Rationing Your Internet Experience: Stick to e-mail and web pages.

This week’s news that the alleged owner of a Wireless ISP serving parts of New England may have fled the country to avoid an investigation by the Securities and Exchange Commission on an unrelated digital currency matter has left about 1,000 Vermont customers of GAW Wireless with no certain future for their Internet Service Provider.

As the “Geniuses At Work” came under pressure from public accusations the company was running a scam on digital currency investors, so went the performance of GAW Wireless. In February, a two-week service outage left many customers without telephone and Internet service. This month, e-mail accounts stopped working for some and nobody appears to be answering the firm’s customer service line. Even Vermont’s Attorney General cannot find the owner.

While Wireless ISPs (WISPs) can be a good option for North America’s unserved rural communities, they are not always the best choice, especially as customers continue to gravitate towards high bandwidth applications like Netflix.

Some rural WISPs have kept up with customer demand and continue to offer good service. Others have educated customers about being a good steward of a limited resource by showing courtesy to other customers by self-limiting heavy traffic applications to off-peak hours.

But other providers have chosen usage-discouraging data caps or usage-based billing to cover up for their inadequate infrastructure investment. In Nova Scotia, Eastlink’s new 15GB monthly usage cap on rural customers is nothing short of Internet rationing, completely ignorant of the fact most customers have moved beyond the Internet applications Eastlink envisioned them using when it built its network in 2006. Nearly a decade later, it is ridiculous to suggest customers should be happy continuing to pay almost $50 a month for a 1.5Mbps connection designed for e-mail, basic web browsing, and occasional dabbling into downloads, music, and video.

Come for the view but don’t stay for the wireless broadband.

Some angry customers suspect Eastlink is simply being greedy. We believe it is more likely Eastlink’s existing wireless network is no longer adequate for the needs of Nova Scotians (or practically anybody else in 2015). The evidence that congestion is the real problem was supplied by customers who have noticed the network’s performance has slowed over the last few years. That is a sign the network is either oversold — too many customers trying to share the same bandwidth limited resource — or has become congested because of the growth of Internet traffic generally. It might even be both.

Implementing draconian usage caps only alienates customers and suggests Eastlink wants to collect as much revenue as it can from a resource that should either be vastly upgraded or retired in favor of superior technology. We have not seen anything from Eastlink that suggests major upgrades are on the way. In fact, the only conclusion we can make from Eastlink’s public comments is they think equal access to an inadequate resource is fairer than actually upgrading it.

Eastlink claims nobody could have envisioned Internet traffic growth from the likes of Netflix. In fact, equipment manufacturers like 3Com and Cisco were issuing scare stories about Internet brownouts and future traffic exafloods since December, 1995 — the year before Eastlink planned its Nova Scotia wireless network. Smart network planners have kept up with demand, which has been made easier by technology improvements accompanying the increased traffic. A good ISP recognizes upgrades are continual and essential to keep up with customer needs. A bad ISP introduces a rationing usage cap and claims it is only trying to be fair to every customer.

Phillip “Fiber is Good for You” Dampier

Usage caps and usage-based billing have never been about “fairness.” We’ve seen all sorts of usage enforcement schemes imposed on customers since 2008 when Stop the Cap! was founded. In each instance, usage caps were only about the money. Eastlink customers will not see any rate decrease as a result of its rationing plan, giving users less value for their broadband dollar. If an Eastlink customer confines use of their high traffic applications to the overnight hours, when they would cause little or no congestion, they will still eat into their monthly usage allowance.

All the benefits of usage caps accrue to Eastlink, either by reducing traffic on its network and allowing the company to delay necessary upgrades, or by pocketing the inevitable overlimit fees, which may or may not go towards upgrades. In our experience, the case for spending capital on network upgrades has never depended on overlimit fees collected from subscribers squirreled away in a separate bank account.

