Showing posts with label Broadband. Show all posts
Showing posts with label Broadband. Show all posts

Reasons Why the Word Broadband Matters: #17 Satellite is not broadband


With over 610,000 subscribers, HughesNet is the largest supplier of satellite Internet service in America. The billion dollar company that owns HughesNet is Hughes Network Systems, LLC, which routinely describes itself as "the world's leading provider of broadband satellite services." You can see this on the company website and in the company's reporting of its first quarter 2011 results.

The problem is that broadband satellite is an oxymoron. The Internet you get from a satellite is not broadband. Just ask anybody who has used both satellite and cable, DSL, or fiber. The broadband functionality that DSL/cable/fiber users take for granted just doesn't work, or doesn't work well, over satellite; we're talking core functionality like automatic software updates, VoIP, VPN, NetFlix movies, website hosting, online backup and shared cloud storage services like Dropbox.

Who says such functionality is not there? The satellite Internet companies themselves, including Hughes. This fact is made clear in a 22-page report just released by the Rural Mobile and Broadband Alliance. Conveniently known as RuMBA USA, this non-profit group seeks to expand the availability of affordable broadband access in rural America.

Although I recommend reading the full report (disclaimer: I wrote it) you really don't have to look any further than the HughesNet website to see what I mean when I say that...

...the word "broadband" matters. The title of the website is: "HughesNet Hi-Speed Satellite Internet Provider." And the site describes a variety of services, all of which are described as high-speed Internet. None of them are described as broadband.

Now switch to the Hughes website and you will see a video titled "Consumer Broadband: A Thriving Market" and plenty of other "broadband" messaging. So why does Hughes talk "broadband satellite" on its corporate website and "hi-speed Satellite Internet" on the HughesNet consumer site, the site that actually sells the satellite service? The answer might be as simple as "truth in advertising."

You can't really fault HughesNet for saying "Enjoy easy, convenient high-speed Internet anywhere, anytime, Get High-Speed Satellite Today!" Based on 2 out of 3 critical speed factors used to describe Internet connectivity, HughesNet satellite Internet service can perform faster than a dialup modem. Indeed, adverts for the service often stress that is it faster than dialup. Headline upload and download speeds offered by the satellite service are certainly higher than the 56Kbps at which a dialup modem maxes out.

Where satellite Internet is not faster than dialup is the time it takes for a single bit of data to get from one computer to another across the network. This is known as latency and it has a big effect on things like signing into your online account and other secure services over the Internet (basically any web page URL that starts with https://). That's because encrypted connections require a "handshake" to take place in which a lot of small pieces of information are exchanged back and forth between the web server and the web client.

You can read more about security handshakes in this 2002 USENIX security paper. But latency affects more than secure connections. The time between sending a request for a web page or a change on a web page and the time that the request reaches the server that is serving up the page is always going to be longer over satellite, about 10X longer than on a true broadband connection. See this early paper that references the problem: Data Coomunications Protocol Performance on Geo-stationary Satellite Links (Hans Kruse, Ohio University, 1996).

As Kruse states, the one-way trip for a data bit to a geo-stationary satellite takes 250 milliseconds (that's 500 for a round trip into space and back). And the laws of physics dictate you can't shorten that time, unless you can get data packets to travel faster than the speed of light. Add some ground station and Network Operations Center overhead and you get a best case satellite Internet latency of around 600ms. This might not sound like a long time but it can mean that logging into a secure site can take minutes, not seconds.

Other activities, such as a typical remote employment task like writing code, are also impacted. Consider this programmer's complaint about cable Internet being slower, at 80ms, than DSL at 20ms. Now compare that to 600ms, which is the best I've seen on satellite, where latency can average 1000ms, or 50 times slower than DSL.

So, satellite is not broadband, and that matters because the federal government has given tens of millions of taxpayer dollars to satellite companies to provide broadband service. As the Hughes Annual Report of 2010 proudly proclaims: "Hughes Wins $58.7 Million Under U.S. Recovery Act Broadband Program." Except it just isn't broadband.

