It’s good for you, it’s good for all of us, and for many people, discussing it is as thrilling as watching paint dry. We’re talking about the principle of network neutrality, if course.

Stephen Colbert has found a new way to share this important issue and he has found a thrilling way to do it - on a roller coaster with Professor Tim Wu!

Check it out!

Over the past few years, a number of media outlets have spotlighted Chattanooga’s rebirth from “dirtiest city in America” to a high-tech economic development engine. Recently, the BBC World Service produced “Chattanooga - the High Speed City” an episode in its Global Business Podcast series.

Peter Day presents the 27-minute story, described by the BBC as:

Chattanooga has been re-inventing itself for decades. In the late 1960s Walter Cronkite referred to the city as "the dirtiest in America." Since then heavy industry has declined and, to take its place, civic leaders have been on a mission to bring high-tech innovation and enterprise to Chattanooga. In 2010 the city became the first in America to enjoy gig speed internet following an investment of a couple of hundred million dollars from its publicly-owned electricity company, EPB. What economic and psychological benefits have super-fast internet brought to this mid-sized city in Tennessee? Has the investment in speed paid off? 

In the podcast, Day interviews a number of people who describe how access to the fast, affordable, reliable network offered by EPB Fiber Optics has benefitted the community. The story includes interviews with business leaders, artists, entrepreneurs, and others who recount how the community’s Internet infrastructure has influenced their decision to locate in Chattanooga. The Times Free Press covered the BBC podcast in detail and reprinted an excerpt from Mayor Andy Berke:

"The city that I grew up in in the mid 1980s was dying," Berke told the BBC. "We held on to our past for too long. We're not the best at something and that's really important for a community. When you are the best, that changes how you look at things and allows you to take advantage of and utilize your resources. Chattanooga was a community that didn't have a tech community."

You can listen to the podcast on the BBC World Service Global Business website.

Now that a judge has legally approved it, Ammon is forging ahead with an innovative approach to financing Internet infrastructure in Idaho.

On May 19th, the city council unanimously voted to create a Local Improvement District (LID). Ammon’s decision has secured a way to finance its open access Fiber-to-the-Home (FTTH) network.

Local Improvement Districts: You're In or You're Out

LIDs have been used for fiber-optic infrastructure in other places, such as New Hampshire and Poulsbo, Washington, but the approach is still not widespread. In Ammon, the city council's action creates a district from five subdivisions, where residents can “opt in” or “opt out” of participation in the FTTH network. The district includes 376 individual properties, and 188 of those property owners have expressed a desire to "opt in" to the benefits, and costs, of the network. Those who have chosen to "opt out" do not use the network, nor do they pay for deployment.

LIDs are specifically designed to take advantage of any boost to local property value -- and studies have linked FTTH with increased local property values. We’ve previously summarized the most common ways communities finance networks, but LIDs are a little different.

1. The local community creates a “district” to issue improvement bonds. In this case, the district consists of five subdivisions of the city.
2. Selling those improvement bonds will fund the construction of the local infrastructure project. For Ammon, that’s the open access FTTH network. 
3. The bonds will then be paid for by an assessment on each of the properties that benefit from the network - only the households that choose...

This is Part 2 in a four part series about the Click network in Tacoma, Washington, where city leaders spent most of 2015 considering a plan to lease out all operations of this municipal network to a private company. Part 2 explores the major reasons why Tacoma Public Utilities has considered the move to lease out all Click operations. Part 1, published on May 31, examines possible plans for Click in the immediate future.

Part 2: TPU’s Challenges with Click

When TPU officials proposed last March to lease the network to a private ISP for 40 years, they cited revenue losses for Click as high as $7.6 million annually, indicated by troubling financial reports in recent years. Some critics, however, such as those with the advocacy group “Stick with Click,” countered that this figure is inaccurate. They say that TPU manufactured the revenue losses through an accounting decision that resulted in a deceptively bleak picture of Click’s financial performance.

To shed light on the disagreement, we're examining relevant facts about Click.

Allocating the Costs of a Shared Infrastructure

When Tacoma first built the Click network in the late 1990s, the Hybrid Fiber Coax (HFC) infrastructure was to support services for two divisions of the TPU: TPU Power and Click. Besides the infrastructure’s function for supporting Click’s services, the city designed the HFC infrastructure to support a smart electrical metering program for TPU Power services.

This dual purpose meant that for accounting purposes, TPU had to allocate the costs of a shared network based how much each division would rely on the network. This cost allocation (a common accounting practice) would assign each division a portion of the original capital construction costs for building the network and a separate portion of the network’s ongoing operations and maintenance (O&M) costs. 

Ultimately, and with the help of an independent consultant, the city settled on cost allocation ratios in 2003, which determined how the TPU would assign capital and O&M costs to each division.

TPU Power would pay 73 percent of the capital costs to build the HFC infrastructure; Click would pay the remaining 27 percent. Click would then pay a 76 percent of the network’s ongoing O&M costs, with TPU Power paying the remaining 24 percent of O&M...