An opposing viewpoint on net neutrality(wired.com)
wired.com
An opposing viewpoint on net neutrality
http://www.wired.com/epicenter/2009/09/fcc-neutrality-mistake/
6 comments
Since I'm in this industry, I'd like to point out that bandwidth is not artificially scarce. It is just scarce, necessarily limited by the capital available to buy equipment and lease facilities, fiber, and copper. Before talking about the artificial scarcity of bandwidth, I'd encourage you to check the prices on some Cisco or Juniper gear. No one buys this stuff to intentionally underutilized its capacity. And correspondingly, no one avoids buying this gear to create scarcity; they avoid buying it because it is expensive.
Carriers are bound by the same forces as other businesses. People buy expensive equipment if and only if they expect to see a return on their investment.
Carriers are bound by the same forces as other businesses. People buy expensive equipment if and only if they expect to see a return on their investment.
I am fairly aware what network infrastructure costs. I am also very aware that in several other countries it is not only profitable, but profitable enough that there are several companies doing it.
There are only two reasons I can see for not having the kind of high speed connections some many other places in the world enjoy, is either: A) the backbone of the network is overloaded, and that is what needs upgrading most, or B) they don't want to upgrade one part of the network and leaving the non-urban areas with only lower speed connections. Without any kind of inside knowledge, I would guess it is a mixture of the two.
In any case: I pay roughly the same as I could get several times the bandwidth in other countries. If it is economically feasible there, there really is no reason why it wouldn't be feasible here. You may not be able to see network-wide improvements due to a slow infrastructure, but with sites like Google and Amazon putting up edge servers in most large cities, and the use of P2P technology, the gains would still be significant. Hell, if the major ISPs really wanted to make an impact as far as bandwidth was concerned, they would embrace P2P far more. A network-aware P2P network helps solve much of the problem of a slow backbone connection, as long as there is a fast local (metro-area) connection. Of course, I can't see the companies going for that, for the same reason they dislike Net Neutrality: it forces them to give up control.
There are only two reasons I can see for not having the kind of high speed connections some many other places in the world enjoy, is either: A) the backbone of the network is overloaded, and that is what needs upgrading most, or B) they don't want to upgrade one part of the network and leaving the non-urban areas with only lower speed connections. Without any kind of inside knowledge, I would guess it is a mixture of the two.
In any case: I pay roughly the same as I could get several times the bandwidth in other countries. If it is economically feasible there, there really is no reason why it wouldn't be feasible here. You may not be able to see network-wide improvements due to a slow infrastructure, but with sites like Google and Amazon putting up edge servers in most large cities, and the use of P2P technology, the gains would still be significant. Hell, if the major ISPs really wanted to make an impact as far as bandwidth was concerned, they would embrace P2P far more. A network-aware P2P network helps solve much of the problem of a slow backbone connection, as long as there is a fast local (metro-area) connection. Of course, I can't see the companies going for that, for the same reason they dislike Net Neutrality: it forces them to give up control.
"Without any kind of inside knowledge, I would guess"
I don't want to be overly-harsh to you in particular, but I think this is the key to so much of the useless posturing and speculating on this issue.
It may in fact be similar to the familiar refrain that people become more tolerant of homosexuals when they realize that one of their friends, family members, or business partners is gay. It's easy to stigmatize and demonize internet carriers if you don't know anyone who runs a business in that field.
To your points though. Most carrier backbones are not regularly overloaded. The bottleneck is at the network edge. And it isn't that carriers don't want to build. Everyone I know in this industry loves expanding their network and increasing capacity. But at the end of the day, you have to make a return on investment or your go out of business. Building out the network edge is terribly expensive. You have to buy and place a lot of expensive equipment in a lot of different places. You have to lay or lease lots of fiber or copper, or you have to build towers (and lay fiber to backhaul). Amazingly, there are lots of carriers that do this. You wouldn't even recognize most of the names.
Speaking as someone who came to telecom from a software background, I think there is a tendency for software people to want to idealize telecom into an ethereal mass-less abstraction, like software. If you look at it that way, any limitation is artificial -- the man is holding you down for his own pleasure. But the business isn't anything like that. Think Fedex rather than Google, and you'd be on the right path.
