Luxurious wireless industry profits of up to 50 percent earned from selling some of the world’s most expensive cellular services may soon be a thing of the past as Google and Cablevision prepare to disrupt the market with cheap competition.

With more than 80 percent of all wireless data traffic now moving over Wi-Fi, prices for wireless data services should be in decline, but the reverse has been true. AT&T and Verizon Wireless have banked future profits by dumping unlimited data plans and monetizing wireless usage, predicting a dependable spike in revenue from growing data consumption. Instead of charging customers a flat $30 for unlimited data, carriers like Verizon have switched to plans with voice, texting, and just 1GB of wireless usage at around $60 a month, with each additional gigabyte priced at $15 a month.

With the majority of cell phone customers in the U.S. signed up with AT&T or Verizon’s nearly identical plans, their revenue has soared. Sprint and T-Mobile have modestly challenged the two industry leaders offering cheaper plans, some with unlimited data, but their smaller cellular networks and more limited coverage areas have left many customers wary about switching.

Google intends to remind Americans that the majority of data usage occurs over Wi-Fi networks that don’t require an expensive data plan or enormous 4G network. The search engine giant will launch its own wireless service that depends on Wi-Fi at home and work and combines the networks of Sprint and T-Mobile while on the go, switching automatically to the provider with the best signal and performance.

Cablevision’s offer, in contrast, will rely entirely on Wi-Fi to power its mobile calling, texting, and data services. Dubbed “Freewheel,” non-Cablevision customers can sign up starting in February for $29.95 a month. Current Cablevision broadband customers get a price break — $9.95 a month.

Cablevision’s dense service area in parts of New York City, Long Island, northern New Jersey and Connecticut offers ample access to Wi-Fi. Cablevision chief operating officer Kristin Dolan said its new service would work best in Wi-Fi dense areas such as college campuses, business districts, and multi-dwelling units.

New York City is working towards its own ubiquitous Wi-Fi network, which could theoretically blanket the city with enough hotspots to make Cablevision’s service area seamless. But the biggest deterrent to dumping your current cell phone provider is likely to be available coverage areas. Google’s answer to that problem is combining the networks of both Sprint and T-Mobile, offering customers access to the best-performing carrier in any particular area. While that isn’t likely to solve coverage issues in states like West Virginia and the Mountain West, where only AT&T and Verizon Wireless offer serious coverage, it will likely be sustainable in large and medium-sized cities where at least one of the two smaller carriers has a solid network of cell towers.

Comparing the Wireless Alternative Providers

• Google Wireless will offer seamless access to Wi-Fi, Sprint and T-Mobile voice, SMS, and mobile data at an undetermined price. Likely to arrive by the summer of 2015;
• Cablevision Freewheel depends entirely on Wi-Fi to power unlimited voice, SMS, and data. Launches in February for $29.95/mo ($9.95/mo for Cablevision broadband customers);
• FreedomPop Wi-Fi ($5/mo) offers an Android app-based “key” to open unlimited Wi-Fi access to 10 million AT&T, Google, and cable industry hotspots nationwide for calling, texting, and mobile data;
• Republic Wireless developed its own protocol to properly hand off phone calls between different networks without dropping it. Calling plans range from $5-40 a month. Less expensive plans are Wi-Fi only, pricier plans include access to Sprint’s network;
• Scratch Wireless charges once for its device – a Motorola Photon Q ($99) and everything else is free, as long as you have access to Wi-Fi. Cell-based texting is also free, as a courtesy. If you need voice calling or wireless data when outside the range of a hotspot, you can buy “access passes” to Sprint’s network at prices ranging from $1.99 a day each for voice and data access to $24.99 a month for unlimited data and $14.99 a month for unlimited voice.

Scratch Wireless

Google is pushing the FCC to open new unlicensed spectrum for expanded Wi-Fi to accommodate the growing number of wireless hotspots that are facing co-interference issues.