Cobb's Satellite Internet Whitepaper Published by Rural Mobile & Broadband Alliance


Update, December 18, 2019: A recent decision by the FCC has put the spotlight on satellite internet service for rural communities in America (see Viasat gets $87.1M for rural broadband). I researched this topic - from a rural home that depended on satellite service for its internet connection - back in 2011. This article describes, and links to, the whitepaper in which I wrote up my research (PDF, 2 megabytes).

Original article:

I'm happy to announce that a document I've been working on for some time now has been published by RuMBA: the Rural Mobile & Broadband Alliance. Here's the full title:

Satellite Internet Connection for Rural Broadband: Is it a viable alternative to wired and wireless connectivity for America's rural communities?

RuMBA Satellite Internet WhitepaperYou can download the whitepaper here (this a 22-page PDF document just under 2 Megabytes in size).

For those who haven't heard of RuMBA, it's a non-profit organization that was launched in February 2009 by Luisa Handem Piette as an advocacy group "seeking to ensure that rural communities are offered the same access to affordable mobile and broadband services available to urban and suburban areas."

I admit that I first got involved with RuMBA for purely selfish reasons: I live in a rural community that has no access to broadband and I like broadband.

Okay, it's more than that. I need broadband to earn a living. Sure, I could go through some sort of retraining program and earn a living as a farmer or lumberjack or trucker, but to keep doing what I've been doing for the last 25 years, researching, writing and publishing, I need broadband.

(I actually think broadband can help you be a more successful farmer, lumberjack, or trucker, so it's not like those careers wouldn't benefit from better access to broadband as well.)

When I found out about RuMBA, a group of people looking to expand rural access to broadband, I signed up. One of the things I like about RuMBA is that it's not just an organization for consumers of broadband. And it's not just a meeting place for suppliers of broadband. RuMBA is a good mix of consumers and suppliers and experts, and a great place to research this field. I have already learned a great deal from RuMBA members about the possibilities and challenges of bringing broadband to un-served or under-served areas.

Which brings me back to satellite Internet. Attentive readers of this blog will know that I've had a lot of experience using satellite Internet over the last 5 years. Until recently it was the only way to connect to the Internet from the cabin in Upstate New York where I live and work IF you wanted speeds above those of an old-fashioned dialup modem.

In fact, the claim "faster than dialup" has been at the heart of marketing efforts by HughesNet and Wildblue, the two largest satellite Internet providers, for many years. What you don't see when you look into signing up for these services on the web is the phrase "satellite broadband." And there is a good reason for that [spoiler alert--the next sentence reveals the primary conclusion of the above-mentioned whitepaper].

Basically, satellite Internet is not broadband. It is not sold to consumers and small businesses as broadband. But it is getting promoted to government agencies and regulators as broadband. Which raises two questions:

  1. Why did I write a 22 page document to make that point?

  2. What's the problem?


Let me state the problem first: The traditional terrestrial Internet providers, the purveyors of DSL, cable, and fiber, do not want the government to require them to serve rural areas in the way that America requires telephone companies to serve rural areas.

Have you ever wondered how it is that your relatives on the farm way in the middle of nowhere North Dakota have a phone line? The answer lies in federal legislation dating back to the 1930s. That's when America decided "to make available, so far as possible, to all the people of the United States a rapid, efficient, nationwide and worldwide wire and radio communication service with adequate facilities at reasonable charges."

One of the principles established back then can be stated like this: If a company wants to run cable or beam waves across this great land of ours, everyone living on this land should get a slice of the service those cables and waves deliver. For example, a great big rope of fiber runs right through my village here in rural New York. My neighbors have to exercise care with their farm equipment so that they don't damage said cable or the power injectors and related fiber-phernalia. It seems only fair, at least in that old-fashioned 1930s way of American thinking, that a slice of said fiber should serve the community through which it passes. Right now it does not.

