Home to one of the wealthiest and most successful companies in America, you wouldn’t expect residents of Mountain View, California to find themselves on the wrong side of the digital divide.

Yet the city of nearly 82,000 – frustrated with spotty and expensive service by AT&T and Comcast – is considering a municipal broadband network to deal with the deficiencies of the duopoly.

Last year, Mountain View officials hired the consulting firm, Entrust Solutions, to take a closer look at the city’s broadband availability metrics and device potential options for the city.

The finished report and accompanying technical memorandum note that Comcast enjoys a monopoly over vast swaths of the city, resulting in expensive, slow, and spotty access.

“Although most of the City is considered ‘well-served’ by federal and California state standards, most residents have only a single option for Internet service and are essentially subject to a cable monopoly,” the authors wrote. “When it comes to modern gigabit Internet services, only 42% of the serviceable addresses have fiber access.”

The study similarly found that despite ongoing taxpayer subsidization, AT&T has historically failed to upgrade its older DSL customers to fiber across large swaths of the city.

“AT&T provides legacy copper-based service for most of the city, but that technology is not capable of meeting the State of California’s minimum broadband speeds of 100 Mbps download and 25 Mbps upload,” the consulting firm found.

“And while AT&T also provides fiber-to-the-premises (FTTX) services in limited neighborhoods of the City, this means that much of the City is effectively a Xfinity/Comcast monopoly, leading to an uncompetitive market for City residents seeking broadband service.”

California ISP Onward, which has increasingly partnered with California cities to expand affordable fiber access, is leveraging $4.7 million in American Rescue Plan Act (ARPA) broadband grants to further expand its footprint into long-unserved areas of San Diego County.

According to a recent announcement, San Diego county’s Broadband Committee has approved nearly $9 million in ARPA broadband grants to help expand fiber access to 1,000 residents in three unincorporated areas:

• $4.7M awarded to Onward to deliver high-speed internet service to 281 households in Warner Springs.
• $2.7M awarded to AT&T to deliver high-speed service to 101 households in San Dieguito.
• $1.5M awarded to AT&T to deliver service to 53 households in Ramona.

The county says a Notice of Funding Availability was shared with all known Internet Service Providers in the County back in July of 2024. The County requested grant proposals through public outreach and engagement based on findings from its Comprehensive Broadband Plan.

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The effort is running parallel with the San Diego County Library Tech Connect Program that has provided 7,000 Google Chromebooks and MiFi hotspots with unlimited data plans to residents and students to the internet for free.

The Onward website states that the planned $4.7 million expansion into Warner Springs is still in the planning stage, but that once completed the fiber options will be between 10 to 100 times faster than existing offerings. Onward has also partnered with Rancho Cucamonga to dramatically boost access elsewhere in San Diego County.

As a young woman of the Nuxalk Nation, Mallory Hans is “clearing a path for future generations.”

A 2022 graduate of the British Columbia Institute of Technology, she’s one of about 50 people hailing from various Tribes and First Nations across North America in attendance for the latest Tribal Broadband Bootcamp, a three-day intensive learning experience focused on building and running Tribal Internet networks.

Held in different tribal regions several times a year since the initiative began in 2021, this bootcamp (the eighth in an ongoing series of hands-on seminars) is being hosted at the Akwesasne Mohawk Casino Resort on the Saint Regis Mohawk reservation along the New York/Canada border.

“So far so good,” Mallory said on Day Two of the bootcamp just as the attendees broke into small groups to go through a variety of demonstration stations set up by bootcamp instructors and Tribal employees who run Mohawk Networks, which provides fiber-to-the-home (FTTH) Internet, video, and voice services across the reservation in northern New York.

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In continuing the driving impulse to demystify technologies and build capacity among cohorts in Tribal nations, Day Two was centered around fiber stations that included demonstrations of how network operation centers are run; one on fiber splicing; another showcasing equipment used to install fiber inside of households with representatives from Calix, and another station on the electronic equipment that measures the performance of fiber lines.

“I’m enjoying it, feeling more confident and finding out I’m capable,” said the 22 year-old, newly minted fiber technician.

Back in January, Colorado Springs Utilities (CSU) announced it was going to begin building a city-wide, open access fiber network owned, and that Ting would be its first anchor tenant. Construction of the network is expected to begin in the third quarter of this year, with a target completion date of 2028 (originally planned for fifteen years). The network will provide multi-gigabit service to roughly 200,000 homes as well as city businesses and anchor institutions. It’s still early in the process, but projections at the moment have the utility spending $45 million to $100 million a year for the next six years to complete the project. The first phase will see 225 new fiber route miles laid.

CSU Has Long Used Fiber

For thirty years CSU has built fiber across Colorado’s second-largest city. CSU’s dramatic  expansion of this existing network directly benefits the utility by reducing overall costs, improving infrastructure monitoring, and boosting overall utility network resiliency. And it all will come with no rate increases to CSU electric customers.

