Harvard professor Clayton Christensen, who wrote the book “The Innovator’s Dilemma” that defined such corporate conundrums, described them as arising when a disruptive technology—like a small disk drive or steel mill—becomes so big that it displaces an existing market, sending big, successful businesses to their doom.
Of course, this happens in part because disruptive technologies are often difficult to recognize. This is especially true in the case of telecom, when the disruptive innovation isn’t any particular technology per se, but the rise of smart devices at the edge of carrier networks.
Carriers have embraced this trend, believing that iPhones, iPads, Droids and other smart devices will eventually reduce customer churn and increase the amount of time they spend on the network.
It’s a reasonable approach—but it is contributing to a dramatic shift in the balance of telecom power in the United States. This is particularly obvious in the wake of the holiday season. App makers and device manufacturers like Apple are enjoying blockbuster sales, while carriers are struggling with declining margins and rising capital costs.
In order to profit from the boom, the carriers need to open up their networks to innovation. The challenge is that doing so goes counter to a century of business success—the innovator’s dilemma in action.
For the last one hundred years, telecom has been like a closed black box. Connecting to network resources required esoteric technical knowledge and the ability to cope with an environment that was hostile to rapid business development. Deals were slow to take shape and often seemed to move ahead at whim of the carrier.
But it wasn’t always this way. At the end of the last century, the newborn American telecom industry was celebrating a party of innovation. Across the country, a do-it-yourself networking movement was inspiring farmers and small businessmen to string their own wires, challenging the dominance of Bell Telephone. “Build your own lines by all means in some way,” the Rural New Yorker exhorted.
By 1906, independent telephone companies had connected 3 million phones, compared to Bell Telephones 2.5 million. An industrial battle involving everything from bribery and sabotage to predatory pricing and coercive connection agreements was in full swing.
In 1913, Bell Telephone, now renamed AT&T, responded to a federal antitrust suit, brought on behalf of the independents, with an offer, known as the Kingsbury Commitment, that would end up reshaping the young industry into a protected monopoly that would persist for the next half century.
Citing the need to safeguard the network, AT&T fiercely scrutinized all interconnections with its network. All devices had to be made by Western Electric, its wholly owned subsidiary. Businesses that transgressed got sued, no matter how small or unprofitable.
While regulators finally forced AT&T to open its network in 1968, the qualities that would characterize AT&T and other carriers for the next three decades had already been set. The networks, in practice, would be closed and the devices at their edges would be dumb.
For the next forty years, telecom regulators repeatedly tried and failed to open up the industry to innovation. Decades of antitrust legal activity led to the 1984 Divestiture of AT&T, which was followed by the Telecommunications Act of 1996, a major overhaul of the Communications Act of 1935 so great it inspired more than one business chronicler to foretell the death of AT&T.
But AT&T proved resilient—and so did the black box. In 2001, Consumers Union, the nonprofit publisher of Consumer Reports, concluded that the 1996 act, had failed to create meaningful competition and was a “consumer disaster.”
Then along came Steve Jobs and the iPhone. Jobs not only put a extremely smart device at the edge of the network, he made it a platform for app development. More than 500,000 creative minds responded with new business ideas.
Jobs wasn’t breaking new ground—he was simply remaking the classic technology drama that pits the intelligent network against the intelligent edge. This is just what we saw in the struggle between the mainframe and the PC, the PC and the Internet, and the Internet and peer-to-peer networks.
Shakespearean these dramas may not be, but each of these contests has put billions of dollars into play, and this new face off between the closed network and the smart device is no different.
To survive the innovator’s dilemma, carriers need to increase the intelligence of their networks and open them up for innovation.
If Twilio’s experience is any guide, there are hundreds of thousands of apps waiting to be written on top of an open telecom network. Twilio provides a platform for voice, VoIP, and SMS apps, adding value to existing carrier networks.
During the past four years, developers have built everything from playful musical hotlines, like the Callin’ Oates app that went viral over Christmas, to SMS apps that remind patients to take their medicine and help commuters track the progress of their local bus.
On the corporate side, virtual PBXes are replacing on-premise PBXes and technologies like interactive voice response systems are increasingly moving to the cloud. It turns out there are easier and cheaper ways to do everything from call tracking to click-to-call, voice broadcasting and ID verification.
There is, in fact, a party of innovation among developers of voice, VoIP and SMS apps that is similar in spirit to the early days of DIY telephone networks. It’s time for the carriers to join in.