As for Europe, Asia, etc., keep in mind that those networks were far more heavily subsidized than our own. You may think that's a good thing, but remember that this removed resources from other human endeavors. Not everyone on Earth rates decreasing his or her CounterStrike latency as the highest priority in life.
I don't want to be overly-harsh to you in particular, but I think this is the key to so much of the useless posturing and speculating on this issue.
It may in fact be similar to the familiar refrain that people become more tolerant of homosexuals when they realize that one of their friends, family members, or business partners is gay. It's easy to stigmatize and demonize internet carriers if you don't know anyone who runs a business in that field.
To your points though. Most carrier backbones are not regularly overloaded. The bottleneck is at the network edge. And it isn't that carriers don't want to build. Everyone I know in this industry loves expanding their network and increasing capacity. But at the end of the day, you have to make a return on investment or your go out of business. Building out the network edge is terribly expensive. You have to buy and place a lot of expensive equipment in a lot of different places. You have to lay or lease lots of fiber or copper, or you have to build towers (and lay fiber to backhaul). Amazingly, there are lots of carriers that do this. You wouldn't even recognize most of the names.
Speaking as someone who came to telecom from a software background, I think there is a tendency for software people to want to idealize telecom into an ethereal mass-less abstraction, like software. If you look at it that way, any limitation is artificial -- the man is holding you down for his own pleasure. But the business isn't anything like that. Think Fedex rather than Google, and you'd be on the right path.
As for Europe, Asia, etc., keep in mind that those networks were far more heavily subsidized than our own. You may think that's a good thing, but remember that this removed resources from other human endeavors. Not everyone on Earth rates decreasing his or her CounterStrike latency as the highest priority in life.
If you don't mind educating me a little, what you have described is the exact opposite from what I have heard, both from people inside the telecom industry and outside of it. Feel free to correct me at any point, but this is how I understand the current state of things:
There are two observable forms of "internet speed": latency and throughput. Latency is the time it takes for a packet to go from your computer to the server and back, and is (usually) measured in milliseconds. The other type is throughput, the speeds that are usually advertised by ISPs, measured in mega(bits|bytes) per second.
From my understanding, there is little that can be done with latency. You can minimize it, but it is prohibitively expensive, for not much of an increase, especially when you consider that a good portion of the observable latency comes from the server processing the request. Instead, ISPs (and end users) focus on throughput as the primary measurement of speed.
Throughput is relatively easy to increase. The bigger the pipe, the more requests per second your computer can make, and the more data can come down the pipe at a time. Every few years some new advances are made, and you can lay down a new pipe (albeit at rather high cost) and double your throughput.
So, with the two types of speed, there are two types of traffic. One is loading webpages, and regular internet surfing. You may a request for a relatively small set of files (the website you are trying to view, usually), and the magic fairies in the tubes find it and bring it back to you. On the other hand, you have throughput intensive traffic. Things like VOIP, Streaming music, or any kind of large downloads. P2P falls into this category, but its a little different. With largely transfers like that, the latency becomes insignificant. After the transfer begins, it is going to go more or less un-interrupted until it finishes. The only real effect that the network speed has on it is the throughput, determining how much of that data can come down the pipe at a time.
Now, from my understanding (as someone not in the field), the problems arise from traffic trying to go over the backbone. While the routers and such supplying to backbone are more than sufficient to keep up the latency, the limitations come when you get a whole lot of people streaming videos (for instance) at the same time. The backbone, while it can switch packets quickly, has (again, from my understanding) a relatively slow throughput. While it is more than sufficient most of the time, the problems arise when everyone wants to see that new hamster dancing video on Youtube, the backbone just does not have that kind of throughput to serve much more than a fraction of the users at the full capacity of their connection at a time.
That is, how I understand it, the root of the problem. That would be simple to fix, if anything could possibly be simple to fix when it comes to networks. The problem arises from the fac that there isn't one big mystical Backbone owned by AT&T or Comcast, that everyone else connects to. Instead, it is made up of companies like Level3 and Cogent, which have peering agreements with each other. Since they're both companies, they both have bottom lines to meet, and they're primarily out to make a profit, not to make a nice internet for the users.