But the company’s decision to lease access to this fiber expansion also directly aids the local community by lowering consumer utility costs, and delivering universal, affordable, high-speed Internet access. It’s a significant boon to Colorado’s second largest city that’s now an attractive, high-tech growth market. 

Two years after launching a community-based model to help residents overcome the digital skills challenges that keep so many offline, the National Digital Inclusion Alliance (NDIA) announced in February 2022 that it has received a $10 million grant from Alphabet subsidiary Google to dramatically expand the impact of its Digital Navigator Corps model across the country. The money will allow NDIA to take the Corps nationwide to 18 new rural communities (including Tribal sites), helping thousands of people overcome adoption barriers with the help of local experts. 

Filling a Need at the Onset of the Covid-19 Pandemic

In August of 2020, NDIA first announced the launch of its new venture - the Digital Navigator initiative - to directly reach the many households across the United States that have access to wireline infrastructure but lack the knowledge, skills, trust, or comfort to turn that possibility into an affordable connection. The goal was to help people “get connected with affordable home Internet [access], find affordable computing devices, and learn basic digital skills,” and was borne directly out of the onset of the Covid-19 pandemic the previous spring.

The Salt Lake Public Library and Rural LISC were pilot partners, but NDIA has since worked with more than 20 organizations and communities over the last two years in addition to releasing a cornucopia of resources for cities and anchor institutions that to adapt and use as they see fit, in places as wide ranging as Austin, Cleveland, Denver, Nashville, Philadelphia, Portland, Providence, and Seattle. All of this work has led to refinement of the Digital Navigator model while also helping thousands get and stay online. 

In this episode of the Connect This! Show, co-hosts Christopher and Travis Carter (USI Fiber) will be joined by Heather Gold (CEO, HBG Strategies LLC) and Milo Medin, an industry veteran who recently left Google as VP of wireless services.

The panel will tackle what we can expect to see in the broadband marketplace in 2022, with a special focus on fiber, including who is building it and why the capital markets are so hungry for it. What are we likely to see from builders big and small? What will competing against the national monopoly providers look like? Is fixed wireless a viable option ten years from now?

Subscribe to the show using this feed on YouTube Live or here on Facebook Live, or visit ConnectThisShow.com

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In the city of Fullerton, California (pop. 140,000), privately owned infrastructure builder and operator SiFi Networks has turned on the first section of what will be a city-wide, open access Fiber-to-the-Home network. The project makes Fullerton SiFi’s first FiberCity — a privately built, financed, and operated open access network it plans to duplicate in more cities across the country in the future. When complete next fall, the Fullerton FiberCity network will pass every home and business in the city, with the company's subsidiary, SiFi Networks Operations, selling wholesaling capacity to as many Internet Service Providers (ISPs) as want to enter the market. 

A Different Approach

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SiFi’s FiberCity model remains somewhat unique in the United States, and is much more common in Europe and Asia. CEO Ben Bawtree-Johnson attributes their success to cracking the economic code for private investment in open access information infrastructure, which has seen more attention in recent years as investors and fund managers have seen opportunities. “[O]ur vision really is to create as many last-mile fiber optic networks as we can across the USA in a long term sustainable fashion,” Bawtree-Jobson remarked on an episode of the podcast last fall. “[W]e're all about long term, dry, low yielding, risk mitigated investments, so everything we do is based around 30-year plus type investments.”

On July 6th, the City of West Des Moines, Iowa, announced an innovative public-private partnership with Google Fiber to bring gigabit Internet to all 67,000 of its citizens over the next two and a half years. The city will build conduit connecting every home and business and available for use by different providers. Google Fiber will be the first, coming in and laying and maintaining its own fiber once the city’s construction is complete. It’s the result of years of effort by the city council and serves as an example of other communities looking for solutions to improve options for all citizens. 

Origins

The origin of the decision dates to 2016 and the city’s 2036 Vision [pdf]. In it, West Des Moines committed to “doubling down on technology,” creating five- and ten-year milestones that reached for specific markers of success by 2026, including: 80% of the population having access to gigabit Internet service, $2.5 million per year in new revenue generated by the city’s information infrastructure, and all citizens using the West Des Moines Integrated Network app for greater dissemination of information and citizen engagement.

In the city’s announcement, Mayor Steve Gaer said,

A key element of the City’s 20-year strategic plan calls for all residents, regardless of their means, to benefit from high-quality and high-speed connectivity.

Community leaders, stakeholders, and citizens all played a role during the planning phase, and project officials considered three criteria for guidance. The first was the expectation by its citizens had that the Internet was a utility; whether or not the city wanted to become an ISP, its efforts would have to work toward universal, affordable, reliable access. The second was a determination to regain and then maintain control of the municipality’s rights-of-way so as to preserve the infrastructure future of West Des Moines. And the third was that any future public network facilitated by the city should serve as a platform for serving residential and commercial users according to their diverse needs, from business to education to telemedicine.