[...] The Carriers Are Stuck In The Innovator’s Dilemma. Just Don’t Tell Them That.Jeff Lawson, Pando Daily, February 20th 2012 (the author is founder of Twilio, an example given in the post for innovation using Telco networks) [...]
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LikeTelCos can't just open up their network. In the IOC arena, a service provider may have one developer or other subscriber per hundred miles who wants and is willing to pay for the latest high speed whiz bang on the market. That hardly pays for the fiber, equipment, installation, sparing, and staff training that is required. That being true, the people who run these small TelCos live in your neighborhood and see you every day and IOCs are usually the first ones to start to adopt new technology. Besides the social pressure they experience, they actually want your kids, and theirs, to have access to things like Distance Learning and online emergency support from police stations and hospitals. So they spend megabucks from the pile of money that they have adeptly managed to acquire since WW2 and put in things like DSL and triple play only to experience a, at the most, 25% take rate. You see, in their rural serving areas, $29 is a very big deal to the people who have to pay it. Then, these people have learned, the government comes along and does something really stupid, making it harder to survive, like mandating 100Mb per premise or they have a storm that requires the replacement of large chunks of their outside plant. You can run most ISPs and a small TelCo on 100Mb. Because of this dilemma, the fact is that TelCos can only move so fast and stay in business. Applaud them for not foolishly succumbing to every fantasy and greed and staying in business to keep this country's backbone running.
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LikeAnother wonderful example of how Harvard is disconnected from the real world! This guy doesn't even exist in the current century from his references to the wrong "last century"! The carriers are not in control of the current technological changes and are not learning fast enough how to control their own destiny. Point in case: An AT&T VP pointed out at a meeting I attended last year that SMS/texting is 40X as profitable as voice but video is only 1/1000 as profitable. Yet they are building network capacity to carry video with no realistic expectations of profitability. This week I heard the networks are being upgraded to 100Gb/s links in spite of the fact that its more expensive per bit than 10G links. Methinks too may Harvard MBAs are advising them!
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LikeThe end of the last century? It was **12** years ago!
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LikeIf wireless devices and apps are all that's needed, I'll wait for my handheld "transporter" and then beam myself to an intelligent planet. I find it hard to see a point in this article. After 40+ years of doing core network engineering (L-carrier, crossbar, ATM, SONET, OTN, PONs, Synchronous Ethernet,...etc); how can I find anything interesting in the writeup. Shouldn't we have focus on things like: The projected cost to build the new broadband network of the Connect America plan (and how to pay for it), or perhaps an article on "Why calls aren't completing to rural areas, a result of the Telecom Act of 96?"
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LikeMike, how many more black boxes do we need? We can not close down the communications systems and start over. There is (or is not) duplication in case hackers shut down the system. Damaging or taking out the cellular tower system is scary. When I lost electric in the house, I lost the cordless system. I still had a working land line to communicate. Repeating myself, if the land line went out, how long would I have to wait for a dial tone? I had no other backup. If I had a cell phone and that system went out, I would be lost. (Where are the strings and 2 cans?) Optic lines are being installed with greater message capability. But they still have go thru switching. Myself, I am investigating the installation of optics in my house. It sounds like model railroading where all the tracks are not exctly the same. You need a coupler for communication systems whether be software or hardware. Software is the the more economical coupler. But you need a system of wires some where and switching to do this. When we have a catstrophic communications problem, first then they might address it. That takes years with laws and hierachy to slow recovery. Just leave it alone and hope that the information explosion will slow down. Besides, what are we doing with all that info now?
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LikeThe same story is playing out all over the globe in developing markets. Weather owned by the government or private carriers, those that desire services need the carriers to be in place to deliver it. The methods are diverse, and the technologies for putting more over the available bandwidth are where it’s at. Putting fiber in the ground is expensive, which is why Cable is having their way with the Carriers. They have the pipe in the ground and have been building it for years. The advent of DWDM put exponential amounts of traffic on the same fiber capacity by using light waves. The next great invention needs to be along those same lines. Maybe some version of Satellite compression, wireless density or some other form of improved capacity. But the network has to exist to make all this work until the technology changes the carriage method.
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LikeWhat's a Twillo and why is it relevant?