That brings me to the other point. I was under the impression that other places in the world had received far FEWER subsidizations of their network, and that prices were kept down, and speeds up, because there was far more competition in the markets. Admittedly, that is largely because the connect areas in Asia and Europe are considerably smaller, and cheaper for the first investments. Becase it was cheaper to get started, more companies did, so they got considerably larger and more complex peering networks, Each network had to have an edge, so they were either faster, or cheaper.
While the network companies want to expand their networks to more areas, and serve more people, what the users want is a faster connection. This leads to the whole problem with net neutrality. The only way for the consumer ISPs to get their networks faster for the users is to either lay lots of more fiber of their own, spend a lot more on faster peering agreements, or just try and stop the users who use the most bandwidth to cut it out. As far as I can tell, the primary argument against Net Neutrality is something along the lines of: The peering centers do it to us, why can't we do it to the users?
So, to summarize: my understanding is that the big problems arise from peering agreements. It is in no ones best interest except for the end user to heavily increase the backbone connections. It has no advertising potential like increasing speed at the edges does, and it has little profit potential, since most of the large peering companies have a near monopoly for their regions/portions of the internet. They can simply say: Pay us for our slow speeds, or go lay your own wires. There is no real reason to upgrade the network, because no one else has. You can't get an increase if only one segment is faster.
Did I get at least fairly close to it?
There are two observable forms of "internet speed": latency and throughput. Latency is the time it takes for a packet to go from your computer to the server and back, and is (usually) measured in milliseconds. The other type is throughput, the speeds that are usually advertised by ISPs, measured in mega(bits|bytes) per second.
From my understanding, there is little that can be done with latency. You can minimize it, but it is prohibitively expensive, for not much of an increase, especially when you consider that a good portion of the observable latency comes from the server processing the request. Instead, ISPs (and end users) focus on throughput as the primary measurement of speed.
Throughput is relatively easy to increase. The bigger the pipe, the more requests per second your computer can make, and the more data can come down the pipe at a time. Every few years some new advances are made, and you can lay down a new pipe (albeit at rather high cost) and double your throughput.
So, with the two types of speed, there are two types of traffic. One is loading webpages, and regular internet surfing. You may a request for a relatively small set of files (the website you are trying to view, usually), and the magic fairies in the tubes find it and bring it back to you. On the other hand, you have throughput intensive traffic. Things like VOIP, Streaming music, or any kind of large downloads. P2P falls into this category, but its a little different. With largely transfers like that, the latency becomes insignificant. After the transfer begins, it is going to go more or less un-interrupted until it finishes. The only real effect that the network speed has on it is the throughput, determining how much of that data can come down the pipe at a time.
Now, from my understanding (as someone not in the field), the problems arise from traffic trying to go over the backbone. While the routers and such supplying to backbone are more than sufficient to keep up the latency, the limitations come when you get a whole lot of people streaming videos (for instance) at the same time. The backbone, while it can switch packets quickly, has (again, from my understanding) a relatively slow throughput. While it is more than sufficient most of the time, the problems arise when everyone wants to see that new hamster dancing video on Youtube, the backbone just does not have that kind of throughput to serve much more than a fraction of the users at the full capacity of their connection at a time.
That is, how I understand it, the root of the problem. That would be simple to fix, if anything could possibly be simple to fix when it comes to networks. The problem arises from the fac that there isn't one big mystical Backbone owned by AT&T or Comcast, that everyone else connects to. Instead, it is made up of companies like Level3 and Cogent, which have peering agreements with each other. Since they're both companies, they both have bottom lines to meet, and they're primarily out to make a profit, not to make a nice internet for the users.
That brings me to the other point. I was under the impression that other places in the world had received far FEWER subsidizations of their network, and that prices were kept down, and speeds up, because there was far more competition in the markets. Admittedly, that is largely because the connect areas in Asia and Europe are considerably smaller, and cheaper for the first investments. Becase it was cheaper to get started, more companies did, so they got considerably larger and more complex peering networks, Each network had to have an edge, so they were either faster, or cheaper.
While the network companies want to expand their networks to more areas, and serve more people, what the users want is a faster connection. This leads to the whole problem with net neutrality. The only way for the consumer ISPs to get their networks faster for the users is to either lay lots of more fiber of their own, spend a lot more on faster peering agreements, or just try and stop the users who use the most bandwidth to cut it out. As far as I can tell, the primary argument against Net Neutrality is something along the lines of: The peering centers do it to us, why can't we do it to the users?
