The high-speed, municipal fiber network in Westminster, Maryland, (pop. 18,000) is making possible another intriguing resource service for the community’s businesses and residents.

In May, Westminster officials and the city’s fiber network partner, Ting, held a ribbon-cutting ceremony to mark the coming this fall of the first Ting Makerspace, a service featuring 3-D scanning technology, including “an electronic router that can carve digital designs into physical objects and laser engraving," reports the Carroll County Times. 

Ting Makerspace And 3D Printing

The Times story notes:

The 3-D scanner “takes any object smaller than a sofa and records the shapes and contours using light patterns, digitizing it,” according to the news story. Then, the digital rendition can be printed on a mini 3-D printer, “which can scale down the scanned object or print original computer designs. The 3-D printer ejects layers of heated, rapidly cooling plastic to create plastic models of these designs.” The newspaper reported that the subscription fee for using the 3-D scanner will be $5 a day, $30 a month or $300 a year. 

The Makerspace will encourage development from local entrepreneurs who would not otherwise have access to affordable 3-D scanning technology.

Westminster Municipal Fiber Network 

A recent Wall Street Journal (WSJ) article (requires subscription) chronicles the increasingly problematic effect of data caps on the quality of residential subscribers' Internet access experience.

Also known as a bandwidth cap, a data cap is a monthly bandwidth usage limit Internet Service Providers (ISPs) sometimes impose on subscribers at their standard monthly rates. While some ISPs charge customers more for exceeding their monthly bandwidth caps, in other cases ISPs may even cut off a customer’s service completely.

The problem is also harming companies like Netflix and Sling TV who are losing customers who can’t justify paying for a high capacity video streaming service that’s only available until they hit their data caps partway through the month. In response, Netflix lowered the video quality for users on ISP networks that use data caps as a way to help them avoid the limitations. The plan worked, but in the process Netflix angered customers, who blamed both the ISPs and the streaming service for the lowered video quality.

It's Not All About The Money

The problem goes beyond the extra fees charged to customers who use a lot of data. The WSJ article cites two Internet users who’d like to join the growing number of “cord cutters” who are dropping television service for Internet-based video. As one man put it:

“I wouldn’t have regular TV if not for the data cap,” he says. “Comcast has got me by the throat.”

Another added:

“I was planning to cut the cord when my DirecTV contract is up,” he says. “This is essentially a ploy to keep people from cutting cable in my opinion.”

An increasing number of subscriber complaints and suspicions about the accuracy of measuring bandwidth usage heighten concerns.

Feds Take Notice

It was just last year when the City Council in Westminster, Maryland voted to begin a partnership with private ISP company Ting Internet. Ting now delivers high quality Internet access via the citywide, publicly owned fiber network.

A new collaborative initiative, facilitated in part by the still expanding Westminster Fiber Network, is bringing new cultural opportunities and economic benefits to city residents. “Tech Incubation” aims to give local students hands-on experience exploring their interests in technology.

Incubating Talent, Innovation

For the first project within the Tech Incubation initiative, 15 students from local high schools spent several weeks learning to create and operate an actual temporary wireless network. The city then used the network for its annual Celtic Canter and Downtown Irish Celebration in March, providing attendees of the celebration with unprecedented levels of bandwidth and broadband speeds.

The Tech Incubation Initiative is the product of a collaboration between the City of Westminster, the Mid-Atlantic Gigabit Innovation Collaboratory (MAGIC), Ting Internet, and the Westminster-based company Freedom Broadband. Freedom Broadband supervised the project and provided the wireless equipment necessary to build the network; Ting and the City of Westminster provided the necessary Gigabit backhaul over the Westminster Fiber Network.

More Opportunities Ahead

This project is the first in a series of planned, ongoing projects to teach students technology skills and encourage a culture of innovation. MAGIC is developing the Tech Incubation program in response to requests by students in Westminster for more opportunities to learn about technology.