And one of the arguments that fiber/cable/DSL companies in America make against a universal broadband service requirement is that the country does not need it because: rural folks can always get broadband via satellite. And of course the satellite companies love that; they even got federal broadband money to build out their subscriber base. The telecommunications industry can say: "See, there's no need for universal service requirement because everyone has access to broadband."

Except they don't. That's because Satellite Internet is not broadband. And just so there could be no doubt about that statement I decided to make available an argument-ending document full of facts and references that anyone can print out and hand out and email, something that substantiates that statement in language anyone can understand. (And that answers question 2 above.)

If you would like a copy, it is free, and I encourage to download it now then please, spread it around.

Fighting Continues on Multiple Fronts: FDA, DTC, Telcos, Hemochromatosis


Sorry things have been a little slow lately here on Cobbsblog. I have been working pretty hard at the day job and on my "word warrior weekends."

Let me quickly explain: I have been blogging and tweeting and Facebooking on multiple fronts for the past few weeks:

1. Petitioning the FDA to ignore the lobbying of doctors who want to end Direct-To-Consumer genetic testing (i.e. the kind of testing that enables you to find out if you have hereditary hemochromatosis even if your doctor doesn't think you do). And I mean petition. Please read and  sign the petition when you have a chance. That would be much appreciated. Bear in mind that this possible FDA action affects everyone in America, not just hemochromatosis patients.

2. Raising the alarm about the efforts of large telecommunications companies (telcos) such as Time Warner Cable to ban community broadband networks. Yes, your urban cable company may be taking some of your monthly payment and using it to pay lobbyists fighting to squash local efforts to install broadband in places where the big telcos have failed to do so. Read more here.

3. Continuing to battle ignorance about hemochromatosis, as evidenced by this report on the Facebook page: "Husband recently diagnosed. Saw a gastro doctor today about a possible liver biopsy. He knew almost nothing about hemochromatosis." And yet he, the doctor, probably makes over $200,000 a year.

I should also explain that's not me with the raised arm in the painting (a free Fighting Hemochromatosis mug to the first person--friends and family excepted--who comments with the name of the original painting and artist).

More updates from the front lines as time permits...

Narrowband Wastelands? Of rural America, death spirals, and the Narrow Belt


Looking back they will say: "It could have been avoided." They will say: "If only the government had been more effective, if only the telecommunication conglomerates had been less greedy."

Somewhere it will be noted that, back in the Fall of 2010, somebody wrote:

Narrowband wastelandThe fact that tens of millions of people living in America's rural communities lack adequate access to broadband services (data, video, voice over Internet) is painfully apparent when you drive beyond the suburbs.

Some rural communities have broadband, others do not. Some of the latter are waiting to receive expanded broadband access that is being created with the help of federal stimulus spending, others are not.

And for this last group, the places that didn't make the cut for stimulus grants, the places that appear to be of zero interest to the nation's telecomm companies, the future looks grim. Such places may be destined to become narrowband wastelands, stagnant economic backwaters.

The fact is, during the last five years broadband has become an essential part of our national infrastructure, the dominant channel of communication for industry, enterprise, employment, medicine, government, education, and entertainment. Communities that do not have access to broadband are increasingly considered "off the grid" and out of the mainstream. In short, not the kind of place in which your kids or grand-kids will want to live or work.

By 2015 you will have trouble selling or renting any property that does not have access to broadband, and that means lower property values, which means lower tax revenues, which will impact schools and infrastructure, which will further reduce property values. In short, a death spiral.

Those patches and swathes of America's countryside where the only Internet access options are dialup or satellite will become narrowband wastelands: The Narrow Belt. This Narrow Belt faces a spiral of accelerating economic decline at least as pernicious as that which devastated the Rust Belt.