So, to summarize: my understanding is that the big problems arise from peering agreements. It is in no ones best interest except for the end user to heavily increase the backbone connections. It has no advertising potential like increasing speed at the edges does, and it has little profit potential, since most of the large peering companies have a near monopoly for their regions/portions of the internet. They can simply say: Pay us for our slow speeds, or go lay your own wires. There is no real reason to upgrade the network, because no one else has. You can't get an increase if only one segment is faster.
Did I get at least fairly close to it?
> those networks were far more heavily subsidized than our own.
BTW, didn't the US give the telecoms several billion to build infrastructure? Where did that go? And how far did it go? How much does it cost?
Let's say some bankers and lawyers and doctors buy out a 10,000 acre farm in coastal Virginia, 5 miles from the nearest stoplight of a medium-sized city, and they want gigabit ethernet to their McMansions and 3G coverage all the way into work. Essentially, a lollipop-shaped extension of network hardware into previously unpopulated land. What's it going to cost?
BTW, didn't the US give the telecoms several billion to build infrastructure? Where did that go? And how far did it go? How much does it cost?
Let's say some bankers and lawyers and doctors buy out a 10,000 acre farm in coastal Virginia, 5 miles from the nearest stoplight of a medium-sized city, and they want gigabit ethernet to their McMansions and 3G coverage all the way into work. Essentially, a lollipop-shaped extension of network hardware into previously unpopulated land. What's it going to cost?
Look, I don't support subsidies either. Like with most US subsidies, the money was probably mostly wasted (but I'm sure it created jobs).
In all seriousness, telecom subsidies in the US mostly go to building out old-fashioned POTS lines and slow DSL into corn fields in the middle of nowhere. Don't blame the telecoms (except for the lobbying of the huge ones), that's what the grants specify.
AT&T has been spending big money supporting and astroturfing Internet Neutrality. If you don't understand why that would be, you don't understand the dynamics of the industry enough to know what is really going on. They aren't doing that out of the goodness of their hearts. This is the old struggle between the LECs and the cable franchises.
Internet Neutrality is a win for AT&T and the LECs because they already have a separate network (the time-division network) that doesn't rely on packet prioritization to deliver latency-sensitive media.
In all seriousness, telecom subsidies in the US mostly go to building out old-fashioned POTS lines and slow DSL into corn fields in the middle of nowhere. Don't blame the telecoms (except for the lobbying of the huge ones), that's what the grants specify.
AT&T has been spending big money supporting and astroturfing Internet Neutrality. If you don't understand why that would be, you don't understand the dynamics of the industry enough to know what is really going on. They aren't doing that out of the goodness of their hearts. This is the old struggle between the LECs and the cable franchises.
Internet Neutrality is a win for AT&T and the LECs because they already have a separate network (the time-division network) that doesn't rely on packet prioritization to deliver latency-sensitive media.
High tens of millions of dollars is my guess, between right-of-ways and spectrum licensing. The routers themselves might not even break a million, though.
Yes. Building out fiber to a single point would be the easy part (as low as hundreds of thousands of dollars, perhaps). The continuous 3G coverage would be expensive though.
So, then, what makes building out last-mile capacity in NY or SF so much harder/less ROIful than building it in Tokyo?
Remember Japan's "lost decade"? The government threw money at every infrastructure project they could find.
Before you get too nostalgic about Japanese internet though, a friend who worked in Tokyo for a couple of months tells me it isn't really that much to write home about. Access to all of the services you care about as an American are slower, and my friend's provider explicitly blocked VoIP. I have no doubt that this isn't fully representative (except the latency/limited intercontinental bandwidth part). Perhaps patio11 could lend some experiences?
Before you get too nostalgic about Japanese internet though, a friend who worked in Tokyo for a couple of months tells me it isn't really that much to write home about. Access to all of the services you care about as an American are slower, and my friend's provider explicitly blocked VoIP. I have no doubt that this isn't fully representative (except the latency/limited intercontinental bandwidth part). Perhaps patio11 could lend some experiences?
But we aren't just talking about upgrades that were made in 90's. The network there is currently significantly faster than it is here. Even if it was primarily jump-started by large government funding, something kept it going, and it has kept growing while our infrastructure (at least as far as an end user is seeing) hasn't seen much of an upgrade. From what I can tell, US citizens have seen an upgrade of 10-30x what speeds were at the end of the 90's. Places like Tokyo have seen increases of 40-100x since then.
