Bright House Networks Thursday switched on a huge network of free Wi-Fi hotspots for its broadband customers across central Florida.  Concentrated on coastal beach communities in eastern Florida and in the cities of Orlando, Tampa, and St. Petersburg, the new Wi-Fi service can be found on beaches and parks, inside malls and shopping destinations, downtown business districts, and medical facilities across their Florida service area.

Bright House Networks Wi-Fi Coverage Map

Existing Bright House broadband customers can log in and use the service for free:

• Most wireless devices will display available networks. If the device doesn’t show networks, open the network options and select My BrightHouse or Bright House Networks.
• Open the Internet browser of your choice.
• When the WiFi HotZones page opens, click ‘log in’ under Bright House Road Runner Customer.
• Log in using Road Runner email and password or My Services credentials.
• Agree to the terms of use and connect to the WiFi network.

Non-customers can purchase access with a credit card in increments of as little as three hours.  Stop the Cap! readers in central Florida report speed test results of around 5/1Mbps from many of the Wi-Fi locations, which is much better than many other publicly available Wi-Fi networks.

Bright House says it has launched the Wi-Fi service to help customers hang on to their usage-limited mobile broadband allowances.

“We’re trying to save our customers money, time and energy,” Bright House spokesman Donald Forbes said.  “Plus, Wi-Fi is so much faster and such a better connection.”

Cable provider-delivered Wi-Fi is often used by the industry as a customer retention tool and goodwill gesture.  It typically uses the company’s pre-existing broadband infrastructure, which keeps costs low.

Bright House is soliciting customer feedback about possible new locations for future Wi-Fi hotspots.  The company plans to add at least 2,000 additional hotspots by the end of this year.

[flv width=”640″ height=”500″]http://www.phillipdampier.com/video/Bright House launches major Wi-Fi initiative 1-12-12.flv[/flv]

Bright House produced this informational video introducing its Wi-Fi service.  (2 minutes)

While you ponder Verizon Wireless’ latest LTE 4G outage or try to convince yourself Sprint really is selling “4G” service from Clearwire, South Korea’s Sunkyoung Telecom (SK Telecom) is deploying new technology to enormously boost wireless Internet speeds to as high as 100Mbps.

SK Telecom has developed new Heterogeneous Network Integration Solution (HNIS) technology that weds 3G/4G service with any open Wi-Fi network to deliver speeds many times faster than North Americans can get from their wireless providers.  The technology is designed to work without a lot of consumer intervention.  For example, HNIS will automatically provision open Wi-Fi access wherever subscribers travel.  The combination of mobile broadband with Wi-Fi works seamlessly as well.  Currently, smartphones can use Wi-Fi or mobile data, but not both at the same time.  HNIS changes that.

While mobile operators cope with spectrum and capacity issues, HNIS can reduce the load on wireless networks, without creating a hassle for wireless customers who used to register with every Wi-Fi service they encountered.  The theoretical speed of an HNIS-enhanced 3G and Wi-Fi connection in South Korea will be 60Mbps when SK Telecom fully deploys the technology this year.  As SK expands the technology to its 4G networks, theoretical maximum speeds will increase to 100Mbps.

SK is so confident in the technology, it plans to equip all of its smartphones with the new technology starting in 2013.

Byun Jae-Woan, CTO of SK Telecom said, “SK Telecom will provide customers with a data service of much greater speed with Heterogeneous Network Integration Solution, which represents one of the company’s world’s top-level network operation technologies. By realizing the speed of fixed-line services with wireless networks, SK Telecom will allow its customers to experience a new and innovative mobile life.”

Operators like AT&T are installing their own Wi-Fi hotspots in heavy use areas to try and offload data traffic to Wi-Fi.  But customers have to make the connection themselves. HNIS quietly handles this process in the background while staying in touch with SK’s 3G and 4G networks to maintain a consistent data connection.

Cablevision: Don't Call Us

By the time Hurricane Irene reached upstate New York and New England, it was a tropical storm some say was over-hyped from the outset, but don’t tell that to utility companies facing weeks of service restorations that will leave some of their customers offline until October.

The worst damage to infrastructure was done in this region, with utility poles swept away in flood waters right along with the homes they used to serve.  Telephone and cable companies in several parts of the region cannot even begin to restore service until higher-priority electric service is brought back.  Besides, you can’t use a broadband connection if your power has been out for a week plus.

Those addicted to their online connection are making due in parking lots and other Wi-Fi hotspots where service prevailed over Irene.  Wireless connectivity from cell phone companies is also getting a workout, assuming customers are aware of usage caps and limitations which could make September’s bill much higher than expected.

Stop the Cap! has learned some DSL service restoration appointments in upstate New York, Massachusetts, Vermont, and New Hampshire are now extending into October, although companies suggest outside work may resolve problems.  Customers with the worst luck face a lengthy wait for the replacement of utility poles, new utility lines to be strung across them, and replacement of individual lines connected from the pole to individual homes.