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LikeHere's an interesting article on the losses carriers are taking on the iPhone, seems Apple is the tail wagging the dog, and the carriers don't have much in the way of an out, with the exception of selling more Android devices. What I find interesting is that the iPhone is worthless without a network, so it would seem the carriers should have an upper hand in the negotiations with a single manufacturer of a handset. No one would have thought it possible that Blackberry's would be displaced and RIM would fall so quickly, could the same happen to Apple in the coming years? The carriers won't continue to take losses, while Apple flourishes. The carriers will fight to regain "declining margins". http://articles.latimes.com/2012/feb/10/business/la-fi-iphone-blues-20120211
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LikeI think this post is framed wrong. I have a hard time squaring this statement: "while carriers are struggling with declining margins and rising capital costs." with statements from the carriers themselves: MONROE, La., February 15, 2012 – CenturyLink, Inc. (NYSE: CTL) today reported strong operating revenues, solid free cash flow generation and improved customer results for fourthquarter 2011 and full year 2011. “CenturyLink delivered solid financial results in the fourth quarter and exited 2011 with a strategic, diversified portfolio of assets,” Glen F. Post, III, chief executive officer and president, said. “The Company generated strong revenues for the quarter, driven by continued growth in strategic revenues and a slower decline in legacy revenues. In addition, we completed our integration of Embarq and continue to hit our key targets in the integrations of Qwest and Savvis. We achieved very strong growth in our high-speed Internet subscriber base during the fourth quarter, with over 70,000 net additions. We also completed more than 1,250 fiber builds in the quarter as part of our fiber-to-the-tower expansion initiative, supporting the continued growth in wireless data and Ethernet demand." http://ir.centurylink.com/phoenix.zhtml?c=112635&p=quarterlyearnings You'll find similarly rosy assessments from ATT and Verizon. There might be some caveats concerning the "legacy network" and losses from that, but that is essentially a shell game for regulators, to give some credence to their complaints about line loss to state regulatory authorities. This statement also made me scratch my head. "While regulators finally forced AT&T to open its network in 1968, the qualities that would characterize AT&T and other carriers for the next three decades had already been set. The networks, in practice, would be closed and the devices at their edges would be dumb." Were there a lot of "smart" devices, (other then Hush-A-Phone) whose inventors were clamoring for network connectivity in that era? When "smart" devices did take off, they did so not because of any action or inaction on the part of regulators, but because they provided a utility previously unimaginable. (I suppose this last point is a bit of a quibble...) But this portrayal of the history seems to elide some key points. One is that for the half century he talks about, we went from a primitive network to vast connectivity. The regulators of the day responded with solutions that worked at the time, and for many decades the American telecom network was second to none in the world. That this is not longer true, but has less to do with the inventor's dilemma, which while interesting; doesn't really go far to explain the situation we are in today.
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LikeJeff, good article! If you are not aware already here is an interesting add-on to what you have in you wrote. CES http://www.ericsson.com/thecompany/press?mclip=ddb60dc8-14d0-41b1-ac29-2433aab86fab&mstory=2fd660ec-52e0-4256-bfc3-5b2bb9c0cea6 //Tobias
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Like[...] El dilema del innovador, aplicado a los operadores móviles bit.ly/wGveyW [...]
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LikeJeff, AT&T did not persevere. The AT&T that exists today (AT&T Inc.) is actually an aggregation of merged former Bell Operating Companies and Cellular Providers who purchased the name, network and customers of AT&T Corp for pennies on the dollar. The company that was AT&T Corp. died due to lack of direction and ability to detect emerging technologies to invest in. As a staff manager in the 90s in the new markets product group in Bedminster, NJ, I was witness to the desperation of management to hold onto to the last vestiges of the old telecom infrastructure and it's ever dwindling customer base. I made numerous presentations about alternate access methodologies such as wireless, voice over CableTV and voice over ATM which all fell on deaf ears as they watched their stock market beepers. Fiddling while Rome burned! Jim Dornberger
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LikeJim, I agree that the AT&T as defined by the consent decree did not survive. However, I disagree that AT&T did not survive. I consider AT&T to be defined by the Bell System with the operating companies, long lines and network systems. An operating company has reassembled large parts of its former self and generates billions in revenues. While I agree it could have been more, I disagree that it has not survived. In fact, the first mistake was probably the consent decree itself. IBM fought and won. It is not clear to me that AT&T could not have continued to fight and prevail. The consent decreee deal did not work out for AT&T. It was supposed to get into computers. AT&T tried and failed to do so. It gave up so much and got so little out of the consent decree deal that it boggles the mind. AT&T did acquire cable assets, but did not hold onto them because management lead by Armstrong did not have the fortitude and power to stick with that strategy. I had a front row seat in watching AT&T decide to exit the cellular business in the 80's only to buy it back from McCaw. AT&T is still a powerful company and that is what survival is all about. It is especially hard to survive when the technology is changing so quickly. Bell Labs was founded in large part on Vail's vision that wireless was a threat to the wired business and Bell Labs was supposed to own that technology. How crazy was it to let that go and then need to buy it back? AT&T was used to calling the tune. There was a very real arrogance in management that AT&T was leading when in fact it was not. Still, AT&T has not gone the way of most big companies. Its culture is robust and was built for change - again the basics were put in place by Vail and is still Lampooned by Dilbert. It is still very much alive and even positioned to grow. That is survival in an ever changing world. There is no guarantee of year over year growth. You make mistakes, you regroup and you move forward. That is, in fact, what is happening. Leadership came out of SWBT and now they are in charge, but it came from within the Bell System. To me that is survival. Steve
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LikeCars need the roads, and we have toll roads, but imagine if the 'owners' of roads wanted to charge more if I turned on my radio, or had tinted windows. Why is it that the carriers need to add more value than just providing excellent 'pipes' or roads? Also - this article implies these new SMS apps etc.. can or should rely on tight linkage to the network, but it seems most apps people can think of are achievable with today's open interfaces - especially with IP data access. I personally would like to see carriers battle by showing and proving their networks are the best at carrying data traffic instead of trying hard to figure out how to extract extortion money for the cool things done over their network..