No knock on you in particular, but the comment is typical of a sort of insider Stockholm syndrome where members of one industry, or one sector of an industry are presently at the mercy of another sector, and the "prisoner" tells outsider "Well, from the outside, idea B might appear attractive, but if you have my inside information, you'll see Plan A is Plan A for good reason."
Your comment does not address why the equipment is expensive (Cisco exerting oligarichic price controls?), or why the market won't bear added expense (eg, where do so many other countries find the money?)
Your comment does not address why the equipment is expensive (Cisco exerting oligarichic price controls?), or why the market won't bear added expense (eg, where do so many other countries find the money?)
Cisco gear is expensive because it is expensive to design and expensive to manufacture equipment that can shuttle frames between multiple OC-192 circuits at sub-millisecond speeds across a purpose-built backplane that won't lock up under the load, and because it is even more expensive to design the software that will manage the forwarding databases on that equipment under the strain of multiple global routing table updates every second without ever hiccupping, and because for all that effort, you can count the number of US companies that will buy that kind of a product in any real volume on two hands.
It's a weird argument about the scarcity of bandwidth that suggests that it's all a price fixing scam by Cisco. Cisco, for what it's worth, does not make the majority of its money on big-ass backbone routers.
It is, in fact, rather akin to the idea that Southwest Airlines tickets cost $200 because Boeing has artificially inflated the price of the 737.
It's a weird argument about the scarcity of bandwidth that suggests that it's all a price fixing scam by Cisco. Cisco, for what it's worth, does not make the majority of its money on big-ass backbone routers.
It is, in fact, rather akin to the idea that Southwest Airlines tickets cost $200 because Boeing has artificially inflated the price of the 737.
> It's a weird argument about the scarcity of bandwidth that suggests that it's all a price fixing scam by Cisco
I heartily agree, but that is the thesis tc postulated in his comment, to which I responded.
I heartily agree, but that is the thesis tc postulated in his comment, to which I responded.
I think using the Stockholm syndrome is an absurd metaphor in this case. In the Stockholm syndrome, the victim defends the attacker. In this case, the 'attacker' is the regulation, and I'm opposing it.
Seriously though, I think I've addressed some of those questions elsewhere in the thread. Many other countries you would compare against have heavily subsidized consumer internet via government spending. Many countries also have a significantly higher population density than the US, or they had less existing infrastructure (laying fiber is cheaper if you are building all new roads anyway).
As for why Cisco or Juniper equipment is expensive: it is expensive because it is relatively low-volume industrial-strength gear that needs to run far in excess of 99.999% reliability while supporting an absurdly large number of protocols and standards. To put the problem as a bit of a tautology, if you think it is so absurdly overpriced, why aren't you raising a venture round to build cheaper gear?
(Incidentally, I think you probably could, but it is still a hard problem that requires time to solve. Not all things that could theoretically be improved can be improved instantly.)
Seriously though, I think I've addressed some of those questions elsewhere in the thread. Many other countries you would compare against have heavily subsidized consumer internet via government spending. Many countries also have a significantly higher population density than the US, or they had less existing infrastructure (laying fiber is cheaper if you are building all new roads anyway).
As for why Cisco or Juniper equipment is expensive: it is expensive because it is relatively low-volume industrial-strength gear that needs to run far in excess of 99.999% reliability while supporting an absurdly large number of protocols and standards. To put the problem as a bit of a tautology, if you think it is so absurdly overpriced, why aren't you raising a venture round to build cheaper gear?
(Incidentally, I think you probably could, but it is still a hard problem that requires time to solve. Not all things that could theoretically be improved can be improved instantly.)
> I think using the Stockholm syndrome is an absurd metaphor in this case. In the Stockholm syndrome, the victim defends the attacker.
fair enough. It was a convoluted enough metaphor that I've since forgotten how I stitched it together. Anyway, I appreciate all your information in this thread.
fair enough. It was a convoluted enough metaphor that I've since forgotten how I stitched it together. Anyway, I appreciate all your information in this thread.
I mean, hey, it worked for Procket!