Sure, if you lower your prices you still may be able to sell or rent in the Narrow Belt, but only to members of that increasingly rare group of people who think that Internet technology is just a passing fad, an unnecessary distraction, or a violation of some divine plan. We all know that is a rapidly shrinking pool of potential property buyers (with the possible exception of the Amish, who are expanding their rural holdings).

Furthermore, but often overlooked, there is this fact: Even those people who have no personal interest in broadband are aware that most other people do. Even the unconnected can see that connection adds value, lack of connection subtracts. Face it, as a factor in property valuation, access to broadband is here to stay; confinement to narrowband is now a form of property blight.

We are approaching the fourth quarter of 2010. The federal broadband stimulus funds have been allocated. If your home or community does not yet have access to broadband and is not part of a stimulus-backed broadband build-out, you need to start thinking about the alternatives (if you have not already). As I explore these alternatives, I will keep you posted.

The only way to save rural America from becoming a narrowband wasteland may be for the people who live there to take matters into their own hands. Let us hope they do so in a constructive way.

Notes:

A. Satellite Internet: For a variety of technical reasons, which I will be describing in my forthcoming whitepaper, satellite should be considered narrowband and not broadband. The latency of satellite Internet is worse than dialup and satellite's capacity constraints and bandwidth caps mean high speed data transfers are only available in short bursts. As providers like HughesNet state themselves, satellite is not recommend for, or does not support, five technologies at the core of any functional definition od broadband: streaming video, VPN, VoIP, real-time trading, and large file downloads like security patches and other software updates for operating systems and productivity applications.

B. The Amish: I am not qualified to comment on what the Amish think of the Internet, but I have a strong hunch you will see a correlation between expansion of Amish farms and the narrowband wasteland.

Of Nerds and Whitepapers, Satellites and Cynics


You know you are a nerd if...You spend your spare time writing technical whitepapers. And that's what I've been doing. Apparently, it's not nerdy enough that, for the last two years, I have spent at least 40 hours a week--and often many more--working on contract for a software company for whom, among other things, I write whitepapers. No, in my spare time I feel compelled to write more.

Not that the world is papered with my whitepapers. Many don't see the light of day, not because they're not good, but because a whitepaper often has to hit a moving target and few targets move faster than a software startup. However, I will soon be releasing one of my "spare time" whitepapers because the target is, as I see it, frozen in the headlights of public attention.

That target is the terrestrial telcos, the nation's broadband providers, the folks making loads of money delivering big fat juicy bandwidth to urban and suburban consumers, maximizing their profits by avoiding servicing the rural areas through which their bandwidth passes on its way from one profit center to another.

This seems to be a very American problem. In many civilized countries there are universal service requirements with respect to broadband (as there are in America with respect to telephone service). In order to stave off broadband service requirements in America the terrestrial telcos have formed an alliance with the non-terrestrial telcos, that is, the satellite Internet service providers. The strategy? Convince politicians and government regulators that every rural American can get broadband (without the need for running fiber optic cable or coaxial cable or DSL phone lines) because satellite Internet service is available everywhere. The problem I have with this is summed up in the title of my forthcoming whitepaper: SATELLITE IS NOT BROADBAND.

That's right, satellite is not broadband and it never will be. And the terrestrial telcos know this. The non-terrestrial telcos say as much on their own websites. (The short version: there's too much latency and not enough capacity, so satellite Internet cannot realistically support VPN, streaming movies, real-time trading, VoIP, automated software patching, interactive learning systems, or SaaS applications.)