Westminster’s City Council President Dr. Robert Wack described the value of the Tech Incubation initiative to community:

Chattanooga's EPB Fiber Optics continues to stand out as a model for the municipal broadband movement, demonstrating the extraordinary impact that fast, affordable, reliable Internet access can have on economic development efforts. 

Now, a new research report from the Ewing Marion Kauffman Foundation highlights the network’s vital role in kick starting the development of what has become a thriving “entrepreneurial ecosystem” in this city of about 174,000.

Collaboration, Public Private Partnerships

The report, titled "Little Town, Layered Ecosystem: A Case Study of Chattanooga," credits the EPB network as the “spark” for an explosion of economic development since the network's launch in 2010. As the article notes, the EPB estimates that since the launch, Chattanooga has seen an influx of ninety-one new companies with approximately $50 million in venture capital contributions from six firms. 

According to the report, the network has also encouraged an entrepreneurial climate in this city that had a “long history of collaboration and public-private partnerships” even prior to the network launch. The report cites examples of the city's collaborative spirit in several non-profit entities, city officials, local anchor companies and universities, and the city’s recently opened Innovation District.

Yasuyuki Motoyama, director of Research and Policy at the Kauffman Foundation and one of the paper's authors, explains the lessons that other cities might take away from Chattanooga’s example:

"Chattanooga organized and mobilized its assets to orient itself to entrepreneurial initiatives. This demonstrates what a small-size city can do when factions from different sectors focus on a common goal and collaborate to achieve that goal. This case of Chattanooga provides lessons for other cities to leverage their own unique assets and to create equally successful ecosystems."

It's an urban legend that the government launched the Internet. The myth is that the Pentagon created the Internet to keep its communications lines up even in a nuclear strike.

And while I'm gratified in a sense that he cites my book about Xerox PARC, "Dealers of Lightning," to support his case, it's my duty to point out that he's wrong. My book bolsters, not contradicts, the argument that the Internet had its roots in the ARPANet, a government project. ... But Crovitz confuses AN internet with THE Internet. Taylor was citing a technical definition of "internet" in his statement. But I know Bob Taylor, Bob Taylor is a friend of mine, and I think I can say without fear of contradiction that he fully endorses the idea as a point of personal pride that the government-funded ARPANet was very much the precursor of the Internet as we know it today. Nor was ARPA's support "modest," as Crovitz contends. It was full-throated and total. Bob Taylor was the single most important figure in the history of the Internet, and he holds that stature because of his government role.

I would happily fertilize my tomatoes with Crovitz' assertion.

CNN Money has profiled 7 government-backed inventions.  Most of us know the Internet would not have been possible without the research and development funded by tax dollars, but fewer know that the GPS and microchip were also created as a direct result of "big government."

Beyond those inventions, I was suprised to find that aerodynamic trucks (tractor trailers on the highway) were designed by NASA.  Bar codes -- imagine modern commerce with the ubiquitous bar code -- were developed with funding from the National Science Foundation.  

As a nation, we greatly appreciate the innovation that comes from the private sector (especially you Apple fan-boys) but it is beyond time we recognize the role of the public sector in innovation as well.  Heck, just how much innovation would we see on farms if they were still only connected with dirt roads??  How much more will we see when they are all connected with fast, affordable, and reliable connections to the Internet?  

A CBC show, Spark, offers a content-rich 40 minute interview with Barbara van Schewick discussing how the Internet developed and the role of network neutrality. Her explanation is very accessible, a great opportunity for people who are trying to learn more about the issue but frustrated at technical discussions. Highly recommended. She explains how the innovate applications and products we use today developed precisely because no one controls the Internet. The danger now is that powerful ISPs may exert more control and retard the innovative nature of the net.

Bear in mind, these stunts aren't even guaranteed short-term fixes -- they're one-in-a-million half-court shots. How can consumers expect to pay affordable rates for 100 Mbs download speeds when state governments would rather bet on the Google horse and act like fools than risk alienating their corporate ties and provide an open market?