are at a crossroads. Some want to sell the network, others want to legislate tighter controls, still others want to give momentum a chance to build under present management (which has resolved many of the problems of previous management). 

The idea of disbanding the network leaves us somewhat incredulous. No one would wish for the present situation, but abandoning UTOPIA would leave the municipalities still responsible for the debt while also removing any incentive for Comcast and CenturyLink to be competitive. In short, such action preserves all the negatives from the status quo while ending the benefits.

Boise Leases Dark Fiber to Consolidate Data Centers

Idaho's capital has begun leasing dark fiber from Zayo Group that will allow it to consolidate a number of data centers it has located in municipal facilities across the city. This will allow Boise to better meet the internal needs of City Departments; the City is not providing access to private businesses or residents.

We tend to focus on how communities have built their own networks to achieve similar ends -- ensuring fast and reliable access to city facilities, including schools and libraries (in fact, we produced a fact sheet about it).

However, long term dark fiber leases achieve some of the same goals and are frequently a far wiser decision that purchasing lit services from existing providers, particularly the national cable or telephone companies.

According to an article covering the story in GovTech,

Rather than subscribing to a service from a local telecommunications company, dark fiber allows the City of Boise access to strands of fiber optic cable between city buildings. In-house network engineers can choose the gear that is used to light the network, while maintaining complete control of protocol, platform and bandwidth, for improved flexibility.

Fran Cantwell, an IT project manager for Boise’s Parks and Recreation Department, said that she noticed an immediate improvement using the City’s online mapping system.

“Before, staff would wait for the system to slowly paint the screen,” Cantwell said. “After the dark fiber implementation, the maps load almost instantly. This greatly increased the efficiency of teams like Community Forestry, who refer to the maps and aerial photos daily.”

The project, launched in June, took about four months to complete. Some city departments have reported a 3,000 percent increase in speed, according to Adam Reno, a Boise IT infrastructure services manager. Transmitting a 30-minute video once took two hours, but can now occur in as little as two minutes.

The article provides some details on the cost, saying the City is paying Zayo $500,000 but it does not specify the term of the lease. The City claims that it would have cost $6 million to build its own fiber network, but we have seen a number of communities use smart partnerships and planning to reduce such estimates by more than half -- as we documented in the case study on Martin County, Florida.

Of course, none of this has to be an "either or" proposition for a community. It may make sense to lease some lines for some facilities or parts of town while building lines that are publicly owned in others. There is often a difficulty in finding providers that will offer dark fiber because the big carriers want to preserve their markup by only offering lit services.

Community Built Network Saves Local Jobs in Princeton, Illinois

Kudos to Richard Downey, Village Administrator for the Village of Kronenwetter in Wisconsin. Mr. Downey reminded us that we have yet to write about the fiber network in Princeton, Illinois. While we have noted Princeton in our list of economic development successes, we haven't delved into the network that serves the city, the schools, and the business community.

Princeton is home to about 7,500 people and is located in the north central region of the state in Bureau County. They have their own electric, water, and wastewater utilities and began offering broadband connectivity in late 2003. We spoke with Jason Bird, Superintendent of Princeton Electric Department, who shared the network's story with us.

In 2003, the city’s largest electric and water consumer was also the largest employer. At the time, incumbents served the community with T1 connections. The manufacturing company moved to Mexico, taking 450 jobs with it. The community was stunned.

Approximately 6 months later, Ingersoll Rand, the community's second largest employer with about 300 jobs, also considered moving away from Princeton. While lack of needed broadband was not the only reason, the Ingersoll Rand CEO let community leaders know that it was one of the influential factors. The company liked being in Princeton, and the city would have been on the top of the location list if not for the sad state of connectivity. At the time, the only commercial option was unreliable T1 connections for $1,500 - $2,000 per month. If Ingersoll Rand moved, the community would experience job losses equal to 10% of the population. Community leaders needed to act and do it quickly.

