Tag: "spectrum"

Posted October 12, 2021 by Ry Marcattilio-McCracken

With support from the Internet Society, the Institute for Local Self-Reliance has produced a video series to help tribes meet the requirements set by the FCC in getting their 2.5GHz networks up and running. Featuring participants from this summer's inaugural Tribal Wireless Bootcamp (including Spencer Sevilla and Deb Simpier), the series offers an introduction to key terms before walking viewers through the necessary steps from inception to connecting end users to a new network.

Christopher wrote a retrospective of the event at the end of September, so head there if you're curious about how it all came together, the lessons learned, and more about the wonderful people who took part in the effort.

The educational series is split into four parts: 1) Why LTE? 2) An Intro to EPC 3) Setting up the eNodeB, and 4) Configuring SIM Cards and Adding Users. 

Watch the videos below, or view the full playlist here.

Posted September 21, 2021 by Christopher Mitchell

Earlier this summer, a small group of people gathered in the southern California desert for the first Tribal Wireless Bootcamp. Organized by a loose collection of people with a long history of building and encouraging nontraditional broadband networks, the focus was on building, maintaining, and troubleshooting wireless networks in Indian Country.

To avoid any pretense of journalistic integrity, I will just say upfront that it was awesome. Not just in the sense that it was a good time, but in the sense that it was overwhelming and hard to fully grasp. For some of us, it was the first time in more than a year we had been in a group of people of any size, let alone people outside our immediate social circle.

Some of the attendees were already operating networks and others were new to it but everyone shared strategies, whether about software or how to organize people in historically marginalized communities - taking lessons from the Bronx and applying them to Tribal lands.

Ultimately, we achieved the multiple objectives set out from the beginning - to share strategies on building physical networks while actually building a social support network for this work that would endure after the weekend ended. Each of the Tribes involved received a set of 2.5 GHz radios that would not only allow for a high-capacity link, but would standardize the participants so they could better help each other to troubleshoot and improve their networks.

Conception

Many rural areas lack decent broadband Internet access, but the lack of availability in Tribal reservations is extreme. No one even knows what the statistic is, but like many statistics that the Federal Communications Commission publishes, everyone knows it is a gross overstatement. For decades, Tribes have been overlooked, ignored, and defrauded by telecommunications companies seeking to extract wealth from their people and land, with some notable exceptions of companies that have worked hard to connect Indigenous communities. Many Tribal leaders have concluded they need to build their own networks to ensure high-quality Internet access to secure many of the modern benefits the rest of us take for granted.

The Tribal Wireless Bootcamp began as a conversation on how to build on the impressive work of the Internet Society's North American chapter in the Indigenous Connectivity...

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Posted February 4, 2021 by Ry Marcattilio-McCracken

The rate of connectivity in Indian Country lags behind the rest of the country. As of December 2018, only 60% percent of Tribal lands in the lower 48 states had high-speed Internet access. A new case study report [pdf] from the Institute for Local Self-Reliance delves into the experiences of four Native Nations — the Coeur d’Alene, the Nez Perce, the Fond du Lac Band of Ojibwe, and the St. Regis Mohawk — as they constructed their own Internet service providers. 

The case studies examine the unique challenges Native Nations confront as they seek to build Internet infrastructure and address the digital divide while also retaining the tribal sovereignty that is essential to their identity and heritage. As the report states, “Native Nations are sovereign over their data, and have the obligation to protect that information and use it for the betterment of tribal citizens.” 

Each section of the report contains key takeaways that other tribes could use and learn from. The report also pulls these individual case studies together for comprehensive key lessons that Native Nations, lending institutions, and the federal government can use to improve the process for implementing tribal ISP’s, which include:

  • Improving Access to Capital. Native Nations do not have the same access to capital as municipalities or as private Internet service providers. Due to that fact, lending institutions should address their processes for lending to Native Nations to determine how to better support network projects, and the federal government should regularly evaluate funding opportunities for network projects by Native Nations.
  • Avoiding Single-Purpose Funding. Federal funding is often limited to a single purpose, such as connecting Indian Health Services facilities or schools & libraries, which tends to create Internet “silos” rather than broad access.
  • Recognizing the Preparation Needed to Take Advantage of Opportunities. Native Nations that have already started projects or have plans to start projects can easily jump on new funding opportunities if they have a core team of network professionals ready and waiting for the next funding opportunity.
  • Respecting Native Nations’ Right to Spectrum. The FCC should not lease licenses to spectrum over any...
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Posted October 1, 2020 by Ry Marcattilio-McCracken

Over the last few months, a number of cities across the country have recognized the pressing need to find a way to get those in their community without Internet access connected. In San Rafael, California, San Antonio, Texas, and Champaign, Illinois, local governments along with a variety of philanthropic, technical, and private partners have developed a host of innovative ways to bring fixed wireless solutions to neighborhoods in need.

