While incumbent phone and cable operators often try to directly block community broadband projects, sometimes politics and special insider interests also get in the way.  One of our loyal readers shared a piece with us published in Fierce Telecom that outlines the trouble spots:

Gov. Bobby Jindal Blows It for Louisiana; Wife’s Foundation Heavily Supported By AT&T

Jindal's wife's charity is a recipient of AT&T money.

The U.S. Dept. of Commerce awarded $80.5 million to help drain Louisiana’s broadband swamp with a new statewide fiber network linking the most rural and poor areas of the state, including schools, libraries, hospitals, and universities.  Users could have obtained service from 10Mbps-1Gbps, but not if Jindal had his way.  He preferred AT&T (and the state’s cable operators) handle everything the same way they have traditionally handled telecommunications in the state — service in big cities and next to nothing everywhere else.  In addition to directly supporting the governor, AT&T contributes substantially to a charitable foundation founded by Jindal’s wife.

Jindal never openly blocked the project.  Instead, his administration “dithered and bickered” over the fiber network and ran the clock out.  Last October, the Commerce Department revoked the grant, leaving Louisiana’s Broadband Alliance with little more than a plan they’ll never be able to implement as long as Jindal occupies the governor’s office.  Stop the Cap! covered the mess back in November.

Public Service Commissioner Foster Campbell:

“We want to know what the heck happened; we’re the only ones in the country that dropped the ball,” Campbell said. “I meet with people in every parish, and the number one priority by far is high-speed Internet, and how do you lose $80 million coming from the federal government to do that. How do you drop the ball, and if they did drop the ball was it because someone whispered in their ears, ‘it’s going interfere with big companies?’”

AT&T-Backed Astroturf Operation Scandalizes the Mayor’s Office and Ruins A High Tech Training Program

Marks

As Stop the Cap! wrote last fall, a scandal involving AT&T and the mayor of the state capital of Florida ultimately cost the city of Tallahassee a $1.6 million dollar federal broadband grant to expand Internet access to the urban poor and train disadvantaged citizens to navigate the online world.

Mayor John Marks never bothered to inform the city he had a direct conflict of interest with the group he strongly advocated as a participant in the grant project. The Alliance for Digital Equality (ADE) is little more than an AT&T astroturf effort — a front group that did almost nothing to bring Internet access to anyone. Mayor Marks was a paid adviser.

After the media got involved, the mayor’s office hoped the whole project would just go away. And it did, along with the $1.6 million.

Wisconsin Republicans <Heart> AT&T, Even When It Means Forfeiting $23 Million for Better Broadband

Wisconsin Gov. Scott Walker is a close friend of AT&T.  So close, when the phone company was threatened with the loss of revenue earned from the institutional broadband network it leases to the state, Walker and his Republican colleagues intervened, literally turning away $23 million in government stimulus funding.  Walker alone has accepted more than $20,000 in campaign contributions from AT&T.  Stop the Cap! covered this story in detail in February 2011.

Governor Walker (R-AT&T)

The decision to return the money had a direct impact on 380 Wisconsin communities, 385 libraries, 82 schools, and countless public safety offices across the state.  Namely, being stuck with AT&T’s outdated and expensive network the state leases in successive five year contracts.  Since broadband stimulus funding requires the construction of networks designed to last 20 years, not five, Walker’s insistence on sticking with AT&T made the stimulus funding off-limits.  But what are friends for?

AT&T has historically had no trouble getting its phone calls returned by Republican state lawmakers, who have cheered most of AT&T’s proposed legislation through the state legislature.  Today, Wisconsin takes a “hands off” approach with the state’s cable and phone companies, passed a statewide franchising bill that stripped oversight away from local communities, and AT&T’s landline network faces little scrutiny in the state, especially in rural communities.

The state university is now attempting to bypass Walker with its own $37 million project, but it will never serve Wisconsin consumers.  The institutional network will target schools, hospitals and first responders.

As Fierce Telecom notes, other communities could face the loss of their stimulus funding if they do not get busy building the projects they promised.  The Rural Utilities Service, part of the U.S. Dept. of Agriculture, has put several projects on notice they could forfeit broadband stimulus funding if they fail to meet project deadlines.