To retain Ingersoll Rand, the City Council decided unanimously to go into the telecommunications industry. They issued an RFP and encouraged incumbents AT&T and Comcast to bid; neither were interested. (Interestingly, once Princeton let it be known that they were going to build the network without them, there were some local upgrades from both companies.)

IVNet, located in Peru, Illinois, won the bid to manage and provide retail services over the network. Construction began immediately with employees from the electric utility doing the actual construction on the initial 12 miles of fiber backbone. Ingersoll Rand was connected to the fiber network eight weeks later and is still a customer. The company pays around $500/mo for 3 Mbps and has made a $6 million investment in their facility, also contributing to the local economy.

Map of Illinois showing Princeton

Like many other municipals offering fiber connectivity, Princeton did not want to offer retail services directly. The utility did not want to risk its excellent customer service reputation by biting off more than it could chew so it forged a partnership with IVNet. IVNet also runs Connecting Point Computer Centers. Fees from fiber customers are split 50/50 between IVNet and Princeton.

Princeton now has 75-78 commercial customers and most banks in town are connected with fiber. While Bird does not point to the broadband utility as the only factor in bringing in new employers, he credits its presence, along with the fact that it is offered by an electric utility, as attractive for potential employers.

Local schools are saving money and achieving twice the capacity that they received from private providers. Bird estimates the schools were paying $350/mo in 2003 for speeds up to 3 Mbps from the private sector and now pay $200/mo for 6 Mbps with Internet service provided by IVNet. The local hospital uses the fiber network for its 10 Mbps connection. Princeton also provides free wireless at hotspots in town, including the Amtrak Depot and a local city park.

The network has now expanded to over 30 miles with a second loop, creating a figure 8. The fiber network is 80% aerial with 20% underground. Princeton now buries conduit as a matter of course whenever there is any digging or development. Points-of-presence (POPs) are located in the police department, the high school, and the power plant facility.

While fiber-to-the-home is provided on a request basis, most customers are commercial and industrial. New customers can be connected in 2-3 days. Bird told the story of a NASA scientist whose wife grew up in the Princeton area and who wanted to work from a home office in Princeton. He now has a 3 Mbps capacity connection and a secure server located near a POP.

The city paid for the initial fiber network through a loan from the electric utility to the telecommunications division of the utility. The loan was then reimbursed in full with a $350,000 grant received from the state of Illinois.* The larger, present network has also been paid off for some time and is fully sustainable. Connectivity fees pay for operation and maintenance and usually there is a little left over every year, which goes back to the electric utility’s cash on hand. They have plans for their network to join the gigabit club. Bird says the community has applied for a grant from iFiber, a collaborative administering a $6.8 million BTOP grant to earmarked for northern Illinois. If Princeton receives the award, upgrades will come much quicker.

Bird says the city's network is successful because there is no worry about returns for stockholders. The City considers its stockholders to be people in the community. The  goal is not to maximize profits, but to give the community what it needs at a reasonable price.

Bird recalls testifying in front of the State Commerce Commission when Illinois considered legislation that would limit municipalities’ ability to provide telecommunications services. He was asked why he thought municipalities should be able to offer the service and replied that it was not a new idea and that municipalities have been filing gaps left by the private sector for many years. Bird emphasized that is it a different model, focused on customers rather than profit. He recalls being seated between representatives from AT&T and Comcast and remembers that “they didn’t like that answer.”

Photo courtesy of ILPlanner, used under Creative Commons License. Map from Wikipedia.

* Postscript: We spoke with Jason Bird to get more detail on the grant Princeton received from the State of Illinois. He told us that the state grant came from the Illinois Commerce Commission (ICC).

Princeton applied for the digital inclusion grant before they began building the network as a way to pay for the infrastructure. There was significant delay at the ICC in determining award recipients, and Princeton had to act against time to preserve Ingersoll Rand. Rather than wait indefinitely, the City Council decided to transfer $350,000 from the electric utility to the telecom division so construction could begin. City leaders agreed to use the grant to repay the loan from electric to telecom if it was awarded to Princeton.

According to Bird, Princeton is the only grant recipient to have completed its project.