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LikeWhere I live, the carriers *do* fight over those qualifications of their networks' performances. Of course that could be because we have companies that have some of the best network performance in the world. I might be biased, though :)
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Like@Bart: The problem with your analogy is that smart phones will equate to 5 ton trucks not fancy sports cars with loud boom boxes and tinted windshields. And you guessed right, trucks pay a much higher toll than cars cos they cause monre congestion (sounds familiar?) on the roads and more degradation of the road infrastructure.
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LikeKind of a self-promoting article by Twilio's CEO. But while we can conjecture about his personal motivation it doesn't diminish the intriguing questions Lawson raises about how network operators innovate. Thanks for the blog.
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LikeFantastic read. Very insightful.
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LikeThe FCC auction of the internet pipes must sold with the provision all the pipes must be open without bandwidth limitations. Metering must be prohibited. The providers must give all the bandwidth the users need. We needs fair competition among the carriers instead of allowing them to hide what is possible from the users. The limitations we have now do not allow very much inovation. There is much more inovation out there if we would only allow them a platform to do there work on. There is much more going on in side the big companies and they are keeping it to themselves. The have the the large labs and staff to do so. Looking inside those labs is not privy to outsiders for obvious reasons. But there many engineers that are outside these labs that have the inovations, but no place to develop them.
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LikeMSO's like Comcast have a huge advantage here b/c they own & operate their entire network and have more incentive/more to gain by investing in their infrastructure. Not having to rely on or purchase first, middle or last mile access from AT&T eliminates the added cost and complexity that CLECs/ILECs endure. CLEC’s that were formed to bring "competition" and innovation by being allowed to sell services over the ILEC network still rely on the ILEC's capabilities. ILEC's are now facing real competition to enhance and innovate because landline networks, which have taken a backseat while the wireless market has boomed, will still need to accommodate the increase in IP traffic. Now that smartphones and pads almost all have WiFi enabled out of the box, much of the mobile data still hits the cloud via whatever landline connection that the wireless access point is plugged into rather than the mobile 3G/4G networks. The innovation bottleneck occurs with the owner of the network. MSO's can offer up to 100/10Mbps to the HOME and 10Gbps(10,000Mbps) DEDICATED to businesses! FASTER, MORE ROBUST and REAL INNOVATION is coming from the MSO’s! Prices are being driven down and speeds are continuing to rise! The companies with the largest pipes and economies of scale will have no problem continuing to win market share. MSO's are better positioned to innovate and keep up with demand so that they will not only WIN new customers but KEEP them long-term as well.