Wi-Fi-based wireless providers are likely to grow once coverage concerns are eased and there is reliable service as customers hop from hotspot to hotspot. The cable industry has aggressively deployed Wi-Fi access with a potential to introduce wireless service. Comcast is already providing broadband customers with network gateways that offer built-in guest access to other Comcast customers, with the potential of using a crowdsourced network of customers to power Wi-Fi coverage across its service areas. FreedomPop will eventually seek customers to volunteer access to their home or business networks for fellow users as well.

AT&T and Verizon are banking on their robust networks and coverage areas to protect their customer base. Verizon Wireless, in particular, has refused to engage in price wars with competitors, claiming Verizon customers are willing to pay more to access the company’s huge wireless coverage area. AT&T told the Wall Street Journal its customers want seamless access to its network to stay connected wherever they go.

Verizon’s chief financial officer Fran Shammo appeared unfazed by the recent developments. On last week’s conference call with investors, Shammo dismissed Google’s entry as simply another reseller of Sprint’s network. He added Google has no idea about the challenges it will face dealing directly with customers in a service and support capacity. While Google’s approach to combine the coverage of T-Mobile and Sprint together is a novel idea, Shammo thinks there isn’t much to see.

“Resellers, or people leasing the network from carriers, have been around for 15 years,” Shammo said. “It’s a complex issue.”

Investors are taking a cautious wait-and-see approach to the recent developments. Google’s new offering is likely to offer plans that are philosophically compatible with Google’s larger business agenda. Challenging the traditional business models of AT&T and Verizon that have implemented usage caps and usage pricing may be at the top of Google’s list. The new offering could give large data allowances at a low-cost and/or unlimited wireless data for a flat price. Such plans may actually steal price-sensitive customers away from Sprint and T-Mobile, at least initially. Sprint is clearly worried about that, so it has a built-in escape clause that allows a termination of its network agreement with Google almost at will.

[flv]http://www.phillipdampier.com/video/WSJ Google Cablevision Challenge Wireless Industry 1-26-15.flv[/flv]

The Wall Street Journal talks about the trend towards Wi-Fi based mobile calling networks. (1:59)

Austin residents will receive Google Fiber service under three rate plans: $70 for 1,000/1,000Mbps or 5/1Mbps at no charge after paying a $300 construction fee. A package including television costs $130 a month.

Google Fiber announced its prices this week in anticipation of a December launch in the capital city of Texas. But Google Fiber will arrive with at least two competitors beating them to the gigabit space: Grande Communications and AT&T.

Austin is the first city in the country to have three concurrent gigabit providers. Only Time Warner Cable has elected to sit out the city’s gigabit broadband fight. Google Fiber is expected to face stiffer competition in Austin than in Kansas City and Provo, where it also operates gigabit fiber networks. AT&T U-verse with GigaPower matches Google’s $70 price and San Marcos-based Grande Communications beats it, charging $64.99 for its 1,000Mbps service.

Google is sweetening the deal by converting the former home of a children’s museum into a “Fiber Space,” a community center at 201 Colorado Street – hosting concerts, community meetings, and clubs, in addition to showcasing Google’s fiber network.

As with AT&T’s gigabit U-verse upgrade, only a limited number of residents in Austin will initially be able to get the new fiber service. Google is initially lighting up areas in south and southeastern Austin. For some, the wait to eventually sign up could take up to several years as Google slowly builds out its network in the city of 885,000 people.

FCC chairman Thomas Wheeler doesn’t like what he sees when looks at the state of American broadband.

At a speech today given to the 1776 community in Washington, Wheeler complained about the lack of broadband competition in the United States.

“The underpinning of broadband policy today is that competition is the most effective tool for driving innovation, investment, and consumer and economic benefits,” Wheeler said. “Unfortunately, the reality we face today is that as bandwidth increases, competitive choice decreases.”

“The lighter the blue, the fewer the options,” Wheeler said, gesturing towards his chart. “You get the point. The bar on the left reflects the availability of wired broadband using the FCC’s current broadband definition of 4Mbps. But let’s be clear, this is ‘yesterday’s broadband.’ Four megabits per second isn’t adequate when a single HD video delivered to home or classroom requires 5Mbps of capacity. This is why we have proposed updating the broadband speed required for universal service support to 10Mbps.”

