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Community Owned Network in New Mexico Helps Save Lost Pets

We recently learned about Aztec, New Mexico's, free downtown Wi-Fi  so we decided to contact Wallace Begay, the IT Director, to find out more. This desert community of about 6,600 people not only offers the free service, but uses its fiber to serve government, schools, and even four-legged residents.

Begay tells us that in 1998 the city and school system coordinated to install the original fiber and the entities share ownership. The school wanted better, affordable connectivity for students while the city wanted economic development opportunities. Community leaders used E-rate funding and a Gates Foundation grant to construct the original fiber aerial route.

The town provides water, wastewater, and electric services through municipal utilities with its SCADA system. The public library and all ten Aztec Municipal School facilities connect to the fiber network. Municipal government facilities also use the network.

Even though the city is a co-owner, it took several years for municipal offices to get on the fiber network. Aztec City Council originally decided to install the fiber network as a way to bring in revenue by leasing dark fiber, not as a way to connect offices. When Begay started at the city in 2001, administrative offices still used dial-up connections. Twenty dial-up accounts (and the crawling speeds associated with them) added up to $500 each month.

At the time, Qwest (not CenturyLink) was the provider in Aztec and could only offer microwave or copper connections. Connecting 13 facilities at 1.4 Mbps would have cost the city $1,200 each month. Begay used $500 from the electrical enterprise fund to purchase equipment and pay for tech labor to move municipal offices on to the existing network. The city electrical enterprise fund pays for expansions and updates. The network is now about 12 miles.

Begay is especially pleased about the 2004 expansion to the Aztec Animal Control facility, serving all of San Juan County. Before the expansion, Animal Control also used dial-up and spent a significant amount of time fielding calls from worried pet owners. Now, when a new animal arrives it is photographed and vitals are posted online. Staff spends more time working with animals rather than answering calls and more pets find their way home. Begay says Aztec Animal Control also teams up with local animal shelters to share video of potential adoptees to expand adoption possibilities.

Map of Aztec, NM near Four Corners

In 2010, new City Manager Joshua Ray, embraced the idea of providing free Wi-Fi. From a 2011 Farmington Daily Times article:

"Aztec has possibly the best fiber infrastructure for Internet in the entire southwestern United States, so we decided to capitalize on it and build a citywide Internet connection," he said. "I'm hoping we can eventually light up the whole city with free Internet."

"In other cities, you have to go hunt down the Starbucks or McDonald's to get free Internet," he said. "We'll have it throughout the city, and I think that will be incredibly attractive to businesses and tourists. It will really improve the quality of life for our citizens and visitors, and I think it will be an economic driving factor for Aztec."

With a New Mexico Certified Community Initiative grant and additional funds from the city, Begay purchased the equipment for the Wi-Fi network for around $75,000.

There are 19 hotspots, mostly along the business corridor. Begay says the community is considering expanding the range to reach residential areas. 

Begay told us Wi-Fi users sign on for two hour time blocks to discourage "squatters." The Wi-Fi offers up to 11 Mbps and many businesses downtown use it for Internet access and simple applications. They also appreciate the ability to offer access to patrons. Entrepeneurs in Aztec often contact the city to find out details about the Wi-Fi signal when choosing a location for a new business. Aztec sponsors several large outdoor festivals in Minium Park and the city provides free day-long access so vendors can serve customers and increase sales.

The city still intends to offer commercial dark fiber leasing and is vetting technical and legal requirements. Begay estimates Aztec will have pieces in place within three months and will be ready to sign up its first customer.

Sascha Meinrath Causes a Commotion on Community Broadband Bits #41

Sascha Meinrath, Director of the Open Technology Institute (OTI) at the New America Foundation, joined me at the National Conference for Media Reform to discuss what OTI does and to discuss the Commotion Wireless project.

Commotion is a project that is making it easier for anyone to build wireless mesh networks that allow for secure, affordable, and resilient communications. We explain what each of these components mean and why each is important.