The Empire Lobbies Back: How National Cable and DSL Companies Banned The Competition in North Carolina

Publication Date: 
January 3, 2013
Author(s): 
Todd O'Boyle, Common Cause
Author(s): 
Christopher Mitchell, Institute for Local Self-Reliance

In late 2006, Wilson, North Carolina, voted to build a Fiber-­‐to-­‐the-­‐Home network. Wilson’s decision came after attempts to work with Time Warner Cable and EMBARQ (now CenturyLink) to improve local connectivity failed.

Wilson’s decision and resulting network was recently examined in a case study by Todd O’Boyle of Common Cause and ILSR's Christopher Mitchell titled Carolina’s Connected Community: Wilson Gives Greenlight to Fast Internet. This new report picks up with Wilson’s legacy: an intense multiyear lobbying campaign by Time Warner Cable, AT&T, CenturyLink, and others to bar communities from building their own networks. The report examines how millions of political dollars bought restrictions in the state that will propagate private monopolies rather than serve North Carolinians.

Download the new report here: The Empire Lobbies Back: How National Cable and DSL Companies Banned The Competition in North Carolina

These companies can and do try year after year to create barriers to community-­‐owned networks. They only have to succeed once; because of their lobbying power, they have near limitless power to stop future bills that would restore local authority. Unfortunately, success means more obstacles and less economic development for residents and businesses in North Carolina and other places where broadband accessibility is tragically low.

It certainly makes sense for these big companies to want to limit local authority to build next-­‐generation networks. What remains puzzling is why any state legislature would want to limit the ability of a community to build a network to improve educational outcomes, create new jobs, and give both residents and businesses more choices for an essential service. This decision should be made by those that have to feel the consequences—for better and for worse.

This story was originally posted on the ILSR website.

How a Muni Network in The Dalles Led to a $600 million Data Center

As I recently mentioned in my endorsement of Tubes by Andrew Blum, the book explains how a municipal fiber network helped to attract Google to town. Google sited its first "built-from-scratch data center" there, a $600 million investment according to Stephen Levy.

According to Blum, it all started back in 2000 when the community got fed up with incumbent telephone company Sprint.

The Dalles was without high-speed access for businesses and homes, despite the big nationwide backbones that tore right through along the railroad tracks, and the BPA's big network. Worse, Sprint, the local carrier, said the city wouldn't get access for another five to ten years. "It was like being a town that sits next to the freeway but has no off-ramp," was how Nolan Young, the city manager, explained it to me in his worn office...

The Dalles was suffering economically due to its reliance on industrial jobs that were slowly disappearing.

"We said, 'That's not quick enough for us! We'll do it ourselves,'" Young recalled. It was an act of both faith and desperation--the ultimate "if you build it they will come" move. In 2002, the Quality Life Broadband Network, or "Q-Life" was chartered as an independent utility, with local hospitals and schools as its first customers. Construction began on a seventeen mile fiber loop around The Dalles, from city hall to a hub at the BPA's Big Eddy substation, on the outskirts of town. Its total cost was $1.8 million, funded half with federal and state grants, and half with a loan. No city funds were used.

...

Once Q-Life's fiber was in place, local Internet service providers quickly swooped in to offer the services Sprint wouldn't. Six months later, Sprint itself even showed up--quite a lot sooner than its original five-year timeline. "We count that as one of our successes," Young said. "One could say that they're our competitors, but now there were options." But the town couldn't have predicted what happened next. At the time, few could have. The Dalles was about to become home to the world's most famous data center.

Blum goes on to describe how the investment played out, with Google hiding its involvement in the project for years by working through other companies. The guy who coordinated it - Chris Sacca of "Design, LLC" - made the following observation:

"It was visionary--this little town with no tax revenues had figured out that if you want to transform an economy from manufacturing to information, you've got to pull fiber,"

Many public utility districts and other publicly owned networks in the Oregon/Washington area have also attracted new jobs and data centers by making fiber optic networks plentiful and affordable. They already had incredibly low cost electricity and a moderate climate -- but fiber was "the ace in the hole" as described by Blum.