AT&T’s march towards monetizing data usage has just gotten a twist with a new idea from the company to develop “a toll-free wireless Internet” where app makers foot the bill for your data usage.

First appearing in a Wall Street Journal article, John Donovan, AT&T’s executive for network and technology, suggested the new “app maker pays”-option will ease consumers’ fears about using high bandwidth apps that eat into AT&T’s data allowances.

“A feature that we’re hoping to have out sometime next year is the equivalent of 800 numbers that would say, if you take this app, this app will come without any network usage,” Donovan said at the Mobile World Congress in Barcelona, Spain. “It’d be like freight included.”

Critics of the idea pounced immediately, calling AT&T’s latest plan the realization of former CEO Ed Whitacre’s dream that content producers “can’t use [AT&T’s] pipes for free.”

Harold Feld, legal director at consumer group Public Knowledge thinks he’s got AT&T’s number:

Just to be clear, here is what AT&T Wireless is doing:

1. Create an artificial scarcity with an arbitrary bandwidth cap for its wireless services;

2. Charge users who exceed this arbitrary bandwidth cap;

3. Claim to do consumers a favor by letting the ap developer pay for exceeding the arbitrary bandwidth cap.

Which cuts to the heart of the problem in wireless, IMO. The argument in favor of a wireless capacity cap is, in a nutshell, “wireless is different from wireline because the physics imposes bandwidth limitations.” In the presence of these bandwidth limitations, we need a rationing scheme of some kind. Bandwidth caps are a neutral way of rationing and encourage app developers to write more efficient applications — thus improving the system overall.

The problem with this argument is it is impossible at present to determine just how true or false it actually is. I referred above to AT&T’s bandwidth cap as arbitrary. As far as I (or any outside observer) can tell, AT&T just selected a number and said “this is where we impose a cap.” You can buy a higher cap on a monthly basis, or can pay as you go above the cap in the form of overages.

AT&T has no worries about data tsunamis and "exafloods" when app makers or consumers are willing to pay more.

In fact, AT&T’s journey away from unlimited access to their wireless network is well underway.  Just two years ago, customers paid $30 a month for unlimited data on a smartphone.  Then AT&T ended “unlimited” access, imposing a 2GB usage cap on their most popular wireless data plan.  Now AT&T is looking to monetize its wireless traffic even further as customers grow more reticent about using high volume applications that could threaten one’s usage allowance.

Despite AT&T’s ongoing drumbeat America is in the midst of a wireless bandwidth crisis, the ‘national emergency’ is over as soon as someone — anyone other than AT&T — opens their wallet and agrees to pay more for data traffic.  Then the sky is the limit.

The logical inconsistencies of a company crying for more mobile spectrum concurrently envisioning new ways to monetize high volume wireless traffic (eg. large file downloads, online video, etc.) exposes the hollow center of  Internet Overcharging.  The “exaflood”/data tsunami only seems to threaten AT&T’s network when content producers and/or consumers are not paying extra for every kilobyte.

As Stop the Cap! has argued before, AT&T is increasingly  in the bandwidth shortage/rationing business.

The company underspent on its network, balked at the price tag to upgrade capacity (but had no trouble planning to pay substantially more to acquire T-Mobile), and now complains it has to charge higher prices because the federal government blocked its merger and the FCC won’t hand over additional spectrum.

There are two approaches to fat profits in the broadband business these days:

1. 

   A Proud Member of: Team Rationing for Profit

   Team Innovation: Believe in your product and nurture its growth with upgrades, innovation, and pricing that guarantees an enthusiastic and loyal customer base;

2. Team Rationing for Profit: Leverage your dominant market power by rationing your product, charging higher prices for less service.  Monetizing usage controls traffic growth, reducing the expense of upgrading your network. With limited competition, even alienated customers face few alternative choices and a steep early termination exit fee.

Based on statements from AT&T’s Donovan, AT&T is a firm believer in the latter.

“There’s a view of an entitlement that says that any impediment to riding over the top of our network is inherently wrong, is un-American,” Donovan said, adding AT&T needed to find creative ways to deal with and profit from surging mobile-data use.

Feld thinks it says something else.