Despite this, the strategy of "Let them eat satellite" is being pursued by lobbyists in state capitals and our nation's capitol. For example, the FCC website at www.broadband.gov now lists satellite as a broadband option, which is like the U.S. Department of Transportation saying motorcycles are an interstate freight delivery option. The bankrolling of this cynical hoax by the terrestrial telcos upsets me for a variety of reasons, the most immediate being:

a. Where I live we can't get proper broadband right now (Time Warner Cable's business division recently told me it would cost "over $100,000" to bring cable to my home office, even though they offer cable service less than 5 miles from here).

b. We can't afford to change where we live (that's not the fault of the terrestrial telcos, although they do seem to be guilty of perpetuating an attitude that says "If you can't get broadband where you live, just move to one of our service areas").

c. I recently committed myself to raising public awareness of a potentially fatal genetic disorder, widespread ignorance of which causes much needless pain and suffering. This project would go a lot better if my current Internet connection didn't suck so badly. (You can see the first phase of the project at www.CelticCurse.org.)

d. My current Internet connection is satellite Internet service, which is NOT broadband.

So, as I prep the presses for this whitepaper, I am marshaling my arguments and rounding up my footnotes. My hope is to provide--in the form of a well-argued and well-documented whitepaper--powerful ammunition for the patriotic forces of fairness and justice now arrayed against the self-interested terrestrial telcos.

ATELLITE IS NOT BROADBAND



Federal Government Buys Into a Telco-sponsored Oxymoron: Satellite Broadband


Here's how the federal government perpetuates the myth that satellite internet service is broadband:
Just as satellites orbiting the earth provide necessary links for telephone and television service, they can also provide links for broadband. Satellite broadband is another form of wireless broadband, and is also useful for serving remote or sparsely populated areas. [Satellite is NOT broadband]

Downstream and upstream speeds for satellite broadband depend on several factors, including the provider and service package purchased, the consumer’s line of sight to the orbiting satellite, and the weather. Typically a consumer can expect to receive (download) at a speed of about 500 Kbps and send (upload) at a speed of about 80 Kbps. These speeds may be slower than DSL and cable modem, but they are about 10 times faster than the download speed with dial-up Internet access. Service can be disrupted in extreme weather conditions. [And you cannot use it for real-time commodities trading, VPN, VoIP, or watching videos, movies, TV, etc.]

Types of Broadband Connections - Broadband.gov

Rural Poor to Get Poorer? 14 to 24 million Americans lack access to broadband


From International Business Times:
"In March, the FCC introduced the comprehensive National Broadband Plan. The FCC says somewhere in the range of 14 to 24 million Americans lack access to broadband internet connections. Most live in poorer, sparsely populated rural communities." -- FCC's National Broadband Plan Comes Under Fire
Those poorer rural communities are only going to get poorer if they don't get broadband. No broadband = lower property values; apart from the Amish, very few Americans want to live or work or raise a family without broadband. Lower property values = declining tax base = fewer services = poorer schools, and so on in a cycle of decline.

Read the full article for a detailed look at the issues involved. We have to say that between inter-agency wrangling and the lobbying might of the big telcos (who want $20,000 per mile to connect rural users) the outlook is not good.

National Summit Brings Together Technology, Rural Ed Experts to Focus on Solutions


Interesting event:
More than 150 rural education stakeholders and technology experts from 26 states came together to learn from one another and provide feedback to federal officials today at a National Rural Education Technology Summit in Washington, D.C. Federal leaders in education, content, and connectivity held up the work of rural superintendents, school leaders, education service agencies, and researchers as examples for leveraging technology to overcome distance and increase access to high-quality teaching and learning in rural schools. -- U.S. Department of Education
Wonder if they discussed how teachers can assess homework fairly across the digital divide. For example, if half your students have broadband at home and the rest don't, how do you compensate for that when grading homework? This is a problem in a lot of rural schools today.

Zero Privacy: Thoughts on McNealy and Zuckerberg and “privacy statements”


In some of my recent posts about privacy, occasioned by Facebook founder Mark Zuckerberg's apparently dismissive attitude to privacy concerns, I referenced the "infamous" privacy comment that Scott McNealy made in 1999.

