May 03, 2004

OPINION://Neither here nor there

What I’m about to say seems obvious, but only in retrospect. You’ll already know it all, just won’t have said it out loud.

The voice calling industry has been shifting from landline to cellular for a number of years. Cellular minutes of use have exploded while landline talk has stagnated. No news there. [This is bleedin’ obvious already. Ed.]

Landline networks let you place calls from one fixed point in space to any other point on the network. One to many. Mobile calls can be made from any point in space (within coverage) to any other point on the network. Many to many. [You’re fired. Ed.]

This difference is the driver that creates fundamentally different economic structures for fixed and mobile telephony. It isn’t the wirelessness, but the mobility that matters. Why?

Well, when you have a fixed network you can use any technology you like to do the “local loop”. Cable, MMDS, laser, copper twisted pair, glass fiber, etc. You just have the appropriate adapter box in your home or office to let you plug into that physical layer technology.

From your perspective, you don’t care at all what the technology is or who supplies it. From your network operator’s perspective, they want a vendor with low prices likely to stay in business for a while. A choice of interchangeable vendors is a bonus. But a niche technology is OK too.

This implies a highly fragmented market for fixed access technologies and network operators. The exception is for those serving multinational companies who want seamless global private networks. Then size matters.

Mobile or portable networks (including WiFi) don’t work this way. When you move around, you need to interface with whatever the “loop” technology is in your physical vicinity. You need compatibility. That makes for a co-ordination problem. That may be solved by a single company building an ocean-to-ocean network. Or by a suite of companies where billing, access provisioning and network operation may be separate functions (as with WiFi). Either way, they are going to charge some form of economic rent for the privilege or performing that “works anywhere” co-ordination function.

Dampening this down, however, is that to make the co-ordination function work at all you need technical standards, which in turn encourage new entrants and open markets. So the mobile wireless network industry is likely to be consolidated with a few large moderately profitable network operators.

This is why companies like Qualcomm that can corner a mobility technology make buckets of money, when network operators don’t. It’s why Nokia is profitable: they own their own little compatibility ecosystem. And it’s why I’d invest in a company that has a unique 802.20-compatible technology (built for mobility from day 1) over an 802.16 WiMax technology (kludged for mobility from day 100).

The consequence of the above is that the future for network operators is at one of two extremes. Firstly, very very large. This could possibly be integrated across wireless, national and intercontinental backhaul and local fixed delivery. The scale for fixed networks can be leveraged through advantageous peering deals, probably driven by owning key backbone fiber.

Very large mobile network operators will dominate, because smaller competitors will be driven out by steep roaming and termination charges. But they won’t be particularly profitable because the compatibility will be owned by technology companies, handset manufacturers, operating systems vendors and provisioning aggregators. (Interestingly, this is a bit like the global airline industry consolidating into alliances. But unlike telecom, there’s no roaming or termination charge issue with stepping off an EasyJet plane onto a British Airways one. Thus smaller plays stay in the game. “I’m sorry Sir, you appear to have travelled here on a discount operator’s flight. We’re going to have to surcharge your ticket.”)

The other extreme is very small, possibly even built by the users themselves (think: WiFi, packet radio ham networks). The less mobile the requirement, the smaller the size of the market sub-division. So if you’re in the fixed wireless broadband business, you want to follow a strategic path of customer intimacy and product differentiation to fit a niche, not scale or low price.

And everything in the middle will be eaten of will fade away. Sort of like Goldilocks, but with only hot and cold porridge on offer. No fairy-tale ending for telecom!

So, to wrap up, the structure of the communications industry isn’t an accident — it’s the inevitable consequence of mixing economics and physics. The invisible hand meets the unseen wave.

Posted by Martin Geddes at 10:56 PM
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Comments

It's good to see someone recognizing the important role central coordination still has to play in a system as complex as a telecom network.

In a few weeks of going through recent telecom writing, it feels like the advantages of an intelligent periphery have led evangelists to conclude that in the future everything will be decentralized. It strikes me as unlikely, given the adaptive advantages that managed coordination can have.

Imagine a mobile voice network with a bunch of wifi hotspots run independently. Would we be happy with the handoff, with the service quality, or with the coverage? I doubt it.

Posted by: at May 4, 2004 09:55 AM

Agreed. Decentralized operation is also confused with decentralized control. For instance, Skype and KaZaA are centrally controlled but distributed in operation. The protocols are semi-secret and proprietary, and can be changed at the whim of their creators.

Posted by: at May 4, 2004 07:26 PM

I map this problem in the issue into the question of what the drivers are on the slope of the power-law curve. Ecological niches do make for less slope. Huge niches with tough coordination problems do make for higher slopes.

Curiously one of the tough coordination problems is moving the installed base. If the large player can make his installed base turn on a dime that's a significant advantage. If not then he's likely to be displaced by something that emerges from one of those smaller niches offering a cool value proposition.

It's very hard to move an entire ecology; but it's also hard to displace it.

See also: http://enthusiasm.cozy.org/archives/000378.html

Posted by: at May 6, 2004 09:09 AM

I don't see the link to power law distributions (interesting links, I did take a look).

It does make sense that installed base will constrain the extent of coordinated adaptation. However, a decentralized interdependent system with lots of links can be even more constrained because a bunch of independent actors will incur the costs of change with no guarantee that others in the system will change as well.

Posted by: at May 6, 2004 10:31 AM
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