“This new plan is unfortunate because it shows how fraudulent the AT&T data cap is, and calls into question the whole rationale of the data caps,” Feld said. “Apparently it has nothing to do with network management.  It’s a tool to get more revenue from developers and customers.”

CNN's Scare Stories on Wireless

As part of our ongoing coverage of the telecommunications industry, I talk with a variety of reporters in both Canada and the United States.  We have educated local newspapers, national wire services, local TV news, and even big national consumer magazines about the problems consumers have with the North American telecommunications industry.  Whether you are a wireless customer facing eroding usage caps and increasing prices, or a wired broadband customer now being slapped with Internet Overcharging schemes that monetize your usage, the truth about why your bill has gone up isn’t too hard to find, if you bother to look.

Unfortunately, CNN-Money just published a “week-long” series on the wireless mobile phone market that might as well have been written by the CTIA, the nation’s cell phone lobby.

“The Spectrum Crunch” was supposed to be a sober and objective report about the state of congestion on America’s cell phone networks. Instead, the reporter decided industry press releases and lobbyist talking points were good enough to form the premise that America is deep in a cell phone crisis.

Sorry America, Your Airwaves Are Full

Part one of CNN’s special report is a laundry list of disaster predictions, explaining away rate increases and usage caps, and an industry-skewed view that the answer to the “crisis” is to give wireless carriers all the frequencies they want.

The spectrum crunch is not an inherently American problem, but its effects are magnified here, since the United States has an enormous population of connected users. This country serves more than twice as many customers per megahertz of spectrum as the next nearest spectrum-constrained nations, Japan and Mexico.

When spectrum runs short, service degrades sharply: calls get dropped and data speeds slow down.

That’s a nightmare scenario for the wireless carriers. To stave it off, they’re turning over rocks and searching the couch cushions for excess spectrum.

They have tried to limit customers’ data usage by putting caps in place, throttling speeds and raising prices. Carriers such as Verizon, AT&T, Sprint, T-Mobile, MetroPCS and Leap have been spending billions to make more efficient use of the spectrum they do hold and billions more to get their hands on new spectrum. And they have tried to merge with one another to consolidate resources.

The FCC has also been working to free up more spectrum for wireless operators. Congress reached a tentative deal last week, approving voluntary auctions that would let TV broadcasters’ spectrum licenses be repurposed for wireless broadband use.

[…] The bad news is that none of the fixes are quick, and all are expensive. For the situation to improve, carriers — and, therefore, their customers — will have to pay more.

The United States also covers more ground, with lots of wide open spaces where frequencies can be used and re-used without interference problems.  As AT&T keeps illustrating, how you run your business has a lot to do with the quality of your service, spectrum crisis or not.  AT&T customers in heavily-populated urban markets cope with dropped calls and slow data not because the company has run out of frequencies, but because AT&T has failed to appropriately invest in its own network.  AT&T’s problems are generally not shared by customers of other carriers.  Even T-Mobile, which has the least spectrum of all major carriers, does not share AT&T’s capacity issues.

CNN reporter David Goldman suggests mergers and consolidation have been a solution for ‘wireless shortages’ of the past.  But are mergers about consolidating resources or leveraging profits?

The spectrum war’s winners and losers

AT&T’s failed $39 billion bid for T-Mobile was largely aimed at getting its rival’s spectrum. The Department of Justice and the Federal Communications Commission killed the deal, saying it would be too damaging to wireless competition.

That put the entire industry on notice: The carriers will have to solve their problems without any blockbuster takeovers.

The regulators’ main concern was that the deal would take the ranks of national carriers down from four to three. That’s why experts now expect the big players to focus instead on acquiring smaller, low-cost carriers like MetroPCS and Leap Wireless. Their spectrum could relieve capacity issues in large metro areas, which are the places most crippled by the crunch.

Industry analysts also think that Sprint and T-Mobile could gain approval to merge, though that’s a bit like two drowning victims clinging together. Sprint is losing piles of money every quarter, while T-Mobile is hemorrhaging customers with contracts.

Another possibility is that several carriers could partner in a spectrum-sharing joint venture.

But the most likely scenario is that the carriers continue fighting each other to snap up the last remaining large swaths of high-quality spectrum.