This is why communities in Vermont, Nova Scotia and beyond should strongly consider investing in fiber optics for broadband delivery and consider wireless only for the least populated areas. A broadband project in rural western Massachusetts can offer a guide to resolving the ongoing problem of unserved or underserved communities ignored by commercial providers. Deprived of upgrades from Verizon and shunned by Comcast and Time Warner Cable, the residents of these towns continue to vote overwhelmingly in favor of fiber optics.

The WiredWest approach is a solid solution. The initiative secures bond authorizations from each participating town in a public vote backed by deposits of $49 per household, held in escrow to be later used to cover the first month of broadband service when the service launches. Each town must have at least a 40% buy-in from residents, providing strong evidence the project has a solid customer base, is financially viable, and can recover construction costs and pay off the bonds estimated at $100-120 million within a reasonable amount of time. The state legislature contributed an additional $40 million dedicated to last mile infrastructure — the cost to wire each home or business. (In contrast, Nova Scotia and the federal government spent $34 million subsidizing the Eastlink wireless network in 2007 that has not aged well. Fiber optics is infinitely upgradable.) By choosing fiber optics, instead of getting rationed, slow speed, or no Internet service, WiredWest towns will be able to subscribe to 25Mbps for $49 a month, 100Mbps service for $79, or 1,000Mbps for $109 a month
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In comparison, Eastlink charges $46.95 a month for “up to” 1.5Mbps with a 15GB cap and GAW Wireless (when working) charges $39.95/mo for “up to 7Mbps.”

Signing up for Comcast’s 2Gbps fiber to the home service will not come cheap.

The cable company this morning announced pricing for its 2,000/2,000Mbps residential-only broadband tier: $299.95/mo with $1,000 in installation fees on the first bill.

If you can afford that, you may not mind Comcast’s other installation and contract requirements:

• The first bill will require a payment of about $1,159 — $500 for installation, $500 for activation plus $159 if you qualify for a limited time service promotional discount;
• Only a select number of residential Comcast customers will qualify for the service — those living within 1/3rd of a mile of Comcast’s existing fiber network in a limited number of cities;
• Customers must opt for professional installation and it may take six to eight weeks to complete;
• A two-year term contract is also required, with a stiff early termination fee;
• Equipment, taxes and fees and other applicable charges extra;
• This tier is exempt from usage caps/usage-based billing, but actual speeds vary and are not guaranteed.

Later this year, the service is also expected to reach further west:

• Colorado: Denver, Fort Collins, Loveland, Longmont and Colorado Springs
• Minnesota: Minneapolis/St. Paul
• Oregon: Portland
• Texas: Houston
• Utah: Salt Lake City
• Washington: Seattle, Spokane, Tacoma, and Everett

Stop the Cap! will formally participate in New York State’s regulator review of the proposed merger of Charter Communications and Time Warner Cable.

“We will be submitting documents and testimony to the New York State Department of Public Service on behalf of consumers across the state that need a better deal from their cable company,” said Phillip Dampier, the group’s president. “A review of the current proposal from Charter is inadequate for New York ratepayers and most of Charter’s commitments for better service and lower prices expire after just three short years.”

Stop the Cap! will urge regulators to insist on significant changes to Charter’s proposal that will permanently guarantee a broadband future with no compulsory usage caps/usage-based billing, Net Neutrality adherence, affordable broadband to combat the digital divide, and upgrades that deliver faster broadband than what Charter currently proposes outside of New York City.

Dampier

“Upstate New York is at serious risk of falling dramatically behind other areas where Google Fiber and other providers are moving towards a gigabit broadband future,” Dampier said. “In most of Buffalo, Rochester, Syracuse, Binghamton, and Albany buying the FCC’s definition of broadband means calling a cable company that now delivers no better than 50Mbps to residential customers. Verizon FiOS expansion is dead and obsolete/slow DSL from Frontier and Verizon should have been scrapped years ago.”