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LikeAll the bells were and are waist deep into this already, this article is wrong. Harvard is generalizing again and popped out this article like a usual we timed event to generate relevance. These type of articles are looking from the outside. They are ill informed. What happened is internal resistance. The classic change problem. Which is being fixed at a frantic and frenetic pace. IBM and Xerox are perfect examples. The bigger you are the harder the change, Every Bell had created a LAB for innovation. Every bell had miraculous ideas. They still do and it never stopped. Problem is that the people who would allow the change did not or could not with the craziness of the conglomeration push it through. I had ideas in 2001 we could have deployed by 2002. Not only did the idea get forgotten or lost in the shuffle it was rediscovered by someone else eleven years later and now all of of a sudden its a discovery we should deploy. Am I neck high in hate over that? Heck no! This is the corporate monster! I decided to live in it so I have to understand and learn this crazy matrix. I have ideas all time and every day but until I decipher how the corporate monster works I will get nowhere. That's why I started watching the show Shark Tank and also started getting involved in entrepreneurial practices. I am not mad about it because I understand the corporate culture and I am not a one shot wonder. I will continue to come up with new products and services until my last breath. I am a product of the Internet. If we want innovation to grow we need to lean how the corporate collective culture functions and tame it. That is the conundrum of big corps. Big cops have even created social gatherings to promote innovation but still struggle with finding the wisdom of how to pluck out the future trends. They have their own internal Shark Tank working its magic right now. Another point that needs to be made is that AT&T survived by being bought. People don't understand that is a valid corporate strategy. Us plebs sometimes don't understand the big pictures. AT&T was bought by a baby bell who was set up to merge with it like a hot date and then decided to take the spouses last name LOL "AT&T". I will say that the disconnect of this understanding must mean their is some kind of marketing genius working its magic if it fooled that many people. Don't worry innovation is alive and well inside the belly of all the Bells. I know it, I live it and I am not even in the labs. So keep your shirt on and watch what happens. Learn about Kondratieff or Elliot waves. We are in a steep down turn or winter. When this winter abates the launch of the new series of discoveries will be as dramatic as the 1912 horse buggy rider and the SR71 that flew in the 50s. In 40 years we will not recognize our world. We (the US ) need to hold on to our #1 status as innovators until that starts up and we will ride it to our next resurgence for another wave. By the way just to perk your interest. What if I predict that clean energy will become only 1% of your budget by 2040. What will that do to mankind? Mr fusion is already here. Its in the seed stage. MIT is trying to steal the lime light from this poor Italian Physicist by calling it Matrix assisted fusion. Bunk. Its Italian and get over it! Vortex inertial propulsion is almost here, many are working on that one. Me to :-) It will make the moon into the local park. Lastly magnetic manipulation is almost here. No power cords.....ever again! Keep the hope. We are almost there. Just a little while longer. I can almost feel the that the down draft is about to hit its peak and then right after that watch out for the next great boom of humanity.
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LikeMy question is that even still with the edge devices like the iPhone apps - they all rely on the existing network such as ATT anyway. So where is the competition there? If ATT and other major carriers get involved in app developement they could stiffle innovation like they've done before. On the otherhand, they may not and will find that they need to get involved in order to not be left behind. Good article - an easy read.
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LikeMy comments are on my blog - http://www.jonspinney.com/jonspinneycom/2012/2/21/developers-dont-know-carrier-networks-are-programmable-just.html
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LikeNot a great article and as someone pointed out the truth regarding AT&T, they died and SBC saved them and used the name for global recognition. Carriers today have realized the different times and have made changes years ago to compete in the markets for layers 4-7 (OSI) as well as provide leadership in outsourcing. Commericals paving the way for change like Verizon for wireless and now 4G which delivers access to the cloud complimenting the wired access today. They have been investing in the multi-tower environments for IT, Security, and VoIP for years and doing a great job competing in these markets.
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LikeJeff, It's great that you develop all these apps. Really wonderful. But what are your apps without the network? All of your interconnectedness is enabled by one thing: the vast fabric of the US telecommunications network, the PSTN. Layer 1. Something programmers and app developers constantly ignore or don't take into account - the lowest level, physical connections between nodes. Are you going to write apps that switch OC-192 carriers? Are you developing hardware for SONET? Are you concerned about the future of ATM? Are you investing in DWDM fiber rings? Are you maintaining dozens of MTSOs and end offices? Tens of thousands of repeaters? Battery banks? Cell Towers? *Multiple* radio access networks? Are you rolling techs at 2 am because a construction crew ran a backhoe through a 48 strand single mode? No. You write apps that run on other people's data networks.
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LikeWell said. There would be no mobile service if there weren't a backbone network to transport it. We also have to consider national security when it comes to our infrastructure. Free for all with the nation's base communication system!
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LikeAgreed - well said. Innovation needs to happen within these networks, in order to make the best use of what spectrum these carriers have, or else this capability of even *using* a smartphone will be limited in the not-too-distant future.