The city of McAllen (pop. 140,000) — near the mouth of the Rio Grande, at the southern tip of Texas — offers some additional lessons to be learned and a blueprint for success for other local governments thinking of doing the same. Quietly over the summer, it collected broadband data, designed, and deployed a fixed wireless network which to date covers more than three dozen neighborhoods and provides free connectivity for the city’s students and residents. 

Fiber From the Water Tower

Citywide Wi-Fi has been a long time coming in McAllen. Mayor Jim Dalson and the IT Department have wanted to do it for years, IT Director Robert Acosta said in an interview, but finding a way to pay for it has been the major barrier. In the meantime, his department has been adding wireless coverage to public spaces for the past half decade, at city parks, outside of government facilities, at the Museum of Art and Science, and at the Boys and Girls club. He also extended the network to traffic cameras, water towers, and other government facilities, and when the pandemic hit his department had more than 60 miles of fiber to call upon.

The current effort started in the middle of June, when the city commission and mayor allocated $2.9 million from county-distributed CARES money to the IT Department in order to get students connected for the upcoming school year (see map, right)....

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Posted May 12, 2020 by Katie Kienbaum

In this episode of the Community Broadband Bits podcast, we get an introduction to what this week's guest calls "the most Southern of protocols" Wi-Fi. Here to guide us is Heather "Mo" Williams, Manager of Solutions Engineering at Ruckus Networks, Wi-Fi engineer for Black Hat conferences, and co-host on the podcast This Week in Enterprise Tech.

During her conversation with Christopher, Mo shares her background with Ruckus Networks and her family's personal experience with poor connectivity in rural Texas. Then, Mo and Christopher discuss the history of Wi-Fi, the basics of how it functions, and what it means to operate over unlicensed spectrum. Mo explains how network congestion and the proliferation of Wi-Fi-enabled devices challenge engineers.

Christopher and Mo talk about the overblown hype around 5G technologies. They also dig into the Federal Communications Commission's wireless policies, and Mo commends the agency for it's recent decision to open up more spectrum for Wi-Fi, calling it a "game changer."

This show is 51 minutes long and can be played on this page or via iTunes or the tool of your choice using this feed. You can listen to the interview on this page or visit the Community Broadband Bits page.

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Posted April 7, 2020 by Katie Kienbaum

This week on the Community Broadband Bits podcast, Christopher speaks with Steve Song, a fellow at Mozilla who works to connect unserved communities across the globe.

Steve shares his background starting out at a nonprofit Internet service provider in 1990s South Africa, and they discuss the negative but mostly positive effects of widespread Internet access. While acknowledging the limitations of mobile connectivity, Steve describes the essential role wireless technologies have played in connecting people worldwide. To get everyone online, Steve argues that we need a mixture of models, including wireless providers.

Christopher and Steve also talk about how the potential impact of 5G is being diluted by focusing on high speeds instead of affordable, rural Internet access. At the same time, Steve explains that the U.S. has been a global leader in terms of opening up wireless spectrum for many uses. For better rural connectivity, Steve points to cooperatives as an exemplary model to follow, and he speaks to the need to treat spectrum differently in rural areas.

Talk to us! Would you like to hear shorter, more frequent episodes instead of our usual weekly episodes to keep up with the ever-changing times? Let us know by commenting below, sending an email to podcast@muninetworks.org, or connecting with us on social media.

This show is 29 minutes long and can be played on this page or via iTunes or the tool of your choice using this feed. You can listen to the interview on this page or visit the...

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Posted February 4, 2020 by Lisa Gonzalez

On February 3rd, 2020, the FCC opened the 2.5 GHz Rural Tribal Priority Window, a six month period in which federally recognized Tribes or Alaska Native Villages have the opportunity to apply for licenses to unassigned spectrum over their Tribal lands. This week on the podcast, we have two guests from MuralNet — CEO Mariel Triggs and Edyael Casaperalta, Legal Advisor and Policy Strategist. MuralNet, a nonprofit that focuses on helping indigenous people build their own networks, has been working to spread the word about the Rural Tribal Priority Window.

Historically, national Internet access companies have fallen short in bringing their services to people living on tribal lands. A few Tribes have been able to develop their own community networks, but others have found roadblocks when competing with large ISPs for spectrum or for funding. As a result, Tribal communities are some of the least connected in the U.S. Mariel and Edyael discuss how fixed wireless, using the 2.5 Ghz band spectrum is well suited to help solve this persistent problem. They share some of the challenges they’ve faced and offer some tips with deployment and in working to develop policy.

We learn more about the criteria that tribes need to meet in order to apply and how, even if they don’t plan on building their own network, owning access to the spectrum is, nevertheless, empowering. Tribes may not wish to operate a community network, but owning the airwaves above their land gives them some control over how those airwaves are used.

To learn more about the claiming the airwaves over Tribal Land, check out MuralNet’s website here. They're always willing to answer questions and to help with the process.

Legal...