Stephenson

The claim that AT&T sought the purchase of T-Mobile USA for spectrum acquisition falls apart when you examine the record.  For instance, during AT&T CEO Randall Stephenson’s presentation at the merger announcement, shareholders were told the buyout would deliver cost synergies and savings, would stabilize earnings from a more predictable mobile market (with T-Mobile’s ‘market disruptive’ pricing out of the way), and would allow the company to secure additional frequencies.  However, as Stop the Cap! reported back in August, documents released by the FCC showed AT&T unprepared to specify what T-Mobile spectrum it expected to acquire, much less how the company intended to use it.

The “problem” AT&T sought to solve, in the eyes of both the Justice Department and the FCC, was pesky competition from T-Mobile and the reduced profits AT&T endured as T-Mobile forced competitors to deliver better service at lower prices.

Even Goldman admits T-Mobile had the smallest inventory of wireless spectrum among the major carriers — scant reason for AT&T to court a merger for spectrum purposes.

The spectrum winners continue to be AT&T and Verizon, who have the largest inventory of favorable frequencies, and both continue to warehouse spectrum they are not using for anything.

Your Cell Phone Bill is Going Up

Has your mobile phone bill jumped this past year?

Get used to it.

Demand for wireless data services is soaring, forcing carriers to invest massively to keep up. They have two main options: Upgrade their network technology or acquire more wireless spectrum to give them more bandwidth.

“Massively” is in the eye of the beholder.  Verizon outspent AT&T on network upgrades and continues to enjoy enormous returns on that investment.  Most major cell companies spend billions on network improvements, but also earn tens of billions from their customers.  Yet in the midst of the “spectrum crisis,” AT&T CEO Randall Stephenson told investors revenue was up — way up:

“We’ll expand wireless and consolidated margins. We’ll achieve mid-single-digit EPS growth or better. Cash generation continues to look very strong again next year. And given the operational momentum we have in the business, all of this appears very achievable and probably at the conservative end of our expectations.”

AT&T’s chief financial officer John J. Stephens put a spotlight on it:

In 2011, 76% of our revenues came from wireless and wireline data and managed services. That’s up from 68% or more than $10 billion from just 2 years ago. And revenues from these areas grew about $7 billion last year or more than 7% for 2011. We’re confident this mix shift will continue. In fact, in 2012 we expect consolidated revenues to continue to grow, thanks to strength in these growth drivers with little expected lift from the economy.

[…] We also continue to bring more subscribers onto our network with tiered data plans, more than 22 million at the end of the quarter, with most choosing the higher-priced plan. As more of our base moves to tiered plans and as data use increases, we expect our compelling [average revenue per subscriber] growth story to continue.

That’s a story AT&T has avoided sharing with customers, because more than a few might take exception that the past year’s rate increases have more to do with the company’s “compelling growth story” than a spectrum shortage.

CNN could have reported this themselves, had they bothered to look beyond the press releases and talking points from the wireless industry. The reporter even conflated recent increases in early termination fees as part of the “spectrum shortage.”

Readers have to glean the real story by reading between the lines.  Here is an example:

As Suraj Shetty, Cisco’s marketing chief, puts it: “Data caps are curbing the top 1% of users, but not the top 20%.”

For carriers, finding the sweet spot is a delicate balancing act. Heavy data consumption is costly for them. On the flip side, smartphone users, who are typically required to buy pricey monthly data plans, are their most lucrative customers.

The ideal customer is someone with a smartphone they use sparingly.

That reality could eventually be reflected in your monthly bill. All four of the major carriers declined to comment about their future pricing strategies, but analysts expect them to start experimenting with new “pay for what you consume” approaches.

The real agenda is finding customers who buy the most service and use it the least.  Usage caps and throttles don’t even work, if one believes Mr. Shetty.  Curbing one percent of your heaviest users does little to curtail congestion when the top 20% remain within plan limits and create an even greater strain on the network.

It’s another hallmark of Internet Overcharging — monetizing broadband usage while using “congestion” as an excuse.  If a customer uses 10GB on an unlimited usage plan or 10GB on a limited use plan, the impact on the network is precisely the same.  Only the profit-taking is different.