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LikeApple and Microsoft should get together and buy either T-Mobile and/or Sprint, upgrade the network to pure-IP LTE, and then run it as a non-profit/low-profit IP utility. Just like gas or electric. Call it Dumb Pipes Inc. If they ran it as a wholesale operation only, the mother-corporations (Apple and Microsoft) could then resell the bandwidth at retail, packaged with the device that uses it (iPhone, iPad, Win8 tablet, Nokia smartphone, etc.). They would have complete control over the consumer relationship and make an end-run around AT&T and Verizon. Or, at least, Apple would control the whole relationship - Microsoft might license its rights down to whoever the hardware OEM is, so you'd buy your IP connection from Dell or HP if that's where you go your LTE-capable laptop from. Or maybe not. Maybe your connection would still be governed by Microsoft. Really, I don't think it matters much. Die, carriers, die! They'd probably have to run Dumb Pipes Inc. as a common carriage network to avoid anti-trust investigation. Earthlink-like service-only companies would finally have a new chance at life. It would make sense if Google went in with Apple and Microsoft on this too, so that Android, iOS and Windows Phone were all removed from AT&T/Verizon, and those two companies died a quick death and their spectrum went back to the FCC for re-auctioning. But I don't see Google, Apple and Microsoft all cooperating on --anything--, not matter how much sense it makes.
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LikeI worked for Cisco Systems, Nortel and SBC. This tread show how limited the knowledge of how bandwidth is delivered or transmitted thruly is preverse. I too am a "cheapscape" but in real life thihngs dont get done because I can shop harder or longer than the next guy.Economics is a reality in life the sudo propeller-head neglects. Miicrowave towers are built how. Satalites are built and launched how? Fiber is a local loop manafestatiion. Singlemode fiber with repeaters are located on the bottom of the Atlantic. Everyones data is merged, transmitted, reformattted and delivered where? Somethings the government does well, msot things poorlt. Just soo happens freeways, bridges and bandwith is one of the ones done well. What we have is a lot of users with devices that consume huge amount of bandwith and the govt and IsP/SP cannot build fast enough. I do business with Microsoft and Apple. No way are they goiing to provide hardcore infrastructure. Data Centers, yes, Software, yes, edge devices yes but not the hard core infrastructure. Caost way too much.
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LikeOverall, I think the post is great. I agree that carriers are in an innovators dilemma. I would go further and say equipment suppliers are in an innovators dilemma as well. I agree there is resistance to change in large companies. In fact, this is a leading reason why so few large companies survive for very long. AT&T is an exception to this trend despite the fact that it lost its protected almost 30 years ago. That does beg the question of what is being done right that has allowed AT&T to survive for so long. There were many at the time of break-up who said that AT&T could be broken up but it could not be re-assembled. That has proven to be incorrect. It has re-assembled itself with a baby-Bell first combining with others and then with AT&T itself. The culture must be robust. There must be reasons they are resisting some aspects of intelligence on the edge and there is no proof that the recommended course of action is more profitable over any time period. The post does gloss over a few facts like the transistor was invented at Bell Labs as a means to replace mechanical switches and to expand the operational scale of switches. That was very innovative and even Nobel Prize worthy. It is the transistor and its many follow-on innovations that make intelligence on the edge possible. Also, prior to the Kingsbury accord, long distance was very difficult and expensive because all of those DIY networks did not interconnect very well. AT&T did an excellent job of interconnecting everybody and the protected monopoly made sure that all Americans could be connected and many at low prices subsidized by the larger monopoly - this was the deal the government made in the Kingsbury accord. The logic was simple, there was greater value to the public and to AT&T if service is provided universally and uniformly. Although AT&T could never prove it was a "natural monopoly" the performance of the US telecom sector since divestiture has gone from number one in the world to well out of the top 10. For me, the key question is how to assure reasonably up to date services are universally available - both wired and wireless. I think the answer is more auctions if we want to avoid a return to a protected monopoly. These would be reverse auctions in which the obligation to provide service to an underserved area would be subsidized. The subsidy would come from high cost funds which are taxes on the other areas and the size of the tax would be determined by the auction results. This creates opportunities for DIY builders. Of course, large carriers can also participate in the auctions and they would then take on the responsibilities of providing up to date service at affordable prices to under-served areas. The role of the regulator becomes that of defining and periodically updating the definition of ‘up-to-date service’, conducting the auctions and holding winners accountable for their responsibilities. Access is often spoken of as a commodity. I would like to point out that there can be significant revenues and profits in commodity markets like oil, gas and electric. The facilities over which edge devices do their magic are too often taken for granted. They are not a sunk cost. They need to be updated and money is needed to update them. The money should come out of the cash flow of current companies and new entrants alike. The key follow on questions are how, when and why should new entrants be taxed. Why is easy. As long as subsidies are needed, those making money from the telecom sector need to pay to serve all. The obvious answer to how and when would be based on revenues just like current carriers. There is a belief in the online community that the Internet should not be taxed. This flies in the face of logic. If they are making money, then they should be taxed. If I am running a startup plumbing company I am taxed from the start. Why should I avoid taxes just because my business is on the internet? The answer is in fostering innovation so the questions remain how and when. We clearly have not gotten the answer right in the US since the 1980's. The US telecom sector has been falling backward ever since relative to the rest of the world.
