Ammon Local Improvement District Vid Spells It Out

The city of Ammon, Idaho, has used its open access publicly owned network to create an environment that encourages competition for residents and businesses. In addition to giving them control over which services they use and which companies they patronize, the city is doing its best to share information. In this video, the Ammon Fiber Optic Utility explains information financing for those who decide to connect to the network.

Ammon is using a Local Improvement District (LID) approach to connect premises to the infrastructure. The city determines the boundaries of where the project will occur and property owners have the opportunity at the beginning of the process to pay for connecting to the network by attaching the cost over 20 years to their property. If property owners don’t take advantage of the opportunity during this window of time and decide later to connect, they must pay the estimated $3,000 - $5,000 out of pocket.

As the video explains, connecting one’s property to the network raises its value and makes it easier to sell. It also points out that the cost of connecting stays with the property, so if a homeowner moves before the 20-year period is over, the new owners continue the payments for connecting. The video also explains an estimated monthly cost breakdown for hooking up to Ammon’s network. 

Keeping the community informed about their options keeps residents and businesses engaged in the process and aware of developments related to their network. Check out this short video about the LID #2 options and learn more from this report from Harvard University’s Digital Access to Scholarship at Harvard (DASH).

You can also listen to Christopher interview Bruce Patterson, the city's Technology Director, who has joined us for episodes 259, 207, 173, and 86 of the Community Broadband Bits podcast.

We also created a video with Next Century Cities that tells the story of Ammon. They've found a way to create choice via fast, affordable, reliable publicly owned fiber.

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