We also discuss the ways in which these networks can make the powerful worry about what happens when all citizens can talk amongst themselves without being wiretapped or overcharged. Commotion should be a game changer both at home and abroad.

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 20 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. You can can download this Mp3 file directly from here.

Thanks to D. Charles Speer & the Helix for the music, licensed using Creative Commons.

Santa Clara Uses Smart Meters to Expand the Reach of Free Wi-fi

Smart meters aren't just for electricity anymore. In Santa Clara, the city is now using the technology to bring free citywide outdoor Wi-Fi to the entire community. The Washington Post recently covered the story

New smart meters, now being installed on homes, are primarily for electricity and water metering. The meters send usage reports via the city's wireless network, but they also have a separate channel that provides outdoor Internet access. The more houses outfitted with the new meters, the larger the network.

Santa Clara re-launched the free service in early 2012 after its first attempt resulted in a limited coverage area. In addition to using its fiber for wi-fi, the city also leases dark fiber over its 57-mile network.

While expanding the Wi-Fi network with this new technology won't bring high capacity connections to all households in Santa Clara, it is a step in the right direction.

“This is just one of the major benefits our community will enjoy as a result of our advanced metering technology,” said John Roukema, director of Silicon Valley Power, the community’s utility provider. “Now our residents, visitors and local workforce can get Internet access while waiting for a train, shopping downtown, getting their car washed or relaxing in their yard.”

Benton Public Utility District Brings Fiber to Richland, Washington

Benton PUD, located in south central Washington, recently expanded its fiber foot print through Richland and Rattlesnake Mountain. The move involved a collaborative effort between the City of Richland, the Benton PUD, and the Department of Energy.

According to Annette Cary of the Tri-City Herald, the expansion will bring better communications to the Hanford Nuclear Site. Schools, libraries, and businesses in Richland will take advantage of the additional fiber from downtown to north Richland.

Benton PUD offers fiber to businesses in Kennewick, Prosser, Benton City, and now Richland via an open access model. Residential wireless is also available in Prosser, Pesco and Kennewick with five retail providers on the network.

According to the article, Benton PUD will also use the fiber for its advanced metering system. From the article:

"This agreement allows Benton PUD to increase its capacity and redundancy, while also helping the Hanford project," Rick Dunn, PUD director of engineering, said in a statement.

The fiber also provides additional capacity for the Hanford Federal Cloud, a system that allows Hanford information to be stored at centralized and consolidated data centers rather than on individual worker's computers. The fiber serves several DOE facilities connected to Hanford.

"Having a fast, reliable communications infrastructure is critical in supporting Hanford's cleanup mission," Ben Ellison, DOE's Hanford chief information officer, said in a statement. "This project gives DOE the capacity it needs to further the mission and allows for future growth of both the community and Hanford cleanup activities."

While the DOE sees the fiber as an asset in the ongoing clean up of the decommissioned nuclear production complex, local leaders see it as an opportunity to bring more business to the area. Richalnd and southern Washington are also known for low power rates, another feature attractive to potential businesses. As clean-up winds down at Hanford, Richland is looking to the future and wisely using fiber as a way to reach out for commercial opportunities.

San Jose Launches Super Fast Wi-fi

San Jose launched its new, publicly owned, downtown free Wi-Fi on March 14th. This is the community's third attempt at bringing a successful free service to downtown and city officials have made much ado about the new "Wickedly Fast Wi-Fi Network." The city teamed up with SmartWAVE Technologies and Ruckus Wireless to design and install the $94,000 network. Ongoing costs are estimated at $22,000 per year.

From the press release, reprinted in PR Newswire:

"Utilizing our Smart Wi-Fi technology, this Wickedly Fast Wi-Fi Network offers the fastest public Wi-Fi service in the country, and we’re proud to be a part of enabling that,” said Selina Lo, president and CEO of Ruckus Wireless. “On a smartphone, a user will be able to experience speeds of anywhere from two to three Megabits per second. This is easily three to four times faster than any other public network service,” Lo concludes. “There’s a huge, growing demand around the country, and the world, for more reliable public and managed Wi-Fi services to satisfy an exploding population of users now armed with multiple smart mobile devices, and where better to help satisfy that demand than starting with the Capital of Silicon Valley.”