At that time, McNealy was the CEO of Sun Microsystems, and Sun was hot. Java was cooking, so to speak. Anyway, McNealy was reported to have said, to a group of reporters, something like: “You already have zero privacy anyway, so get over it.” The rest of this post is what I wrote on this subject in my 2002 book on privacy (which you can always download, for free, if you feel like reading more) followed by a few fresh thoughts.
Light Down Under
When Scott McNealy addressed the National Press Club of Australia in September 2000 he explained what he meant by that zero privacy remark. Here is a verbatim transcript:
“If you get hit by a truck, you want somebody to have your medical records. If you cannot tell them the combination to your safe or where your medical records are kept, you have a problem. In effect you want your medical records to be available online out over the Internet. You want every ambulance driver to be able to unlock it. So that is a little risk you take. Every ambulance driver might be able to tap into your medical records. Get over it. That is better than getting hit by a truck and dying.”
That's not quite the same as simply saying: "You have zero privacy, get over it."

Various versions of the quote—and Mr. McNealy’s last name—rapidly populated articles and presentations about privacy, most of which made no mention of the original context. That context was frustration at announcing a new product, JINI, then having to field questions about the one thing it can’t do—guarantee absolute privacy of personal data—rather than the many things it can do, such as make vital data instantly available across a wide range of hardware, software, and networks.

A lot of people in business can relate to Mr. McNealy’s frustration with those who have turned privacy into an absolute. While the potential to abuse information technology such as Web sites and email is a genuine cause for concern, foolishly equating privacy with anonymity—somehow forgetting that you cannot participate in society unless you share information about yourself—does nobody any good. As I said in Chapter 1, the reason that privacy on the Web is such a big challenge is that nobody yet understands exactly what privacy means in the context of today’s highly interconnected, heavily computerized, data-dependent world. About the best we can say is that privacy in the information age is a work in progress.

Of course, if you are the sort of person who thinks corporate America is only out to steal people’s wallets and ruin their lives, you are unlikely to be swayed by my assertion that most businesses actually want to respect the privacy of their customers, particularly if that is what their customers want. The problem is that we, as a society, simply haven’t finished our homework on this one. In other words, we are not yet at the point where a significant percentage of consumers have articulated specific Web and email privacy demands that businesses have chosen to reject.

As Rob Leathern, a Jupiter Research privacy analyst recently observed, “Neither consumers nor businesses effectively address online privacy issues.” He was reflecting on a Jupiter Media Metrix report that found more than 80 percent of U.S. consumers would give out personal information in exchange for small rewards, while at the same time nearly 70 percent said they were concerned about their privacy online. They might be concerned, but 60 percent admitted that they did not read privacy statements before handing over personal information to Web sites (not helped by the fact that a lot more than half of consumers surveyed found online privacy statements difficult to understand).

Notes from 6/26/2010: A lot has changed since 1999, but a lot remains the same. As Facebook and Twitter attest, digital privacy is still very much a work in progress. And some things never change: CEOs do not have "freedom of speech" any more than their employees. A bank clerk can be fired for mouthing off about the company. A CEO can put his or her job in jeopardy by saying the wrong things in the wrong place, like in email that lives forever or in the presence of a reporter's microphone. What may be new is the extent to which we are all more closely watched, surveilled if you will, which adds a level of transparency to our society, the implications of which we don't yet fully grasp.]

My "Satellite is Not Broadband" Letter to the Editor, FCC Test Data, and More


dish-ice-200I just noticed that my letter to the editor of the Daily Star about rural broadband was published (back on February 15). I have pasted the letter at the bottom of this post.

The letter is part of my ongoing campaign to evangelize the need for affordable broadband connectivity in rural areas. I truly believe that if affordable broadband is not made available to what are currently "dialup-only" areas, once-thriving villages will eventually become ghost towns. On the other hand, if such connectivity is made available, then many rural areas can be transformed through better jobs, better education, and a variety of digital community-building initiatives that are currently impractical.

fcc-broadband-test-resultSometimes you will hear people say "rural households can get satellite Internet, so they have broadband available to them."