But Wheeler added that even 10Mbps was insufficient as households increasingly add more connected devices — often six or more — to a single broadband connection.  When used concurrently, especially for online video, it is easy to consume all available bandwidth at lower broadband speeds.

Wheeler

Wheeler’s new informal benchmark is 25Mbps — “table stakes” in 21st century communications. About 80 percent of Americans can get 25Mbps today or better, but typically only from one provider. Wheeler wants even faster speeds than that, stating it is unacceptable that more than 40% of the country cannot get 100Mbps service. Wheeler seemed to fear that phone companies have largely given up on competing for faster broadband connections, handing a de facto monopoly to cable operators the government has left deregulated.

“It was the absence of competition that historically forced the imposition of strict government regulation in telecommunications,” Wheeler explained. “One of the consequences of such a regulated monopoly was the thwarting of the kind of innovation that competition stimulates. Today, we are buffeted by constant innovation precisely because of the policy decisions to promote competition made by the FCC and Justice Department since the 1970s and 1980s.”

Wheeler said competition between phone and cable companies used to keep broadband speeds and capacity rising.

“In order to meet the competitive threat of satellite services, cable TV companies upgraded their facilities,” Wheeler said. “When the Internet went mainstream, they found themselves in the enviable position of having greater network capacity than telephone companies. Confronted by such competition, the telcos upgraded to DSL, and in some places deployed all fiber, or fiber-and-copper networks. Cable companies further responded to this competition by improving their own broadband performance. All this investment was a very good thing. The simple lesson of history is that competition drives deployment and network innovation. That was true yesterday and it will be true tomorrow. Our challenge is to keep that competition alive and growing.”

But Wheeler admits the current state of broadband in the United States no longer reflects the fierce competition of a decade or more ago.

“Today, cable companies provide the overwhelming percentage of high-speed broadband connections in America,” Wheeler noted. “Industry observers believe cable’s advantage over DSL technologies will continue for the foreseeable future. The question with which we as Americans must wrestle is whether broadband will continue to be responsive to competitive forces in order to produce the advances that consumers and our economy increasingly demand. Looking across the broadband landscape, we can only conclude that, while competition has driven broadband deployment, it has not yet done so a way that necessarily provides competitive choices for most Americans.”

Wheeler recognized what most broadband customers have dealt with for years — a broadband duopoly for most Americans.

“Take a look at the chart again,” Wheeler said. “At the low end of throughput, 4Mbps and 10Mbps, the majority of Americans have a choice of only two providers. That is what economists call a “duopoly”, a marketplace that is typically characterized by less than vibrant competition. But even two “competitors” overstates the case. Counting the number of choices the consumer has on the day before their Internet service is installed does not measure their competitive alternatives the day after. Once consumers choose a broadband provider, they face high switching costs that include early termination fees, and equipment rental fees. And, if those disincentives to competition weren’t enough, the media is full of stories of consumers’ struggles to get ISPs to allow them to drop service.”

Wheeler emphasized that true competition would allow customers to change providers monthly, if a vibrant marketplace forced competitors to outdo one another. That market does not exist in American broadband today.

“At 25Mbps, there is simply no competitive choice for most Americans,” Wheeler added. “Stop and let that sink in…three-quarters of American homes have no competitive choice for the essential infrastructure for 21st century economics and democracy. Included in that is almost 20 percent who have no service at all. Things only get worse as you move to 50Mbps where 82 percent of consumers lack a choice. It’s important to understand the technical limitations of the twisted-pair copper plant on which telephone companies have relied for DSL connections. Traditional DSL is just not keeping up, and new DSL technologies, while helpful, are limited to short distances. Increasing copper’s capacity may help in clustered business parks and downtown buildings, but the signal’s rapid degradation over distance may limit the improvement’s practical applicability to change the overall competitive landscape.”