The network will also speed up parking transactions in the City's downtown parking system and support downtown city government facilities.

In a KTVU report, Vijay Sammetta, Chief INformation Officer for San Jose described the new Wi-fi:

"Typically we see municipal a thousand or two-thousand miles per hour in layman's terms," said Vijay Sammeta, San Jose's Chief Information Officer.  "We're upping that ante up to 10,000 miles per hour."

Update: The Wall Street Jounal has also just covered the recent proliferation of community owned Wi-Fi networks.

Virginia Town Provides Free Wi-fi in City Park, Fiber to Community Anchors

Last summer, the city of Staunton, Virginia, sent out a press release about its new citywide free wi-fi service. Four hours later, a destructive storm ripped through Gypsy Hill Park knocking down trees and damaging buildings. Nevertheless, the equipment held on. Five days later, celebrants at the city's July 4th party used the free service in droves.

A William Jackson GCN article from December, 2012, highlights the popularity of the network:

Wi-Fi use in the park had begun well before the formal launch. Almost as soon as installation of the access points began in May, park workers noticed people congregating with their laptops in areas near the points, Plowman said, demonstrating the demand for Wi-Fi access.

Public Wi-Fi has become a popular feature at the park. “People are finding creative uses for it,” [chief technology officer for Staunton, Kurt] Plowman said, such as the woman who used a laptop Web camera to send a ball game in the park to a player’s grandmother.

As we have seen in other communities, a wireless network enhances local connectivity as a complement to a fiber network. Staunton is the County seat of Augusta and home to nearly 25,000 people.

The City owns two separate networks. In addition to the fiber used by city facilities, there is a separate dark fiber network. The city installed the dark fiber with the intention of leasing it to the Staunton Economic Development Authority. The Authority then leases it to local phone, Internet, and wireless provider, MGW. MGW serves residential and commercial customers in south and west Virginia.

In 2012, the city built a new fiber institutional network to avoid having to lease from the private sector.

We touched base with Kurt Plowman who told us that the fiber connects twelve major city facilities, including libraries, fires stations, and public works facilities. There are also over fifty traffic signal cabinets and ten facilities in Gypsy Hill Park on the fiber.

When compared with the city's past lease payments for fiber and data circuits, payback will be complete in 10 years. Additionally, there are more facilities connected and bandwidth is increased.

Plowman also told us that the $1.25 million cost of the project was well below estimates. The build was a Public-Private Educational Facilities Infrastructure Act (PPEA) project in conjunction with Lumos Networks from Waynesboro, Virginia. Lumos performed the engineering, contracting, and project management in exchange for several strands of the fiber. Plowman tells us that all connections are 1 gig but that there is considerable room to increase capacity. Additional dark fiber was engineered into some routes for future expansion. Schools and libraries are connected for free. Update: We connected with Kurt Plowman again who told us that prior to Staunton's infrastructure investment, schools were paying $2,000 per month just to lease fiber.

Orange Wireless logo

In addition to serving schools, libraries, and government facilities, the fiber supports the free wi-fi. From the article:

For Staunton, the driver for public Wi-Fi was the creation of a 30-mile fiber optic city backbone about two years ago to replace the city’s leased lines. Thirteen years ago, telecos had leased the city’s dark fiber, but over the years they had become more interested in selling services than capacity, and the city decided to build out its own infrastructure in cooperation with a local carrier.

“Cost was a driving factor, along with bandwidth,” Plowman said. “We built a better network as a public-private partnership and saved a lot of money in the long run.”

The fiber links about 30 government locations, including Gypsy Hill Park, which has heavy use all summer. The park’s bandstand offers entertainment four or five times a week throughout the summer and there are frequent festivals and other activities. Officials decided that, “for what we’re spending putting fiber in, let’s put something in to give the public something for the expense,” Plowman said.