There Are Solutions

Only in the last part of the series does CNN’s reporter discover there are some practical solutions to the spectrum crunch.  They include:

• Splitting cell phone traffic to reduce tower load.  Adding additional towers is one solution, but not all have to be huge, unsightly monstrosities.  In parts of Canada and Europe, new “micro-cells” on top of traditional power poles or buildings can reduce tower load, especially in urban areas.  These units, which can fit in the palm of your hand, are especially good at serving fixed location users, such as those sitting at home, work, or in a shopping center.  They don’t create eyesores, are relatively inexpensive, and are effective.
• Allocation of spectrum.  The FCC is working on making additional wireless spectrum available.  Some carriers are cooperating to alleviate capacity issues, share towers, and collaborate on new tower planning.
• Consider Wi-Fi.  AT&T found offloading traffic to Wi-Fi and even home-based “femtocells” — mini in-home cell towers have effectively reduced demand on their wireless 3G/4G networks.  There is still room to expand.

[flv width=”576″ height=”344″]http://www.phillipdampier.com/video/CNN Solutions to the spectrum crunch 2-2012.flv[/flv]

Alcatel-Lucent has a solution to the capacity crunch — a microcell cube that can be attached to a building or phone pole.  (3 minutes)

Nearly one year ago, Google selected Kansas City, Kansas as the first city to “Think Big With a Gig,” a gigabit fiber to the home broadband network that would shatter misconceptions that Americans don’t need lightning-fast broadband speeds.

In the original announcement, early 2012 was slated to be the target date for the service to become available in at least some areas of the city.  After months of wrangling with utility companies and the city government, Google began burying the first fiber lines earlier this month.  This week, it filed for permission with both Kansas and Missouri officials to compliment its forthcoming broadband service with a complete cable-TV package as well.

Google’s fiber project now has incumbent operators on both sides of the Missouri and Kansas Rivers concerned about forthcoming competition from the search engine giant, especially after Google announced it would wire both the Kansas and Missouri sides of the city.

Greater Kansas City is primarily served by Time Warner Cable and AT&T, but smaller cable operators also offer service in some areas.  Google is considering a competitive cable package with video on demand.  It is expected to wrap up licensing negotiations with programmers within a month or two, and some of its contracts allow Google to sell cable service outside of the Kansas City area, a potentially interesting development should Google want to provide an Internet-based cable system to subscribers in other cities.

We have collected several media reports on the Google project in Kansas City to bring readers up to date:

[flv width=”640″ height=”380″]http://www.phillipdampier.com/video/WDAF Kansas City Gigabit Challenge Offers Google-Friendly Ideas 12-6-11.flv[/flv]

WDAF in Kansas City reports on some of the submissions to Google’s Gigabit Challenge — a competition to consider how to leverage 1,000Mbps broadband. (12/6/11 — 2 minutes)

[flv width=”640″ height=”380″]http://www.phillipdampier.com/video/WDAF Kansas City Why is Google Fiber Set Up Taking so Long 1-18-12.flv[/flv]

WDAF reports on what is holding up the Google Fiber project.  It turns out local utilities have been harder to deal with than originally thought.  (1/18/12 — 3 minutes)

[flv width=”640″ height=”380″]http://www.phillipdampier.com/video/KMBC Kansas City Google Begins Fiber Installation In KCK 2-6-12.flv[/flv]

KMBC reports Google is ready to break ground on its new fiber network.  (2/6/12 — 2 minutes)

[flv width=”640″ height=”380″]http://www.phillipdampier.com/video/KCTV Kansas City Google Starts Laying Fiber 2-18-12.mp4[/flv]

KCTV says Google started laying fiber this week.  The new service is on the way.  (2 minutes)

...some of that juicy 700MHz spectrum Verizon is getting from the nation's biggest cable companies.

In an ironic turnabout, Deutsche Telekom’s T-Mobile USA, last year an acquisition target of AT&T, has filed comments with the Federal Communications Commission opposing Verizon’s spectrum purchase from the nation’s largest cable companies as “contrary to the public interest.”

Verizon Wireless is seeking to acquire a substantial block of unused AWS spectrum that is unlikely to provide any near-term benefits to Verizon Wireless customers (indeed, the company already holds other AWS spectrum and has not even put it to use yet). Rather, the principal impact of the acquisition would be to foreclose the possibility that this spectrum could be acquired by smaller competitors – such as T-Mobile – who would use it more quickly, more intensively, and more efficiently than Verizon Wireless. The acquisitions will limit the deployment of LTE by competitors of Verizon Wireless and the bandwidth available for such deployments.

