Petitions or "broadband mapping," the end result is the same: Bumpkes

Mark dance sundridge broadband campaign pointless | This is Kent: Jane Hunter from the Westerham Town Partnership has campaigned at every opportunity to add names to the petition but she says she is not surprised to hear the votes will not influence the rollout.

"They have been stringing us along for no reason," she said. "They don't want people hassling them so they haven't told us the reality of the situation.

"And while we have been given figures by the council they never answer any of our questions on exactly what the criteria were for which areas would be part of the superfast project.

Across the Atlantic in the United States, petition drives similar to this one in the U.K. -- some dating back years and encouraged by incumbent providers and misguided demand aggregators -- proved equally pointless. Signatures on petitions can't overcome market failure and are just as futile as "mapping" broadband not spots will make them disappear. The result at the end of the effort is the same: bumpkes.

How BDUK bungled Britain’s next-gen broadband rollout | PC Pro blog

Interesting dispatch from the UK that portrays the dominant incumbent telecoms provider, BT, as favoring American AT&T U-Verse-style FTTC (Fiber To the Cabinet) over Fiber to the Premise (FTTP), apparently to avoid the higher cost of the latter network architecture.

The UK Government entity charged with overseeing that nation's Internet infrastructure program also allegedly ruled out fixed terrestrial wireless as a viable premises service option. That's consistent with the first point since fiber would have to be deployed to bring it very close to premises in order to achieve high wireless throughput.

The 2 key inaction risks facing community fiber projects

Creative risk taking is essential to success in any goal where the stakes are high. Thoughtless risks are destructive, of course, but perhaps even more wasteful is thoughtless caution which prompts inaction and promotes failure to seize opportunity.

  -- Gary Ryan Blair 

Communities contemplating fiber Internet infrastructure projects should keep in mind that there are risks -- negative impacts -- associated both with taking action as well as not taking action.  The latter risk -- termed inaction risk -- is perhaps one of the most threatening and pervasive risks.  For some regions and communities, that risk is being left permanently off the modern Internet grid and unable to realize the benefits it offers for government, public safety, health and education, economic development and transportation demand mitigation. 

Milo Medin, Google's vice president of access services, laid out two major underlying rationales explaining why communities needlessly run the risk of inaction in his address to the 2013 Broadband Communities Summit. 

1.  The unswerving belief despite more than a decade of market failure that incumbent legacy telephone and cable companies will upgrade and build out their infrastructures to serve all premises.  Here's what Medin had to say on that point:

Part of the reason the U.S. is falling behind is that most cities haven’t been intentional about their broadband infrastructure. Cities know they have to make sure the water system works and scales to support growth, the roads are maintained and built, garbage is collected properly. But often, they think broadband is something that the phone company or the cable company will take care of for them and they can ignore it, or that the FCC will make sure the appropriate incentives are put into place to drive competition and upgrades. Depending on those processes is how we got into the situation we’re in today.

2. The misguided belief that wireless services have obsoleted fiber networks. Medin explains:

Some argue that fiber networks are not really needed because of wireless network growth. As an engineer, quite honestly, this kind of talk makes my brain hurt. Wireless network growth is driven by fiber. All those base stations that smartphones connect to are increasingly connected by fiber because, as speeds go up, fiber is required to carry that kind of traffic. Copper just won’t do for modern wireless networks.

Cisco and others expect wireless data to grow by a factor of 50 in the next few years, and you’re not going to be able to solve that kind of growth by throwing more spectrum at it. You’re going to have to reduce the size of the cells, shrinking them, reducing the number of users that are being served by a given base station. And that means a lot more cell sites and a lot more fiber to feed those cell sites. In the limit, the future of mobile is going to look a lot like Wi-Fi: tons of small cell sites connected by a wireline network, connected by fiber – and that’s just physics, folks.

The full Broadband Communities article excerpting Medin's speech can be viewed here and here (pdf). 

The 3 big U.S. Internet infrastructure policy choices

The United States now has three major policy options on the build out of Internet infrastructure to serve all American homes, businesses and institutions:

1. Continuation of the status quo of investor-owned Internet infrastructure and associated private market failure that will leave significant numbers of premises lacking affordable Internet access over the long term and potentially permanently.
   