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Posted September 19, 2019 by Lisa Gonzalez

Rural tribal communities in the U.S. struggle with some of the worst connectivity in the country. Decades of neglect have put them even farther behind other rural communities, many of which are moving toward community networks rather than depending on national Internet access providers. The most isolated tribal community in the continental United States has chosen to shrink their disadvantages by establishing a community network.

Within the Canyon

The Havasupai Indian Reservation, home to about 600, is surrounded by the Grand Canyon National Park in Arizona. Having populated the region for centuries, the federal government restricted them to the reservation, an area of about 518 acres in Havasu Canyon, in 1882. Non-Indian ranchers, settlers, and miners started takng over the area in the 1870s and Executive Order confiscated the Havasupai homelands for public use. After the establishment of the Grand Canyon National Park and generations of persistence, the tribe finally won back more than 188,000 areas of plateau and canyon lands in 1975 through an Act of Congress.

The community, on the floor of the Grand Canyon, can only be reached by helicopter, or an 8-mile hike that starts 67 miles away from the nearest town. Mail is still delivered by mule.

Seeking Spectrum

That persistence is paying off again as the Havasupai Tribal Council focuses their attention on broadband access. They're collaborating with nonprofit MuralNet to connect the main residential area in Supai, where about 450 tribal members live. The nonprofit's mission is to assist tribes like the Havasupai develop infrastructure to obtain high-speed Internet access. 

orangewireless_2.jpg In the spring of 2018, the tribe obtained a temporary Educational Broadband Service (EBS) Spectrum license. MuralNet, local ISP Niles Radio, and Northern Arizona University have all contributed toward the effort to launch the community network. Niles Radio provided 30 Megabits per second (Mbps) backhaul at no charge in addition to volunteering to help with deployment. With MuralNet professionals and volunteers from the community, the LTE network was up and running within a day. Equipment costs for what MuralNet describes as the first phase of the network were $15,000. As a result, a few...

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Posted June 26, 2019 by Hannah Trostle

Protestors around the country have taken a stand against 5G ⁠— often based on myths of health effects from the new technology. But Doug Dawson at CCG Consulting argues that the protestors do have an element of truth. Dawson addresses these health concerns around 5G and small cells on his blog, POTs and PANs. The first item of business that Dawson takes care of is explaining in clear terms what 5G even is. Then he dives into what the actual health effects are and how concerned we should be.

5G Basics

5G is confusing because it actually refers to three types of technologies: mobile cellular, gigabit radio, or high-speed wireless connections. Protestors have conflated these types of 5G together. Dawson explains the differences among these technologies and whether there are actual health risks to any of them. He also notes that 5G is not going to be here any time soon:

"It might be a decade until we see a full 5G cellular installation. There are 13 major specifications for improvements between 4G and 5G and those will get implemented over the next decade. This won’t stop the marketing departments of the cellular carriers to loudly claim 5G networks after one or two of these improvements have been partially implemented."

Health Concerns

Most of the 5G technologies should not pose a problem; the concern is with the particular technology that uses millimeter wave spectrum. Some research suggests that this can have ill effects on the environment. Other studies have shown few health effects, such as this article about millimeter wave spectrum and lab rats, but more research is needed. Dawson points out that most countries, including the U.S., have agreed to explore millimeter wave spectrum deployment except for Belgium, which has banned it until there is more research on the health effects. He describes the potential problem here:

"A deployment of millimeter wave loops means constantly bombarding residential neighborhoods with millimeter wave spectrum from poles on the curb. The other planned use of millimeter wave spectrum is for indoor routers that will transmit gigabit bandwidth inside of a room. People can clearly decide to not use millimeter wave...

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Posted June 25, 2019 by Katie Kienbaum

Matt Rantanen, director of technology at the Southern California Tribal Chairmen’s Association and director of the Tribal Digital Village Network, has been working for years to get tribal communities connected to broadband. In his conversation with Christopher, he talks about his experience with creative wireless solutions, the potential of the Educational Broadband Service (EBS) to get folks connected, and shifting attitudes around the importance of broadband.

“We’re trying to help solve that rural connectivity problem. America’s got a lot of talented people that live outside the city centers, and they just don’t have access to the resources that they need — and a lot of those people are on reservations. So it’s really important to get those people connected.”

Matt’s newest venture, Arcadian InfraCom, is creating new, diverse fiber paths thanks to innovative partnerships with tribal communities. Phase 1 of their plan, scheduled to be completed in 2022, will connect Salt Lake City to Phoenix and Phoenix to Denver, with add/drop locations within the Navajo Nation and throughout Utah, Colorado, and Arizona.

We talked to Matt previously on Community Broadband Bits episode 76 and on an episode of our Community Connections series. Check out our other stories on tribal lands connectivity here.

We want your feedback and suggestions for the show-please e-mail us or leave a comment below.

This show is 34 minutes long and can be played on this page or via iTunes or the tool of your choice using this feed. You can listen to the interview on this page or visit the Community Broadband Bits page.

Read the transcript for this episode....

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