"when we’re talking about ISPs that are near-monopolies built in large part on the basis of government subsidy or exclusive federal licensing,"
Isn't that the real problem? Govt first helps create monopolies and then worries about how to deal with them with antitrust and what not and starts lecturing about the flaws of free market or capitalism. Why create those monopolies in the first place? Why not have free market all along? This is the same story in telecom, healthcare, etc etc
Isn't that the real problem? Govt first helps create monopolies and then worries about how to deal with them with antitrust and what not and starts lecturing about the flaws of free market or capitalism. Why create those monopolies in the first place? Why not have free market all along? This is the same story in telecom, healthcare, etc etc
"Why not have free market all along?" -- Because having every company dig up ditches along public thoroughfares and through yards would be untenable. Also, some companies only decide to make the infrastructure investment in towns if the town council would agree to allow that provider to be exclusive (a town council then has to decide if the monopoly is better than no service... but the problem is that these contracts are sooo long.)
More companies than you probably realize lay fiber and copper. You can check the permits issued by your local municipality to see what I mean.
If you wanted to lay a few miles of fiber yourself, you'd find that it is fairly straightforward in most areas. You cross a bit of red tape, fill out all the forms, and pay the impact costs. If you don't want to do it yourself, companies like Comcast actually do a good bit of work laying fiber on contract for smaller carriers.
As far as cable monopolies, those are fortunately on their way out anyway, at least in Tier 2 cities and their near suburbs. Increasingly, Brighthouse is competing in Comcast territory, and vice-versa. That's the direction. But of course, networks take time to build, with or without a bunch of government mandates.
If you wanted to lay a few miles of fiber yourself, you'd find that it is fairly straightforward in most areas. You cross a bit of red tape, fill out all the forms, and pay the impact costs. If you don't want to do it yourself, companies like Comcast actually do a good bit of work laying fiber on contract for smaller carriers.
As far as cable monopolies, those are fortunately on their way out anyway, at least in Tier 2 cities and their near suburbs. Increasingly, Brighthouse is competing in Comcast territory, and vice-versa. That's the direction. But of course, networks take time to build, with or without a bunch of government mandates.
> More companies than you probably realize lay fiber and copper.
Could be misleading, since these jobs are often performed by contractors, at least in the UK. If you see work being done, there's often a sign by the site saying "X ltd., on behalf of Y plc".
Could be misleading, since these jobs are often performed by contractors, at least in the UK. If you see work being done, there's often a sign by the site saying "X ltd., on behalf of Y plc".
Why not have free market all along?
That's nice to say in retrospect, but simply deregulating rights of way and video franchises wouldn't address the fact that strong incumbents exist today. Overbuilding an incumbent like AT&T or Comcast will cost billions and the reward for this investment is 20-30% market share. I think we're dealing with genuine natural monopolies here.
That's nice to say in retrospect, but simply deregulating rights of way and video franchises wouldn't address the fact that strong incumbents exist today. Overbuilding an incumbent like AT&T or Comcast will cost billions and the reward for this investment is 20-30% market share. I think we're dealing with genuine natural monopolies here.
Being a competitor in this industry, I'm always surprised by the simplistic treatment telecom issues receive even by technical people.
I suppose it is the difference between being a driver on a road, or perhaps even the manufacturer of an automobile, and knowing anything about the messy business of road construction.
For one thing, everyone seems to focus just on consumer internet. But this is hardly the whole picture. Most people spend over half of their waking hours at work. To the consternation of many employers, people probably spend more hours on the internet at work than at home. And the market for business internet services is highly competitive and quite far from monopolistic. It perhaps shouldn't be surprising that a smaller number of names stand out in the consumer space -- it seems to happen with all consumer products.
Further, even the argument you posed is self-contradictory. Do you know how much a 30% market share is worth? It's worth enough that plenty of people are building to compete in that space right now.
I suppose it is the difference between being a driver on a road, or perhaps even the manufacturer of an automobile, and knowing anything about the messy business of road construction.
For one thing, everyone seems to focus just on consumer internet. But this is hardly the whole picture. Most people spend over half of their waking hours at work. To the consternation of many employers, people probably spend more hours on the internet at work than at home. And the market for business internet services is highly competitive and quite far from monopolistic. It perhaps shouldn't be surprising that a smaller number of names stand out in the consumer space -- it seems to happen with all consumer products.