Wheeler finds little chance wireless providers will deliver any meaningful competition to wired broadband because of pricing levels and miserly data caps. Such statements are in direct conflict with a traditional industry talking point.

In a remarkable admission, Wheeler added that the only hope of competing with cable operators comes from a technology phone companies have become reluctant to deploy.

“In the end, at this moment, only fiber gives the local cable company a competitive run for its money,” Wheeler said. “Once fiber is in place, its beauty is that throughput increases are largely a matter of upgrading the electronics at both ends, something that costs much less than laying new connections.”

Wheeler also continued to recognize the urban-rural divide in broadband service and availability, but said little about how he planned to address it.

Wheeler’s answer to the broadband dilemma fell firmly in the camp of promoting competition and avoiding regulation, a policy that has been in place during the last two administrations with little success and more industry consolidation. Most of Wheeler’s specific commitments to protect and enhance competition apply to the wireless marketplace, not fixed wired broadband:

1. Where competition exists, the Commission will protect it. Our effort opposing shrinking the number of nationwide wireless providers from four to three is an example. As applied to fixed networks, the Commission’s Order on tech transition experiments similarly starts with the belief that changes in network technology should not be a license to limit competition.

In short, don’t expect anymore efforts to combine T-Mobile and Sprint into a single entity. Wheeler only mentioned “nationwide wireless providers” which suggests it remains open season to acquire the dwindling number of smaller, regional carriers. Wheeler offers no meaningful benchmarks to protect consumers or prevent further consolidation in the cable and telephone business.

2. Where greater competition can exist, we will encourage it. Again, a good example comes from wireless broadband. The “reserve” spectrum in the Broadcast Incentive Auction will provide opportunities for wireless providers to gain access to important low-band spectrum that could enhance their ability to compete. Similarly, the entire Open Internet proceeding is about ensuring that the Internet remains free from barriers erected by last-mile providers. Third, where meaningful competition is not available, the Commission will work to create it. For instance, our efforts to expand the amount of unlicensed spectrum creates alternative competitive pathways. And we understand the petitions from two communities asking us to pre-empt state laws against citizen-driven broadband expansion to be in the same category, which is why we are looking at that question so closely.

Again, the specifics Wheeler offered pertain almost entirely to the wireless business. Spectrum auctions are designed to attract new competition, but the biggest buyers will almost certainly be the four current national carriers, particularly AT&T and Verizon Wireless. Although low-band spectrum will help Sprint and T-Mobile deliver better indoor service, it is unlikely to drive new market share for either. Wheeler offered no specifics on the issues of Net Neutrality or municipal broadband beyond acknowledging they are issues.

3. Incentivizing competition is a job for governments at every level. We must build on and expand the creative thinking that has gone into facilitating advanced broadband builds around the country. For example, Google Fiber’s “City Checklist” highlights the importance of timely and accurate information about and access to infrastructure, such as poles and conduit. Working together, we can implement policies at the federal, state, and local level that serve consumers by facilitating construction and encouraging competition in the broadband marketplace.

Most of the policies Wheeler seeks to influence exist on the state and local level, where he has considerably less influence. Based on the overwhelming interest shown by cities clamoring to attract Google Fiber, the problems of access to utility poles and conduit are likely overstated. The bigger issue is the lack of interest by new providers to enter entrenched monopoly/duopoly markets where they face crushing capital investment costs and catcalls from incumbent providers demanding they be forced to serve every possible customer, not selectively choose individual neighborhoods to serve. Both incumbent cable and phone companies originally entered communities free from significant competition, often guaranteed a monopoly, making the burden of wired universal service more acceptable to investors. When new entrants are anticipated to capture only 14-40 percent competitive market share at best, it is much harder to convince lenders to support infrastructure and construction expenses. That is why new providers seek primarily to serve areas where there is demonstrated demand for the service.