2. A well funded federal aid program including technical assistance grants for community fiber to the premise network construction projects, funded by existing programs such as the U.S. Department of Agriculture's Rural Utilities Service, a program jointly administered by multiple agencies or by a newly created, dedicated agency.  In addition, federal preemption of state laws barring local governments from constructing, owning or operating Internet infrastructure.
   
3. De-privatization of all Internet infrastructure (either immediately or over a period of years) combined with a fast track federal construction project to build out fiber to serve all U.S. premises, similar to the 1950s interstate highway project.

Please add your comments.  Which do you favor and why?

The U.S. Needs A Federal-Aid Highway Act For Affordable Broadband -- Now - Forbes

The U.S. Needs A Federal-Aid Highway Act For Affordable Broadband -- Now - Forbes

Digital media veteran Gary Myer urges a massive Internet stimulus program that goes far beyond the $4.5 billion allocated for Internet infrastructure in the American Investment and Recovery Act of 2009.  (Most of that money went toward middle mile infrastructure that typically left residences and small businesses off the net).

Myer as well as some of the commentators on his Forbes piece point out getting fiber to every U.S. doorstep not only would create a lot of jobs since a large majority of the cost is labor.  It would also make the U.S. network more valuable since more would be connected to it, replacing the current dysfunctional, hodge podge of disparate legacy cable television and telephone company networks whose high cost business models fail outside of densely populated areas.

Myer also puts to rest the fanciful, wishful thinking that cell phone networks obviate the need for premises Internet connections.  Those networks are designed for lower bandwidth mobile voice and data and lack the capacity and reliability to serve as primary premises connections. Those bandwidth caps on mobile service exist for a reason.

Fiber to the Home Council : Blogs : Telcos Saving Serious Money by Upgrading to FTTH, Survey Finds

Fiber to the Home Council : Blogs : Telcos Saving Serious Money by Upgrading to FTTH, Survey Finds: (WASHINGTON) – Small and medium-sized telephone companies that have upgraded their networks to all-fiber are reporting operational cost savings averaging 20 percent annually, according to a study commissioned by the Fiber to the Home Council Americas, a non-profit group of nearly 300 companies and organizations dedicated to expanding the availability of ultra high speed, all-fiber broadband.

The survey of more than 350 telecommunications providers across North America, conducted by the market analyst firm RVA LLC, also pointed to a steady drumbeat of FTTH deployment activity, with the number of homes that can access FTTH networks increasing by 17.6 percent over a year ago to 22.7 million.

While consumers served by these smaller telcos will benefit (as will the telcos with lower OPex costs), there are many more served by large telcos like AT&T and Verizon who won't.  Neither company is upgrading its copper plant to fiber to the premise.

Israel's 1Gbps fiber will show the world what superfast broadband can really do: Cisco CEO | ZDNet

The planned deployment of gigabit fiber to the premise (FTTP) infrastructure in Israel as described in this ZDNet article Israel's 1Gbps fiber will show the world what superfast broadband can really do: Cisco CEO | ZDNet illustrates a trend in much of the industrialized world.  As the Internet grows into an all purpose communications platform, it will overtake and obsolete telephone and cable companies that built their business models on a pre-Internet world.  Some excerpts:

 The network should be completely operational in five to seven years, giving Israelis the opportunity to surf the net with downlinks of 1Gbps, ten times faster than anything the local competition — chiefly the Bezeq phone company and HOT cable service provider — can provide with their FTTN (fiber to the node) network, which delivers a top speed of 100Mbps.

Chambers predicts the network will bring in major changes: healthcare where doctors are connected instantly to providers' and hospitals' databases, with all records kept electronically and updated constantly; an education-anywhere system, where students can learn at home, in class, or elsewhere, communicating with teachers and fellow students over the internet; safer roads and streets (a major issue in road accident-prone Israel), with traffic authorities able to keep better tabs on speeders and unsafe drivers; and a proliferation of "internet of things" technology, with sensors keeping air conditioners, refrigerators, washing machines, front doors, and more connected to systems than can enable better and more efficient allocation of electricity and other resources. In a few years, all of this should be in place, according to Chambers.