Further, even the argument you posed is self-contradictory. Do you know how much a 30% market share is worth? It's worth enough that plenty of people are building to compete in that space right now.
everyone seems to focus just on consumer internet.
Because evil is lurking there, and we want to stamp it out. AFAIK business Internet service has always been neutral so there's not much to discuss.
Do you know how much a 30% market share is worth? It's worth enough that plenty of people are building to compete in that space right now.
I hope so, but I don't see any fiber coming down my street.
Because evil is lurking there, and we want to stamp it out. AFAIK business Internet service has always been neutral so there's not much to discuss.
Do you know how much a 30% market share is worth? It's worth enough that plenty of people are building to compete in that space right now.
I hope so, but I don't see any fiber coming down my street.
Fine, let the ISPs charge us for what we use. Just like they did with dial-up modems. In a truly free market, competition between ISPs, apparently limited by their technical abilities, will only lead to better service as they try to gain market share by providing better service cheaper.
Imposing a constraint now does not mean long-term doom. So fine, let them charge and see what we, the customers, do.
Imposing a constraint now does not mean long-term doom. So fine, let them charge and see what we, the customers, do.
This is the most important point:
Third, the new regulations create an additional layer of government bureaucracy where the free market has already proven its effectiveness. The reason you’re not using AOL to read this right now isn’t because the government mandated AOL’s closed network out of existence: It’s because free and open networks triumphed, and that’s because they were good business.
Third, the new regulations create an additional layer of government bureaucracy where the free market has already proven its effectiveness. The reason you’re not using AOL to read this right now isn’t because the government mandated AOL’s closed network out of existence: It’s because free and open networks triumphed, and that’s because they were good business.
Don't forget the next statement: Now the FCC is proposing taking a free market that works, and adding another layer of innovation-stifling regulations on top of that?
Of course, the problem is that we don't really know whether a free market would work or not without the looming specter of net neutrality legislation, since the current market (which may be free, but is certainly not competitive, at least where I live) has the internet providers arguing strongly against such legislation based on the following argument: "Hey guys, we haven't been so bad so far, just trust us, okay?"
Call me a cynic, but I'm not convinced that this good behavior is based on the fact that they think it's ultimately good business to feed the customer through an unblocked tube; I tend to think it's a lot more likely that they would love to start squeezing websites for "delivery fees" and the like, but correctly realize that with all the current net neutrality fuss they can't try anything now, for fear of proving how necessary said regulation is. Better to cross their fingers and hope the issue dies down...
Maybe I'm wrong, I don't know. Personally, even if I'd pay more than I do now, I'd rather actually pay for the bandwidth that I use and have a more transparent service agreement than find that it's impossible to find a provider that will give me unfettered access to any site, service, or data that I want, regardless of its origin or content. IMO the general public should be somewhat more directly exposed to the true costs of bandwidth than they are now, that might actually lead to some downwards pressure there.
Of course, the problem is that we don't really know whether a free market would work or not without the looming specter of net neutrality legislation, since the current market (which may be free, but is certainly not competitive, at least where I live) has the internet providers arguing strongly against such legislation based on the following argument: "Hey guys, we haven't been so bad so far, just trust us, okay?"
Call me a cynic, but I'm not convinced that this good behavior is based on the fact that they think it's ultimately good business to feed the customer through an unblocked tube; I tend to think it's a lot more likely that they would love to start squeezing websites for "delivery fees" and the like, but correctly realize that with all the current net neutrality fuss they can't try anything now, for fear of proving how necessary said regulation is. Better to cross their fingers and hope the issue dies down...
Maybe I'm wrong, I don't know. Personally, even if I'd pay more than I do now, I'd rather actually pay for the bandwidth that I use and have a more transparent service agreement than find that it's impossible to find a provider that will give me unfettered access to any site, service, or data that I want, regardless of its origin or content. IMO the general public should be somewhat more directly exposed to the true costs of bandwidth than they are now, that might actually lead to some downwards pressure there.
Speaking as just one person in this field, every new regulation makes me reconsider my desire to be in the industry.
It doesn't so much even matter who the regulations favor. It's that at some point, after spending countless hours with lawyers, filing government paperwork, and fretting about current and future regulatory issues, you really begin to see your customers as being politicians and regulators rather than the people who pay you for service.
