On the border of Kentucky and Indiana a fight is brewing as AT&T and Google Fiber have both announced plans to bring Gigabit Internet service to Louisville, Kentucky. Home to over half a million, the city could see major economic development with new ultra high-speed Internet access, but there’s a problem: the utility poles.

AT&T is suing the city over a “one touch make-ready” ordinance. On February 11, 2016, the Louisville Metro Council passed the ordinance in order to facilitate new competitors, i.e. Google Fiber. 

Utility Poles: Key to Aerial Deployment

Make-ready is the shorthand for making a utility pole ready for new attachments. Although it may seem simple, this process is often expensive and time-consuming. To add a new cable, others may have to be shifted in order to meet safety and industry standards. Under the common procedure, this process can take months as each party has to send out an independent crew to move each section of cabling. 

To those of us unfamiliar with the standards of pole attachment it may seem absurd, but this originally made sense. Utility poles have a limited amount of space, and strict codes regulate the placement of each type of cable on the pole. Competitors feel they have to fiercely guard their space on the pole and cannot trust other providers to respect their cables. Make-ready must involve coordination between multiple providers and the utility pole owners. For some firms, like AT&T, this is an opportunity to delay new competition for months.

“One touch make-ready” simplifies the entire process. A single crew only makes one trip to relocate all the cables as necessary to make the utility pole. Under the amended ordinance in Louisville, the company that wants to add a cable to the utility pole can hire a single accredited and certified crew, approved by the pole owner, which will accomplish the work much more quickly and at lower cost. Also, it must pay for needed fixes or any damages to the pole-owner’s equipment and inform the pole-owner of any changes within 30 days. Such “one touch make-ready” policies quicken network deployments by preventing delays inherent in...

In South Bend, the Trinity School at Green Lawn recently connected to the Metronet Zing dark fiber network thanks to a grant from Metronet and nCloud. According to Broadband Communities Magazine, the new connection has brought new opportunities to teachers and students at the high performing school.

The Metrolink Fiber Grant program, new this year, awards grants to schools to encourage innovative approaches focused on outcomes improving broadband capacity to implement innovation. To receive the grants, schools must have a specific plan, an implementation strategy, a way to measure success, and an accountability plan. Schools must also demonstrate that there will be adequate training and that staff will remain supportive and committed to the plan.

Like many other schools, Trinity at Greenlawn had to limit technology in teaching because its capacity was so poor. In classes where students exchanged information for projects, they often emailed from home where connections were better or exchanged flash drives.

Bandwidth is no longer an issue. From the BBPMag article:

Danielle Svonavec’s seventh-grade students study music composition using online software. A year ago, just half the class could be connected at a time. Even with that limited number, slow connections meant wasted time as students waited for the software to store and process their work. This year, all students are online. Response is seamless. Instead of being frustrated by computer issues, students work without distraction. The class is able to take full advantage of the software and learning is enhanced as students hear their compositions played back instantly as they work.

Trinity also has campuses in Minnesota and Virginia and are making plans to use the network for distance learning opportunities with students at all three campuses.

We introduced you to Metronet Zing in 2013. The dark fiber open access network provides connections through South Bend, Mishawaka, and St. Joseph County. The non-profit serves government and education while its for-profit sister entity, St. Joe Valley Metronet, serves commercial clients.

Our Community Broadband Map documents over 400 communities where publicly owned infrastructure serves residents, business, or government facilities. We rarely hear of publicly owned systems sold to private providers, but it does happen once in a blue moon.

Accelplus, the fiber optic FTTH network deployed by Crawfordsville Electric Light & Power (CEL&P) in Indiana was sold earlier this year to private provider Metronet.

According to a July Journal Review article, the transition for customers began this summer with completion expected by the end of 2014. Metronet invested approximately $2 million in upgrades. Metronet will also offer voice services via the network; Accelplus offered only Internet and video.

In the past, we have found that networks that offer triple-play can attract more customers, increasing revenues. In states where munis cannot offer triple-play or administrative requirements are so onerous they discourage it, municipalities that would like to deploy fiber networks sometimes decide to abandon their vision due to the added risk. 

A November 2013 Journal Review article reported that the network, launched in 2005, faced an expensive lawsuit commenced by US Bank. Apparently the network could not keep up with the repayment schedule for Certificates of Participation, backed by network revenue, that financed the investment.

Metronet purchased Accelplus and its assets for $5.2 million. The City also provided some economic development incentives. When all is said and done, investors are settling for a total of $5.6 million and the City avoids a $19.6 million lawsuit.

A February Journal Review article reported:

Metronet will receive a 10-year, $24,000 per year lease from CEL&P on property currently used by Accelplus. Metronet can purchase that property for $1 after the lease expires. Accelplus manager John Douglas has segregated those areas and provided AutoCAD drawings to Metronet.

Furthermore, CEL&P will lease 72 strands of fiber to Metronet at the rate of $24,000 per year for...

In 1985, Auburn Electric became one of the first communities in the midwest to deploy fiber. At the time, the purpose was to improve electric and voice systems substation communications within the municipal utility. That investment laid the foundation for a municipal network that now encourages economic development and saves public dollars while enhancing services.

Auburn expanded its fiber network beyond electric systems in 1998. The utility began using the network to serve city and county government operations. It is not well known, but Auburn offered gigabit service to its public sector customers way back in 1998.

The benefits from the deployment prompted community leaders to develop an Information Technology Master Plan in 1998 that would answer the question of what other ways the fiber could serve the community? As part of the Master Plan, Auburn leaders collected information from other communities that were capitalizing on their own local fiber. While Auburn made no immediate plans, they kept an open mind, waiting until the time was right.

In 2004, Cooper Tire and Rubber (now Cooper Standard) was about to be sold from its parent company. The $1.6 billion auto component manufacturer needed a data center but bandwidth was insufficient and inconsistent in Auburn. Cooper considered leaving because the incumbents, Mediacom and AT&T, could not or would not provide the broadband capacity the company needed. If Cooper left town, an estimated $7 million in wages and benefits from 75 high-paying tech jobs would also leave. At the time, Auburn was home to 12,500 people.

According to Schweitzer, the City tried to persuade the telephone company to find a solution with Cooper but the two could not reach an agreement. Rather than lose Cooper, the City of Auburn stepped in to fill the connectivity gap in 2005.

In a 2007 interview with Public Power magazine, Schweitzer noted advantages in Auburn that facilitated the project:

“We also had a major tier-one Internet provider with a...