Some FairPoint Communications customers are finding Irene did a real number on their DSL service even if power outages were limited.

In southwestern New Hampshire, Robert Mitchell was presented with a unique error page on his computer after the lights came back on:

“…we are improving the security of your broadband connection. As such, you have been redirected to the FairPoint Communications broadband service page to install a security update.”

That was a fine idea, except its implementation left customers like Mitchell with the most secure broadband connection around, resistant to all malware and viruses — namely, by not having any connection at all.

My annoyance only increased when I realized that FairPoint may have provided a link to download the security update software, but they were not going to make the process of accessing that software easy.

“Your Web browser (Firefox) and Operating System (Mac) are not compatible with the DSL Security improvement process…please re-open this page on a Windows XP, Vista or Windows 7 PC using Internet Explorer,” the message continued.

Bully for me, I have two Macs in the office. Time to call technical support? Nope, sorry. Both of my phone lines use Vonage, a VoIP service that relies on a working DSL modem for dial tone. Cell service at the house was sketchy at best — if I could even get through to technical support during a hurricane.

With the help of an old Windows XP machine, Mitchell managed to finally get back online.  Later, he learned the power spikes and brownouts that preceded the blackout in his neighborhood had caused his DSL modem to resort to its original default settings.  When FairPoint customers first connect a DSL modem, the company prompts them to perform the aforementioned “security update.”  Only FairPoint stopped offering that update more than eight months earlier.  Now, according to Mitchell, it’s just the default start page for newly activated DSL modems.

Customers further east in downstate New York, Massachusetts, Maine, Long Island, Connecticut, and New Jersey are finding getting service restoration highly dependent on which provider they use.

Time Warner Cable customers numbering about 350,000 found their service out Wednesday after leftover flooding and debris tore up fiber cables serving Maine, New Hampshire and Vermont.  Service was restored that evening.

Cablevision customers in Connecticut are still experiencing new outages caused by flooding, and with power company workers contending with more damage in that state than further south in New York, cable crews can’t restore service until the lights are back on.

Cablevision customers on Long Island are still being told not to bother calling the cable company to report outages.  Those that do are often given a date of Sept. 15 for full service restoration, although it could be sooner if damage in individual neighborhoods is less severe.  A Cablevision spokesman said, “Cablevision is experiencing widespread service interruptions, primarily related to the loss of power.  Cablevision crews are in the field and we will be working around the clock to make necessary repairs, in close coordination with local utilities.  Generally, as electricity is returned to an area, customers will be able to access Cablevision service.”

Verizon customers in downstate New York and New Jersey faced lengthy hold times to report service outages, and are given a range of dates from later this week until mid-September for full service restoration.  Some pockets of very badly damaged infrastructure may take even longer to access and repair.  Verizon’s largest union workforce, under the auspices of Communications Workers of America District 1 are accusing Verizon management of slowing repairs with denials of overtime work requests, in part to punish workers for their recent strike action.  John Bonomo, a Verizon spokesperson, denies that accusation, but added the company is not treating the thousands of customers still without service as an emergency, noting landline service “is not as vital as it had been in past years.”

Comcast customers, mostly in Pennsylvania, Vermont and Massachusetts, are turning to smartphones to cope through extended service outages, according to the Boston Globe:

Comcast Corp. customer Soraya Stevens turned to her iPhone when her cable blew out, logging on to Twitter from her Bedford home for the latest power outage updates. “I would not have any communication or insight without my smartphone,’’ said Stevens, a software engineer.

Some customers who lost cable service lost their TV, Internet, and landline phone, which are often bundled and sold together. Many turned to their smartphones, operating on batteries and the signal from cellphone towers, or friends and family who still had cable service.

AT&T, which serves landline customers in Connecticut, experienced more outages a day or two after Irene departed as battery backup equipment installed at landline central offices finally failed.  Those equipped with diesel generators are still up and running, but many AT&T customers sold a package of broadband and phone service may actually be receiving telephone service over a less-robust Voice Over IP network, supported with battery backup equipment that shuts down after 24 hours, when the batteries are exhausted.  This has left customers with standard copper wire phone service still up and running, but customers on Voice Over IP completely disconnected.

Bill Henderson, president of Communications Workers of America Local 1298, told the Hartford Courant those landlines aren’t considered landlines by the Department of Utility Control, and aren’t regulated for reliability, as the old system is.

“Technology has risen. Some of the things we’ve given up in that system is reliability,” he said. “This is what I’ve been screaming about to the DPUC. It’s a telephone! We need to regulate this service.”

Customers are also complaining loudly about AT&T’s poor wireless performance during Irene, with many tower outages and service disruptions that are still ongoing.

Remember, when services are restored, be sure and contact your provider and request a full service credit.  You will not receive one unless you ask.