Stop the Cap! worries that with limited prospects for a major new competitor like Google in Upstate New York, broadband speeds and service will not keep up with other states. Verizon has devoted most of its financial resources to expanding its wireless mobile network, which is too expensive to use as a home broadband replacement. Frontier claims to be investing millions in its networks, but has delivered only incremental improvements to their DSL service, which in most areas is still too slow to qualify as broadband.

“Frontier is more interested in acquisitions these days, not upgrades,” Dampier argued.

“Although we have some entrepreneurs managing to deliver competitive fiber service in limited areas, it will likely take years before they will reach most customers,” Dampier added. “Upstate New York cannot wait that long.”

West coast Internet users, particularly those around San Francisco and Sacramento, experienced major disruptions to the Internet last evening into this morning, affecting everything from cable television and phone service to popular online destinations including Amazon.com (and websites hosted by its AWS data service), Tinder, and Netflix.

The range of disruptions led to early media speculation a “coordinated attack” on the Internet was underway on the west coast, but a statement from the Sacramento field office of the Federal Bureau of Investigation this morning clarified it was investigating only a single case of alleged intentional vandalism in the San Francisco area today.

The FBI suspects someone climbed down a manhole in Livermore early this morning and intentionally cut a high traffic fiber line owned by Level 3 and Zayo. This is not the first case of suspected vandalism. At least 10 other fiber line cuts in Fremont, Berkeley, San Jose, Alamo, and Walnut Creek have occurred in the Bay Area over the last year.

[flv]http://www.phillipdampier.com/video/USA Today FBI investigating 11 attacks on San Francisco-area Internet lines 7-1-15.flv[/flv]

USA Today reports the FBI is now investigating the 11th intentional fiber cut in the San Francisco Bay area in 12 months. (1:18)

The hardest hit ISP was Wave Broadband in West Sacramento, Calif. The fiber outage wiped out cable, phone and broadband service for customers across Sacramento, Rocklin, and surrounding communities including Dixon.

A broader issue yesterday evening also affected customers beyond northern California. Amazon.com and websites using its AWS platform suddenly stopped responding between 5:24pm-6:10pm PT last night. But that issue was later determined to be an unrelated “route leak” from Axcelx, a data center provider in Boston.

Thousand Eyes reports that problem “affected a wide range of services including consumer internet sites like Yelp, Netflix and Match; SaaS services such as HipChat and Jobvite; and financial firms such as Experian and Zions Bank.”

Any report of fiber vandalism concerns security experts, who suggest terrorists could target the highly visible data cables and create massive telecommunications disruptions in the United States.

“When it’s situations that are scattered all in one geography, that raises the possibility that they are testing out capabilities, response times and impact,” JJ Thompson, CEO of Rook Security, told USA Today. “That is a security person’s nightmare.”

[flv]http://www.phillipdampier.com/video/KCRA Sacramento Wave Broadband service restored after deliberate act 7-1-15.mp4[/flv]

KCRA in Sacramento said the telecommunications outages in Sacramento were frustrating for businesses, residents, and local government — all affected by the fiber cut in San Francisco. (2:20)

Fiber cables are also often readily identifiable by their bright orange insulation as well as from warning signs alerting construction crews and others to their presence underground.

DownDetector clearly identifies the impact of the fiber outage affecting Wave Broadband in the Sacramento area.

“There are flags and signs indicating to somebody who wants to do damage: This is where it is folks,” said Richard Doherty, research director of The Envisioneering Group, a technology assessment and market research firm. “You often have fiber from several companies sometimes going down the same street or the same trench. One attacker can dig one hole and wipe out service from three companies.”

The FBI is asking for the public’s help in identifying the vandal in the Bay Area. In addition to this morning’s attack, anyone who may have seen anything suspicious in these earlier attacks should contact them at 415-553-7400.