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LikeThere is one large piece missing from this equation: the smart devices on the edge are useless without the network, the fiber. Even cellular traffic is carried on land lines. How do you think the data is transmitted? It doesn't magically fly through the air from smart device to smart device. No it is carried by ethernet transport, T1 or DS3 and most of the time that stuff is buried in the ground. Its great that consumers can do so much on the edge with your smart device but the notion that anyone can design, connect and service a fiber network is absurd. It takes engineering, time, development and tons of money. This stuff is not cheap and without direct support from state and federal governmental entities consumers would pay much, much more for even basic service. This conflict is at the heart of the topic. Companies like AT&T, Verizon and even small independents (they still exist though many are co-ops) have invested billions in this infrastructure and arent just going to turn over the keys because you got a smart phone for Christmas. Also, 911 and emergency services are predicated on the land line model. If everything is VOIP how does the system know where grandma is when she calls? What happens when the power goes out? VOIP doesn't work but copper does. Ask DC how their cell phones worked when they had the earthquake last year. Cell didnt but copper did. So go VOIP but you will still need a broadband connection and you have two choices the phone company or the cable company. Even independent ISP have to rent their bandwidth from someone. These are the things consumers don't think about and represents much of the so called innovator's dilemma. Unless you work for a company big enough to own its own network all data, 100%, travels over privately owned fiber networks. The author claims it is a closed system but that data flows over someone's private property. If the infrastructure were closed that data could not move between carriers. The article explicitly mentions Apple. Great. Where is the Apple network I can buy capacity on? Oh wait it doesnt exist. Data is going to cost more, mark it down. Wanna know why? Because data consumption is in its infancy. HDTV, video, games, home networks, stuff we havent even thought of yet will continue to drive up data consumption. Today an average (average mind you) home consumes btw 6-26 GB on a monthly basis. When TV goes online and is pumped into the home with 3 smart, HDTV, etc sets in the home that consumption will hit 100 GB easily. Ask anyone with FiOS. Is end user behavior modifying the way companies approach, market and build out for the future? Yes, but to pretend that present day companies will not be able to shift their model to take advantage is not being honest. They own the infrastructure. Will some die? Yes. Will new technology create new opportunities? Yes. Will profit margins change? Yes. Just as the oil companies were supposed be replaced by green energy technology but have managed to hang on I think the big phone and cable companies will be just fine. If you can create a model for a fully functional low cost network that serves enough people to make a profit then I say go for it. Turn the industry on its ear and make billions. But you might just find that there is a reason it hasn't been done yet.
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LikeDylan you are entirely right. Apple doesn't have its own network, all these smartphones need a network. And you guys in the US are running out. I hope you can see this link to an article I heard about yesterday: http://money.cnn.com/2012/02/21/technology/spectrum_crunch/index.htm?iid=HP_Highlight Basically, there is only so much spectrum on which you can run networks. If you run out, you run out. Being in the telecom industry myself, I think we need to be innovative in *how* we use the spectrum, how to increase efficiency so that we can get as much out of that spectrum as possible. These devices now do insane amounts of data, and carriers - even the ones who have spent billions creating their fibre network - are running out of bandwidth. If they're having trouble, I'd like to see how someone in their back shed can do it better. That's not even being facetious - I *would* like to see someone do it better, but short of being a natural genius they will need to get a handle of how things work in a telecom company first. Good luck innovators.....
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LikeThanks. In my opinion it is not a question of innovation but how much will a customer pay for? What kind of baseline will they provide? New technology is here but its expensive. As for spectrum crunch I think that issue will be handled in a multitude of ways. First is people will have to pay more for access. Second is home networks will become more valuable as bigger downloads can be offloaded or directed there. Simply put keep them off the wireless networks. Why not use your phone to direct your home network to perform the download? Third is innovation. New appliances and methods will come out to service, provide or facilitate access to content.
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LikeI agree with Dylan. I am reminded of a scene from Monty Python's Life of Brian where a group of would-be insurgents are complaining about their Roman oppressors: "What have the Romans ever done for us?" -- with much the same sentiment as is reflected above. And then someone says, "well they gave us the aqueduct...and sanitation...and they did build some nice roads." Others chime in with "education, medicine and wine..." and so on. Whether you view them as angel or evil, carriers are necessary. Unless you are using a walkie talkie or a CB radio, the flow of communication--and data--depends on a network at some point. And for the past decade the world has been on a high fiber diet. The network continues to grow and it is not free (ore even cheap) to build and maintain. Opening that network up? Exciting! (and a bit scary!) Dilemma is a good word.