Which is all to say that, I believe, if you regulate enough, you will get the monopolies that you fear.
It doesn't so much even matter who the regulations favor. It's that at some point, after spending countless hours with lawyers, filing government paperwork, and fretting about current and future regulatory issues, you really begin to see your customers as being politicians and regulators rather than the people who pay you for service.
Which is all to say that, I believe, if you regulate enough, you will get the monopolies that you fear.
If you want to see what happens in the absence of regulation, look at the healthcare industry.
Net neutrality? Has to happen.
Unlimited bandwidth? Can't happen.
No business is sustainable without a usage cap. The all-you-can-eat buffet will get a few pigs at the trough but there's still a cap: night falls and the restaurant is closed.
What I seek is value in the equation, whereby I can choose how much bandwidth I can reasonably eat, pay for it, and not be bankrupted if I go over. The chart of bandwidth cost should not look like a hockey-stick stock price.
My wireless provider does this with text messages. I hate them for it. And I always will.
Unlimited bandwidth? Can't happen.
No business is sustainable without a usage cap. The all-you-can-eat buffet will get a few pigs at the trough but there's still a cap: night falls and the restaurant is closed.
What I seek is value in the equation, whereby I can choose how much bandwidth I can reasonably eat, pay for it, and not be bankrupted if I go over. The chart of bandwidth cost should not look like a hockey-stick stock price.
My wireless provider does this with text messages. I hate them for it. And I always will.
This is a no brainer! The cost and way we pay for Internet will have to change; resemble cell phone and electric bills. Economies have been hurt by the Internet and when it starts hurting the ISPs we will finally start to feel it. The ISPs offer Cable TV & phone services and those services can be enjoyed for free using the net now. ATM only a select few connect their computers to TVs to enjoy a free Cable TV like service(thanks Justin.TV) and only a few use iPod Touch's as a cell substitute, but in time .. more and more will do this and the ISPs will be hurting as no one is buying their Cable TV or phone services anymore. GIve it five to ten years but the cost of Internet is going to increase. Either bill by the byte or hefty costs for unlimited monthly broadband. Sucks but it makes economical sense!
1. The networks are running at capacity. Well, maybe they are, I don't have inside information as to the big ISP's networks. What I do know, however, is that other countries have networks with 5x the bandwidth that the fastest internet connections available here have.While it may be prohibitively expensive to roll that out all across the country, there is no real reason not to have it available in major cities, except to create an artificial scarcity of bandwidth.
In addition to that, traffic shaping doesn't help the problem, it makes it worse. There are two ways an end user sees the speed of their connection: latency and throughput. Traffic shaping works by lowering the throughput of bandwidth-intensive applications, so that there is more bandwidth left over for the rest of the users. However, if all of the bandwidth intensive applications are being shaping, and slowed down, then the overall throughput the user sees will decline sharply. In addition, latency, or the overhead time it takes for any request to be processed goes up when traffic is being shaped, making it take longer for individual pages to load too, and make the service seem slower in a non-quantifiable way.
2. We can't enforce it. This is simply not true. Its relatively simple to check to see if your traffic is being shaped and/or impeded, and several applications have been released to do so. Sure, it would be difficult for the government to do so, but if the average user can quickly and easily check, that is not nearly the problem the article makes it out to be.
3. Ok, you have a point there. Having regulations does add bureaucracy into the situation, which is rarely a beneficial thing. Now the FCC is proposing taking a free market that works Except that it doesn't work. The ISPs are already threatening to close down their networks, and make things much more closed off. We already regularly have ISP peering problems, there is little to stop them from just cutting off portions of the internet at their whim. Blind faith in "Free Market" is not infallible, it requires the public to be well educated, both in how the service/product works, and in the alternatives to it. At this point, neither of those are true. Your average user understands how an ISP works to about the point of: "It gets me my Youtube and MySpace". On top of that, there largely aren't alternatives. Want high speed? You have one, maybe two options, depending on where you are. Live out in the country, and you're lucky to have one.Sure, you could have some kind of satellite setup, but that is slow and expensive, and generally harder to set up/keep maintained.
I am generally against government regulations, but with something like the internet, I think Net Neutrality is a necessary thing, and that the government needs to step in and make sure ISPs don't start abusing their networks.