4. Where competition cannot be expected to exist, we must shoulder the responsibility of promoting the deployment of broadband. One thing we already know is the fact that something works in New York City doesn’t mean it works in rural South Dakota. We cannot allow rural America to be behind the broadband curve. Our universal service efforts are focused on bringing better broadband to rural America by whomever steps up to the challenge – not the highest speeds all at once, but steadily to prevent the creation of a new digital divide.

Again, Wheeler offers few specifics. Current efforts by the FCC include the Connect America Fund, which is nearly entirely devoted to subsidizing rural telephone companies to build traditional DSL service into high-cost areas. Cable is rarely a competitor in these markets, but Wireless ISPs often are, and they are usually privately funded and consider government subsidized DSL expansion an unwelcome and unfair intrusion in their business.

“Since my first day as Chairman of the FCC my mantra has been consistent and concise: ‘Competition, Competition, Competition,'” said Wheeler. “As we have seen today, there is an inverse relationship between competition and the kind of broadband performance that consumers are increasingly demanding. This is not tolerable.”

Under Wheeler’s leadership, Comcast has filed a petition to assume control of Time Warner Cable, AT&T is seeking permission to buy DirecTV, Frontier Communications is acquiring the wired facilities of AT&T in Connecticut, and wireless consolidation continues. A forthcoming test of Wheeler’s willingness to back his rhetoric with action is whether he will support or reject these industry consolidating mergers and acquisitions. Wheeler’s FCC has also said little to nothing about the consumer-unfriendly practice of usage caps and usage-based billing — both growing among wired networks even as they upgrade to much-faster speeds and raise prices.

Late last week, hundreds of thousands of PlayStation Network users subscribed to Time Warner Cable broadband found their game play interrupted by an “outage” that turned out to be a misconfigured domain name service (DNS) update. Whether Sony was responsible for sending bad data or Time Warner Cable had problems properly integrating the changes, gamers were out of luck for hours Friday until a corrected update could be distributed.

The service outage affected customers relying on Time Warner Cable’s own DNS servers. Customers that dropped Time Warner Cable and their DNS provider were back in business almost immediately. Knowing how to get the best Minecraft Servers could be useful for a gamer.

Broadband customers need not rely on the domain name service offered by your provider. Both Google and OpenDNS offer more robust alternatives, and you can make the switch in seconds.

PlayStation Network users: change your PS3 or PS4 Internet connection setting to manual, changing only the DNS server information.

Everyone else: Check your router manual for the address of the configuration menu.

Choose any two out of these four DNS addresses for your primary and secondary entries:

• Google: 8.8.8.8 and/or 8.8.4.4
• OpenDNS: 208.67.222.222 and/or 208.67.220.220

Cox is behind the times.

While the rest of the world is moving towards gigabit broadband and unlimited access, Cox Cable continues to live in the past with a regime of data caps the company blames on increased data usage. Your only solution is to upgrade to a bigger data plan you may not want or really need.

Somehow, the folks at Cox can’t seem to manage the natural growth of the Internet while start-ups ranging from Google Fiber to a local fiber provider just getting started in our own community goes out of their way to point out how unnecessary usage limits and usage billing really are.

At Stop the Cap!, we’ll let you in on a little secret the “tech wonder twins” at Cox forgot to mention: data caps are not about managing Internet traffic, they are about managing to control costs, protect cable-TV revenue, and eventually empty customers’ wallets.

Since data caps don’t make much sense in the 21st century reality-based community, Cox attempted a longer-form rationale for data caps in a video that resembles a bad VHS copy of an interrogation by your local homicide squad. Don’t worry, only the truth gets murdered by the ironically named “Tech Talk with Todd and Sarah.” Six minutes later, you still know they’re full of it.

Tip: Next time, bring “the tech.”

[flv]http://www.phillipdampier.com/video/Cox Tech Talk with Todd and Sarah Internet Usage Trends.mp4[/flv]

What Cox still fails to understand (and what Google will have to teach them when they invade Cox’s biggest territories, including Phoenix) is that data caps and usage billing are as anachronistic as those 1978 limited edition Diana Prince/Wonder Woman glasses Sarah is still wearing. (6:17)