If these transactions go forward, the end result will be less LTE capacity available overall and reduced competition in the provision of LTE, which would be contrary to the public interest.

T-Mobile, in particular, is upset because it owns no spectrum in the valuable 700MHz range — frequencies that can travel longer distances and easily penetrate buildings.  Verizon Wireless does, and will acquire much more if the FCC approves the deal to transfer spectrum from Comcast, Time Warner Cable, and Cox. [Correction: As one of our readers pointed out, the spectrum being acquired is in the AWS band, which T-Mobile argues in its filing is still suitable for a 4G network deployment.]  T-Mobile argues Verizon does not need the spectrum, and will effectively “warehouse” the frequencies to keep them off the open market.  Without prime spectrum, T-Mobile argues, it will be difficult for the company to deliver a 4G experience to its customers.

T-Mobile also has a bone to pick with Verizon Wireless and the cable industry over what it suspects is a non-compete agreement:

At least in effect, this has all the hallmarks of a pure horizontal allocation of markets.

From the limited information available, it appears as though Verizon, the majority owner of Verizon Wireless, has agreed (tacitly if not expressly) to halt its extensive efforts to expand into the cable business and the cable companies have, in turn, traded their control of valuable spectrum in exchange for this protection of their cable markets.

It has been publicly reported that, coincident with acquiring the cable companies’ spectrum, thereby eliminating potential new competition in mobile wireless, Verizon ended its FiOS build out plans and terminated its agreement to resell satellite television. This series of acts appears to limit Verizon’s activity as a potential competitor in the video market and limit the cable companies’ role as potential competitors in the wireless market, while at the same time foreclosing competing providers from one of the only available sources of spectrum.

As a result of this “triple play,” competition in both markets will be substantially reduced. The antitrust laws have long condemned such agreements, even among potential competitors.

Not All Frequencies Are Created Equal

Will Verizon ultimately warehouse its newest acquired spectrum?

Unless you are well-acquainted with the wireless industry, all most people know about their cell phones is that they turn them on and a signal strength meter indicates what kind of reception quality you are getting.  In fact, wireless companies use a range of frequencies across several different frequency bands to handle voice calls and data.  As an end user, you never know the difference.  But if your wireless company is forced to use higher frequencies, they often have a harder time penetrating buildings or provide only limited distance coverage.  That’s why AT&T and Verizon customers have a better chance of making and receiving calls in the middle of a supermarket or office building while others lose reception.

Clearwire has an extensive holding of very high frequencies at its disposal — frequencies the company cannot effectively use because they require considerably more infrastructure (ie. more cell towers) to provide an effective service to customers.  Clearwire customers already complain about poor reception inside buildings, a problem exacerbated by the very high frequencies the company has to use for its service.  Verizon and AT&T collectively control the majority of the best, more robust spectrum — the 700MHz band.  Verizon’s LTE network, for example, relies on spectrum that used to be used by high numbered UHF television channels.

Companies like T-Mobile rely on frequencies in the 1700MHz and 1900MHz bands.  While certainly adequate in urban and suburban areas, T-Mobile has to spend more on cell tower deployment and be especially concerned with rural coverage, especially in areas where the terrain makes “line of sight” reception from cell towers more difficult.

While today’s 2G and 3G networks have made due with current spectrum, companies like T-Mobile are having a hard time finding space to launch the next generation — LTE/4G technology — on their current spectrum.  Without LTE, T-Mobile (and others) will find themselves at a competitive disadvantage.  The company argues it should have the right to acquire some of the frequencies Verizon intends to capture from the cable industry, especially if Verizon has no immediate plans to use the spectrum.

Some of the wrangling by T-Mobile seems especially ironic because parent company Deutsche Telekom has indicated it wants to sell T-Mobile USA and leave the American wireless market.  It has shown little interest so far investing in a LTE/4G network upgrade.  Additionally, as part of AT&T’s failed merger bid, T-Mobile is expecting to receive frequencies from AT&T as part of the “failed transaction” clause in the original merger proposal.