• July 6, 2014, 9:44 p.m. near 7^th and Grayson St. in Berkeley
• July 6, 2014, 11:39 p.m. near Niles Canyon Blvd. and Mission Blvd. in Fremont
• July 7, 2014, 12:24 a.m. near Jones Road and Iron Horse Trail in Walnut Creek
• July 7, 2014, 12:51 a.m. near Niles Canyon Blvd. and Alameda Creek in Fremont
• July 7, 2014, 2:13 a.m. near Stockton Ave. and University Ave. in San Jose
• February 24, 2014, 11:30 p.m. near Niles Canyon Blvd. and Mission Blvd. in Fremont
• February 24, 2014, 11:30 p.m. near Niles Canyon Blvd. and Alameda Creek in Fremont
• June 8, 2015, 11:00 p.m. near Danville Blvd. and Rudgear Road in Alamo
• June 8, 2015, 11:40 p.m. near Overacker Ave and Mowry Ave in Fremont
• June 9, 2015, 1:38 p.m. near Jones Road and Parkside Dr. in Walnut Creek

[flv]http://www.phillipdampier.com/video/KXTV Sacramento FBI Sacramento area internet outage result of vandalism 7-1-15.flv[/flv]

KXTV in Sacramento reports the fiber cuts have immediate security and public safety implications for public officials. But network planners say no fiber cut should have disrupted so many customers and suggest better planning could have spared many from the service outage. (2:23)

A panel electromechanical switch similar to those in use in New York until the 1970s. They were installed in the 1920s.

As late as the 1970s, New York Telephone (today Verizon) was still maintaining electromechanical panel switches in its telephone exchanges that were developed in the middle of World War I and installed in Manhattan between 1922-1930. Reliance on infrastructure 40-50 years old is nothing new for telephone companies across North America. A Verizon technician in New York City is just as likely to descend into tunnels constructed well before they were born as is a Bell technician in Toronto.

Slightly marring last week’s ambitious announcement Bell (Canada) was going to commence an upgrade to fiber to the home service across the Greater Toronto Area came word from a frank Bell technician in attendance who predicted Bell’s plans were likely to run into problems as workers deal with aging copper infrastructure originally installed by their fathers and grandfathers decades earlier.

The technician said some of the underground conduits he was working in just weeks earlier in Toronto’s downtown core were “easily 60-70 years old” and the existing optical fiber cables running through some of them were installed in the mid-1980s.

At least that conduit contained fiber. In many other cities, copper infrastructure from the 1960s-1980s is still in service, performing unevenly in some cases and not much at all in others.

Earlier this year, several hundred Verizon customers were without telephone service for weeks because of water intrusion into copper telephone cables, possibly amplified by the corrosive road salt dumped on New York streets to combat a severe winter. Verizon’s copper was down and out while its fiber optic network was unaffected. On the west coast, AT&T deals with similar outages caused by flooding. If that doesn’t affect service, copper theft might.

Fiber optic cable

Telephone companies fight to get their money’s worth from infrastructure, no matter how old it is. Western Electric first envisioned the panel switches used in New York City telephone exchanges until the end of the Carter Administration back in 1916. It was all a part of AT&T’s revolutionary plan to move to subscriber-dialed calls, ending an era of asking an operator to connect you to another customer.

AT&T engineer W.G. Blauvelt wrote the plan that moved New York to fully automatic dialing. By 1930, every telephone exchange in Manhattan was served by a panel switch that allowed customers to dial numbers by themselves. But Blauvelt could not have envisioned that equipment would still be in use fifty years later.

As demand for telephones grew, the phone company did not expand its network of panel switches, which were huge – occupying entire buildings – loud, and very costly to maintain. It did not replace them either. Instead, newer exchanges got the latest equipment, starting with more modern Crossbar #1 switches in 1938. In the 1950s, Crossbar #5 arrived and it became a hit worldwide. Crossbar #5 switches usually stood alone or worked alongside older switching equipment in fast growing exchanges. It occupied less space, worked well without obsessive maintenance, and was reliable.