Staunton first invested in wi-fi about 10 years ago when it was installed in the public library. While city leaders considered providing it in other areas, they did not feel technology was ready to meet their needs. They were also concerned about competing with private carriers. Technology has since advanced and the city has taken special steps to avoid competing with private carriers in the vicinity of the park.

“I’m almost embarrassed to say how easy it was,” Plowman said of the wireless segment. “It was an opportunity to give something back to the public.”

Blair Levin Discusses Gig.U and More for Community Broadband Bits Episode #37

Blair Levin is Executive Director of Gig.U. Prior to that, he was in charge of developing the National Broadband Plan and long before that was Chief of Staff for the FCC during the Clinton Presidency. He's had a lot of experience in telecommunications policy but here we focus on what can be done to move America's communities forward.

I asked Blair to join us for the show so I could ask him some hard questions about the Gig.U initiative, including the difficulty of achieving universal service and the tradeoffs around allowing entities not rooted in the community to own (and set the rules for) essential infrastructure. I also challenge Blair's preference for "private sector" investment, asking him what exactly that means.

I hope our discussion is helpful in understanding the tradeoffs communities must make in choosing exactly how to improve Internet access locally. Though Blair and I disagree in some ways, I think we clearly illuminate why we disagree so the listener can make up his/her own mind.

If you have some questions left unanswered or points you wish were made, note them in the comments below and we'll ask him to join us again.

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 35 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. You can can download this Mp3 file directly from here.

Thanks to D. Charles Speer & the Helix for the music, licensed using Creative Commons.

Dewayne Hendricks Explains the Forgotton National Information Infrastructure - Community Broadband Bits #34

Have you heard of the National Information Infrastructure, or the NII? Most of us either haven't, or have forgotten we once knew what it could be. Dewayne Hendricks joins us to remind us what it was and why we should care. It's "kind of a big thing." Since we conducted this interview, unlicensed spectrum issues became a hot topic; listen below to get a better sense of just how important this issue is.

In our discussion, Dewayne walks us through the original vision, one that now seems fanciful: a world of mobile devices that interconnect with each other on the wireless networks that surround us. While we do have wireless networks in most places, they are often controlled by a few companies, like Verizon and AT&T, that restrict how we can use them and how our devices can talk to each other.

But the NII was to be more decentralized, creating much more space for entreprenuers and innovators to create new business models. A few massive corporations were able to change that vision, creating a lucrative role for themselves as gatekeepers along the way.

Dewayne started this conversation by recommending a 1995 filing by Apple [pdf]. Whether you read it before or after our conversation, it is worth taking a look.

Dewayne has previously joined us to discuss wireless generally and then later to talk about the wired vs. wireless debate. A previous interview with Bruce Kushnick is also referenced over the course of this interview.

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 30 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. You can can download this Mp3 file directly from here.

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

Hey FCC: Time to Expand Unlicensed Spectrum!

Remember that Washington Post story about bigger, free Wi-Fi networks? It went hugely viral with all manner of outlets picking the story up, unintentionally distorting it, and amplifying it.

Some good has come of it. For one thing, I was reminded that Ars Technica does a really good job of tech reporting, better than anyone else in my estimation. Cecilia Kang offered a follow-up story to clarify the original that should help more people to understand what is at stake.

But more importantly, we saw a lot of media coverage about something really important, whether we allocate future spectrum for everyone to use (much like Wi-Fi) or will we reserve it just for AT&T, Verizon, or another big corporation?

Harold Feld has a strong opinion on the matter:

This past week, we’ve had quite the discussion around Cecilia Kang’s WashPo piece describing a plan by the FCC to create a national WiFi network by making the right decisions about how to allocate spectrum between licenses for auction and what to leave available for the unlicensed TV white spaces (“TVWS” aka “Super WiFi” aka “Wifi on steroids”). As Kang describes, the FCC’s opening of sufficient spectrum for TVWS could lead to “super WiFi networks (emphasis added) around the nation so powerful and broad in reach that consumers could use them to make calls or surf the Internet without paying a cellphone bill every month.”