While wireless providers currently treat Wi-Fi as a friendly way to offload wireless data traffic from their 3G and 4G networks, the wireless industry is starting to ponder whether they can also earn additional profits from regulating your use of it.

Dean Bubley has written a white paper for the wireless industry exploring Wi-Fi use by smartphone owners, and ways the industry can potentially cash in on it.

“It is becoming increasingly clear that Wi-Fi access will be a strategic part of mobile operators’ future network plans,” Bubley writes. “There are multiple use cases, ranging from offloading congested cells, through to reducing overseas roaming costs and innovative in-venue services.”

Bubley’s paper explores the recent history of some cell phone providers aggressively trying to offload traffic from their congested 3G networks to more-grounded Wi-Fi networks.

Among the most intent:

• AT&T, which acquired Wayport, a major Wireless ISP, and is placing Wi-Fi hotspots at various venues and in high traffic tourist areas in major cities and wants to seamlessly switch Apple iPhone users to Wi-Fi, where available, whenever possible;
• PCCW in Hong Kong;
• KT in the Republic of Korea, which has moved as much as 67 percent of its data traffic to Wi-Fi;
• KDDI in Japan, which is planning to deploy as many as 100,000 Wi-Fi Hotspots across the country.

America's most aggressive data offloader is pushing more and more customers to using their Wi-Fi Hotspots.

Bubley says the congestion some carriers experience isn’t necessarily from users downloading too much or watching too many online shows.  Instead, it comes from “signalling congestion,” caused when a smartphone’s applications demand repeated attention from the carrier’s network.  An application that requires regular, but short IP traffic connections, can pose a bigger problem than a user simply downloading a file.  Moving this traffic to Wi-Fi can be a real resource-saver for wireless carriers.

Bubley notes many wireless companies would like to charge third-party developers fees to allow them access to each provider’s “app store.”  Applications that consume a lot of resources could be charged more by providers (or banned altogether), while those that “behave well” could theoretically be charged a lower fee.  The only thing preventing this type of a “two-sided business model,” charging both developers and consumers for the applications that work on smartphones, are Net Neutrality policies (or the threat of them) in many countries.

Instead, Bubley suggests, carriers should be more open and helpful with third party developers to assist them in developing more efficient applications on a voluntary basis.

Bubley also ponders future business strategies for Wi-Fi.  He explores the next generation of Wi-Fi networks that allow users to establish automatic connections to the best possible signal without ponderous log-in screens, and new clients that can intelligently search out and connect to approved networks without user intervention.  That means data traffic could theoretically be shifted to any authenticated or preferred Wi-Fi network without users having to mess with the phone’s settings.  At the same time, that same technology could be used to keep customers off of free, third party Wi-Fi networks, in favor of networks operators run themselves.

Policy controls are a major focus of Bubley’s paper.  While he advocates for customer-friendly use of such controls, sophisticated network management tools can also be used to make a fortune for wireless providers who want to nickle and dime customers to death with usage fees, or open up new markets pitching Wi-Fi networks to new customers.

Bubley

For example, a wireless carrier could sell a retail store ready-to-run Wi-Fi that pushes customers to a well-controlled, store-run network while customers shop — a network that forbids access to competitors or online merchants, in an effort to curtail browsing for items while comparing prices (or worse ordering) online from a competitor.

Customers could also face smartphones programmed to connect automatically to a Wi-Fi network, while excluding access to others while a “preferred” network is in range.  Wireless carriers could develop the same Internet Overcharging schemes for Wi-Fi use that they have rolled out for 3G and 4G wireless network access.  Also available: speed throttles for “non-preferred” applications, speed controls for less-valued ‘heavy users,’ and establishment of extra-fee “roaming charges” for using a non-preferred Wi-Fi network.

Bubley warns carriers not to go too far.

“[We] believe that operators need to internalize the concept of ‘WiFiNeutrality’ – actively blocking or impeding the user’s choice of hotspot or private Wi-Fi is likely to be as divisive and controversial as blocking particular Internet services,” Bubley writes.

In a blog entry, Bubley expands on this concept:

I’m increasingly convinced that mobile device / computing users will need sophisticated WiFi connection management tools in the near future. Specifically, ones that allow them to choose between multiple possible accesses in any given location, based on a variety of parameters. I’m also doubtful that anyone will want to allow a specific service provider’s software to take control and choose for them – at least not always.

We may see the emergence of “WiFi Neutrality” as an issue, if particular WiFi accesses start to be either blocked or “policy-managed” aggressively.

[flv width=”640″ height=”380″]http://www.phillipdampier.com/video/The Future of Wi-Fi.flv[/flv]

Edgar Figueroa, chief executive officer of The Wi-Fi Alliance, speaks about the future of Wi-Fi. Wi-Fi technology has matured dramatically since its introduction more than a decade ago and today we find Wi-Fi in a wide variety of applications, devices and environments.  (3 minutes)