It was not until the 1970s that the Bell System decided to completely scrap their electromechanical switches in favor of newer electronic technology. The advantages were obvious — the newer equipment occupied a fraction of the space and had considerably more capacity than older switches. That became critical in New York starting in the late 1960s when customer demand for additional phone lines exploded. New York Telephone simply could not keep up with and waiting lists often grew to weeks as technicians looked for spare capacity. The Bell System’s answer to this growth was a new generation of electronic switches.

The #1 ESS was an analog electronic switch first introduced in New Jersey in 1965. Although it worked fine in smaller and medium-sized communities, the switch’s software bugs were notorious when traffic on the exchange reached peak loads. It was clear to New York Telephone the #1 ESS was not ready for Manhattan until the bugs were squashed.

Bell companies, along with some independent phone companies that depended on the same equipment, moved cautiously to begin upgrades. It would take North American phone companies until August 2001 to retire what was reportedly the last electromechanical switch, serving the small community of Nantes, Quebec.

A notorious 1975 fire destroyed a phone exchange serving lower Manhattan. That was one way to guarantee an upgrade from New York Telephone.

On rare occasions, phone companies didn’t have much of a choice. The most notorious example of this was the Feb. 27, 1975 fire in the telephone exchange located at 204 Second Avenue and East 13th Street in New York. The five alarm fire destroyed the switching equipment and knocked out telephone service for 173,000 customers before 700 firefighters from 72 fire units managed to put the fire out more than 16 hours later. That fire is still memorialized today by New York firefighters because it injured nearly 300 of them. But the fire’s legacy continued for decades as long-term health effects, including cancer, from the toxic smoke would haunt those who fought it.

The New York Telephone building still stands and today also houses a street level Verizon Wireless retail store.

New York Telephone engineers initially rescued a decommissioned #1 Crossbar switch waiting to be melted down for scrap. It came from the West 18th Street office and was cleaned and repaired and put into emergency service until a #1 ESS switch originally destined for another central office was diverted. This part of Manhattan got its upgrade earlier for all the wrong reasons.

Throughout the Bell System in the 1970s and 80s, older switches were gradually replaced in favor of all electronic switches, especially the #5 ESS, introduced in 1982 and still widely in service today, serving about 50% of all landlines in the United States. Canadian telephone companies often favored telephone switches manufactured by Northern Telecom (Nortel), based in Mississauga, Ontario. They generally worked equally well as the American counterpart and are also in service in parts of the United States.

The legacy of more than 100 years of telephone service has made running old and new technology side by side nothing unusual for telephone companies. It has worked for them before, as has their belief in incremental upgrades. So Bell’s announcement it would completely blanket Toronto with all-fiber service is a departure from standard practice.

For Bell in Toronto, the gigabit upgrade will begin by pushing fiber cables through existing conduits that are also home to copper and fiber wiring still in service. If a conduit is blocked or lacks enough room to get new fiber cables through, the Bell technician predicted delays. It is very likely that sometime after fiber service is up and running, copper wire decommissioning will begin in Toronto. Whether those cables remain dormant underground and on phone poles for cost reasons or torn out and sold for scrap will largely depend on scrap copper prices, Bell’s budget, and possible regulator intervention.

But Bell’s upgrade will clearly be as important, if not more so, than the retirement of mechanical phone switches a few decades earlier. For the same reasons — decreased maintenance costs, increased capacity, better reliability, and the possibility to market new services for revenue generation make fiber just as good of an investment for Bell as electronic switches were in the 1970s and 1980s.

[flv]http://www.phillipdampier.com/video/ATT Reconnecting 170000 Phone Customers in NYC After a Major Fire 1975.mp4[/flv]

AT&T produced this documentary in the mid-1970s about how New York Telephone recovered from a fire that destroyed a phone exchange in lower Manhattan and wiped out service for 173,000 customers in 1975. The phone company managed to get service restored after an unprecedented three weeks. It gives viewers a look at the enormous size of old electromechanical switching equipment and masses of phone wiring. (22:40)