Needless to say, the article faced much pushback, despite a subsequent Washpo clarification to indicate the FCC was not, actually, planing to build a network. Amidst the various critics, there were some general defenders of the concept. My colleagues at EFF noted that increasing the availability of open spectrum for WiFi-type uses , and my friends at Free Press argued that such a free public wifi network (or, more accurately, series of networks) is in fact possible if the FCC makes enough good quality spectrum, suitable for broadband and usable out doors, available on an unlicensed basis.

I will now go a step further than any of my colleagues. I will boldly state that, if the FCC produces a solid 20 MHz of contiguous empty space for TV White spaces in the Incentive Auction proceeding, or even two 10 MHz guard channels that could nationally produce two decent sized LTE-for unlicensed channels, then we will have exactly the kind of free publicly available wifi Kang describes in her article. Or, “Yes Cecilia, there really is free national public wifi. Don’t let the haters and know-it-alls tell you otherwise.” ...

MAG-Net Logo

I wrote a much shorter, far less impressive piece for the Media Action Grassroots Network that embraces a similar argument:

You know how you can buy a simple little device for as little as $30 now to set up your own Wi-Fi network that creates an easy in-home network? Imagine if your neighborhood could do that too!

Wi-Fi works in your home because the federal government, which manages how the public airwaves are divided for various uses, decreed that a small slice of spectrum would be unlicensed - sitting there for anyone to use however they wanted. But that spectrum is not suited for a neighborhood-wide network. ...

And we have seen others take notice as well, including the Baltimore Sun Editorial Staff:

The companies who oppose the FCC's plan argue that the agency's mission to serve the public interest would best be achieved through the revenues from an auction of the airwaves. The last such auction, in 2008, generated nearly $20 billion for the government. That's a substantial amount of money, to be sure, but the relatively small portion of the spectrum that the commission now proposes to leave open to unlicensed use would be worth only a fraction of that — a pittance compared to the economic activity that could be generated through the creation of new products and services to take advantage of the unlicensed spectrum.

FCC Logo

Therein lies the danger. The big wireless lobbyists are pushing Congress and the FCC hard to ensure that they get the licenses. Republicans in particular are arguing that we need the billions (perhaps 3-5?) of dollars that an auction would fetch for the treasury. This would be a terrible tradeoff.

I doubt that anyone has a handle on the value of Wi-Fi, but it is orders of magnitude higher than a onetime infusion of a few billion dollars. How much would you pay any given day to use Wi-Fi? Multiply that by over 200 million people. And this new spectrum could allow bigger networks than Wi-Fi supports -- an even greater potential value!

Verizon and AT&T know this, of course. They will gladly spend billions to ensure that we are stuck paying far more for services from them than we can build for ourselves if only we are allowed to use our spectrum to do so.

Write your elected representatives to support increased unlicensed spectrum.

Scarlett McGrady Explains Virginia's Wired Road

The Wired Road is an ambitious fiber optic and wireless project offering Internet access to several underserved areas in rural Virginia. For the 31st episode of our Community Broadband Bits Bits podcast, Scarlett McGrady joins me to discuss its history and impact on the region.

McGrady is the Director of the Grant Community Computing Center [link to Facebook page], which providers a variety of services including computer literacy courses.

The Wired Road has long had gigabit capacity for those who are within range of the fiber optic connections. Anyone who can take a service from the network has to choose a service provider as the network is a pure open access approach: the community-owned network does not offer any services directly to subscribers. Instead, the Wired Road builds the infrastructure to enable independent service providers to offer services.

We discuss the Wired Road and the many ways that rural residents enjoy using the Internet to improve themselves and their businesses. You can find our previous stories about the Wired Road 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 20 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. You can download this Mp3 file directly here.

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