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LikeHaving spent 40 years with NY Bell, (Verizon) service in general has deteriated, when a trouble exixts don't look for a quick fix, customers have to get used to up to a week for repair. In years past outages longer than 24 hours was considered serious enough to warrant a PSC complaint, times certainly have changed
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LikeGreat reponse! I am glad someone knows how the real world works.
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Like[...] The Carriers Are Stuck In The Innovator’s Dilemma. Just Don’t Tell Them That. (via PandoDaily) In order to profit from the boom, the carriers need to open up their networks to innovation. The challenge is that doing so goes counter to a century of business success — the innovator’s dilemma in action. [...]
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Like"But AT&T proved resilient—" is completely wrong. The author correctly follows almost a century of ATT, then blows it by stating ATT survived. ATT died. SBC (a regional operator who grew large) bought ATT at a firesale price and took the name ATT (because it was as recognizable as Coke). Rest of the article is fairly accurate. Just completely missed the death of ATT and resurrection of the name by the now largest regional operator, Southwestern Bell Company or SBC.
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LikeGreat post. It is not only innovation in the apps space that carriers need to participate and lead in but must also look at innovation in their business models - pricing and revenue sharing - to keep up with the "intelligent edge". I also found this article by Alan Weissberger (he touches on new partnering initiatives) an interesting read : http://viodi.com/2010/09/27/telecom-carriers-discuss-innovation-needs-with-silicon-valley-entrepreneurs/ Regards, Suchitra
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LikeFunny how federal anti trust lawsuits result in the creation of government sanctioned cartels and monopolies...
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LikeWhen was this article written? “At the end of the last century”? The last century was the 20th not the 19th. What the carriers do is nothing short of extortion and legalized piracy. I wouldn't shed a tear for them. Or, as the envy and idol of all trolls, our beloved MG Siegler hath so aptly put it, #fuckthecarriers.
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LikeClearly the rates that they charge for simple dial tone is an example of why they are falling behind. Their service has gone down the tubes, outdated network philosophy still pushing copper down our throats. They need real changes.
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Like[...] The Carriers Are Stuck In The Innovator’s Dilemma. Just Don’t Tell Them That. [Via PandoDaily] [...]
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LikeFCC bandwidth auctions are a fucking mafia way of running the government.
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LikeI disagree, why should Bell, AT&T or anybody be the Nexus of our future? This is America. The FTC should open up and give the public access to dedicated band so a team of young people can set up their own terrestrial broadband network. In America, if you can do it, you should be able to do it. FTC bandwidth auctions are heinous. It's why a company like Apple can sit there and collect 1/3 of the profits of the developers in the free world for doing almost nothing simply because they have leveraging power with telecoms. It's not right. The disruption you speak of is fake, and a pseudo disruption puppetted.
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LikeI typed too fast. I of course meant the FCC, not the FTC.
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LikeI disagree with the following point "It’s why a company like Apple can sit there and collect 1/3 of the profits of the developers in the free world for doing almost nothing simply because they have leveraging power with telecoms. It’s not right." Point 1: Apple's leverage power with Telecos are not relevant here. The buyer-seller relationship is between Apple and the consumers. telcos have no role here. Point 2: Apple is is not just "sit there and collect 1/3".Apple is hosting and marketing the Apps and that have costs. Apple is paying for the servers which holds the Apps, paying for the bandwidth used for downloading the app, paying for the payment collection mechanism etc. Your local bookstore takes some money for displaying and selling a book written by you. Same principle applied here.
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LikeI recommend reading Andrew Odlyzko "Content Is Not King." http://www.dtc.umn.edu/~odlyzko/doc/history.communications2.pdf The paper demonstrates the long history of carriers getting a share of the profit. They must get a share of the profit or they would not build and continue to expand capacity. As many others have pointed out, there is more going on here than clever edge devices. The question of intelligence in the core and at the edge is false in my opinion. The idea that networks just be opened up was first tried in the 1990s with TELRIC pricing. Years later, the Supreme Court judged it to be a taking of property. You have to address the scaling problem and how to pay to continue to scale the network. The capacity requirements continue to grow and the solution must take that into account.
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LikeJeff, I have (with pleasure) to second Brian. A brilliant article indeed.
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