As I have described at length before, my opinion is that satellite Internet service is NOT broadband and never can be. In my letter I try to explain that in plain English in the context of recent efforts by Otsego County to get federal funding for improved broadband access.

On a brighter note, one positive step the federal government is taking in this field showed up recently on the special FCC site called broadband.gov. The agency has posted a test that anyone can use (rural or sub/urban) to check their connection's speed. This test evolved out of growing suspicion that most broadband providers claim to provide higher performance than they actually deliver. (For example, I pay for a download speed of over 1,000kbps but as you can see from my test result, I get nothing like that.)

I urge you to test your own connection. In the meantime, here is my letter titled "Satellite Internet not same as broadband."

Dear Editor,

Your coverage of Otsego County's struggle to provide affordable broadband to rural residents is much appreciated by those of us whose property prices are being hit by the lack of broadband access. ("County's request for Web funding denied," Feb. 4.) I have seen neighbors move already, putting property up for sale because of the lack of broadband.

With all due respect to Rep. Betty Anne Schwerd, whom you quoted, satellite Internet service is not broadband.

A broadband Internet connection should support real-time trading, Voice over IP (like Vonage), video streaming (like YouTube and NetFlix), and Virtual Private Networking (VPN is required for many telecommuting jobs).

Satellite does not support these core broadband functions, as stated on the website of HughesNet, one of Otsego County's two main satellite providers. The other provider, Wild Blue, is not accepting new customers in parts of Otsego County due to capacity issues. These can cause a big drop in performance. As a HughesNet customer, my median download speed is 258kbps, much slower than the "headline rate" of 1.6mbps for which I pay $70 per month.

Cheap dial-up delivers 56kbps plus better latency than satellite (which will always be weak in this regard because every bit travels 45,000 miles into space and back).

Sadly, lobbyists for cable and phone companies, fighting requirements that they serve rural customers, have tricked politicians into thinking that "everyone in rural areas can get broadband thanks to satellite." This is deceptive at best. Satellite Internet is not broadband and, if there's no broadband where you live, you cannot participate in all the opportunities that the Internet affords. As a result, the value of your property, like mine, will continue to decline relative to areas that have broadband.

Stephen Cobb
Cherry Valley

A Tale of Intrigue & DNS: See HughesNet “blocking” my blog, now on YouTube


I have just uploaded my "HughesNet DNS Fail" video to YouTube but you can watch it right here. To be honest it is not my most polished video work, but I think it gets the job done. I have another one in the works that might be more effective. The plot goes like this: At times when HughesNet refuses to show me my own blog--yes, this very blog that you are reading--I can reach it via my iPhone over the AT&T Edge network. One of these days I am going to get really calm and centered and call HughesNet support with iPhone in hand and try to explain the flaw in their DNS ways one more time before I call in the sharks.

Cobbsblog on YouTube (via Stagecoach not Satellite)


This is a quick post to highlight the video I just uploaded to YouTube. Probably not my finest mixed media effort, it's a quick screencast to demonstrate the fact, oft-mentioned to friends and colleagues, that the $80-per-month HughesNet Satellite Internet service which I get at my house "blocks" access to my blog.

(10/2/2009: Video link updated. For the video, click here.)

In fact, even as I write this, I am being forced to eat a veggie pannini at Stagecoach Coffee in Cooperstown so I can use their free WiFi to get to my blog to post this on my lunch hour. As you can see in the video, accessing my blog via HughesNet  "normally" results in a DNS Lookup Error. However, there is nothing wrong with the blog, as can be demonstrated with DownForEveryone, which I demonstrate in the video.

I have reported this problem to HughesNet but they tell me it must be a problem with my web site or web hosting company. Obviously the problem is NOT with my web site or host. I am pretty sure the problem is HughesNet DNS. I even demonstrated this to HughesNet by running Anonymizer which, as shown in the video, intercepts the HughesNet DNS and makes my blog accessible over the very same HughesNet connection that said "DNS Error."

My speculation that this problem occurs because I am frequently critical of HughesNet, on this and other blogs, is indeed speculation. But you don't have to be ultra-paranoid to think it mighty strange that my HughesNet connection, which can reach Google.com but not Cobbsblog.com, is fishy. It certainly stinks.

Why Rural Folk Feel 3.6X Angrier About Broadband, TV, and Verizon


Guest Blogger Stephen Cobb writes:

Right now it hurts to watch New York City's Channel 4 NBC news if you live just a few hours outside of New York City in the rural areas that supply the metropolis with its dairy goods and fresh produce. Why?

The NBC 4 New York sports section is sponsored by Verizon FiOS and Verizon FiOS spots are all over the show, advertising an $80 per month deal on high speed Internet, plus television and phone service. That's $80 for all three. What do you have to pay if you live outside the city? $290.

That $290 "deal" is what rural folks must pay to get service that is not even as good as FiOS at $80 or even FiOS at $160. Yet some of the fiber optic cables that make FiOS possible pass right through these rural fields and valleys. Here's how it breaks down in the many areas that phone and cable companies chose to ignore:

$80 for HughesNet satellite Internet
$75 for Verizon land line phone service
$135 for DirecTV satellite TV

Yep, it adds up to $290, about 3.6X what city cousins pay. Bear in mind that the rural dweller's $80 rate for satellite Internet only gets him, if he's very lucky, download speeds of 1.6Mbps and upload rates of maybe 128Kbps, with latency that is much worse than dialup. And daily traffic is capped at 425Mb (in other words, one hi-def movie download or operating system upgrade and you're done for the next 24 hours).

Yet the current 3-way FiOS package from Verizon, which "serves" most of these rural areas of New York state at a much lower grade, gives the subscriber phone service, plus TV service, plus broadband Internet access at 50Mbs upload, 20Mbps download. That is more than 25X what you can get in the country, with a bandwidth cap that is at least 1,000X greater than the cap on satellite. So, Verizon gives city dwellers a level of service that is massively better than what they offer their rural customers, at about a quarter of the cost rural customers have to pay.

If the situation were reverse and it was rural customers getting that deal, surely there would be riots in the streets of the city. No?

Avanti UK to Develop New 50Mbps Hercules Broadband Satellite


The US is not the only country where rural Internet users are being starved of broadband. Several companies over in the UK are talking about offering satellite Internet service to rural locations in Britain, possibly lured by the hope of government subsidies for USO [Universal Service Obligation] solutions.

In other words, satellite is being put forward as a way for telcos to say "we offer broadband to everyone" without having to string cable or put up radio towers to all corners of the realm. However, the publication ISPreview has very rightly raised concerns "about the use of satellite services as a USO solution...High hardware/installation costs, uselessly restrictive usage allowances, unreliable speeds and poor latency are chief among those [concerns]."

We agree. In fact we couldn't say it better than this: "To date we've yet to see a satellite broadband service that could negate most of these fears..."

The claimed download speed of the latest Avanti proposal is impressive, but until the latency and bandwidth cap issues are addressed, satellite's a non-starter in our opinion. ISPreview have just completed an interview with Avanti "where some very difficult questions were put to them" and the interview is expected to surface at the start of June.

ISPreview UK

The Good: Montana Man Making Money on the Internet


"In Malta, Montana, Roy Martinez averages over $10,000/month selling Western replicas related to Clint Eastwood Westerns."

The Rural Broadband Challenge: Use It | Daily Yonder | Keep It Rural:

Cool example of what can be done from a rural location IF you can get true broadband.

(The Bad and the Ugly? You can't host a website on a satellite Internet connection. And if you host your website somewhere else, how are you going to back it up to your local machine, or even assess website performance if your satellite link has higher latecny than the average consumer Internet connection?)