Most large and mature markets develop segments. And one wonders when and if this could happen in the communications business, which historically has organized around "enterprise" and "mass markets," a rather undifferentiated approach, compared to automobiles, for example.
The opportunity for much more significant differentiation would seem to be enhanced by "big data" driven segmentation, by the proliferation of devices, applications, usage modes and even network suppliers. Specialized machine to machine networks could provide one example.
Large mature markets are susceptible to disruption, in part because their large size means an attacker could hope to create a meaningful business by taking some market share.
And it always is possible, in a big market, to offer a product that offers the "same features, at a lower price." That possibly raises the question of whether discrete segments could be created in the broadband access business, beyond the speed tiers or mobile or fixed distinctions that already exist.
At least at first, though, disruptive attacks emphasize "lower price." Less common are "free" services. And though it long has seemed impossible to offer high speed Internet access for free, those barriers are permeable.
Free public Wi-Fi now has spread from hotels to coffee shops to bookstores, restaurants, airports and some parks.
Those are "spot" deployments that do not necessarily challenge the 'home access' or "business access" markets. But at least some wireless ISPs merchandise some connections "for free." A provider might give one tenant free access in return for using a site as a network access point to feed service to other paying customers.
The issue is how many more scenarios might be possible in the future, as additional spectrum and additional potential competitors emerge. We already see potential new national providers such as Dish Network, Globalstar and Lightsquared attempting to monetize new swaths of spectrum.
White spaces spectrum is expected to be commercialized in the United States and United Kingdom in the coming couple of years. The Federal Communications Commission is looking at spectrum sharing between commercial and government users.
And additional spectrum from reclaimed analog broadcasters also is expected to be auctioned, at some point. Of course, increased supply should lead to lower costs.
Beyond physical levels of supply, there is the matter of revenue models. And ad-supported or commerce models might be among the biggest potential avenues of attack.
In fact, the most dangerous new potential competitors would seem to be firms that have huge installed customer bases, alternate revenue models, recognizable brand names and plenty of cash. Apple, Google, Microsoft, Amazon, and possibly Facebook come to mind.
Google and Microsoft are rumored to be actively exploring how to use white spaces spectrum in the United Kingdom market, reportedly to offer free Internet access.
The angles are simple enough. Google might provide free Wi-Fi style access for all devices running Android, while Microsoft might try and do the same for users of its devices. That would create product differentiation for Microsoft or Android devices, while enticing users to use apps more, which will increase potential ad views.
New competitors might also try and attack the operating cost side of the business model. More providers might try to compete with a “data only” and e-commerce approach that minimizes overhead and operating costs to dramatically lower the retail pricing for mobile broadband.
In addition to the "free" approach, some providers will use those advantages to occupy a "lower cost" segment of the market, especially when relying on a "data only" model.
Other models exist as well. Firms such as Google can dramatically change end user expectations about the nature of access products, using a “high value for reasonable cost” approach that upends end user expectations about "typical" product attributes.
When Google sells symmetrical 1-Gbps for about $70 a month, that creates new expectations on the part of consumers about what the “normal” value-price relationship is for fixed high speed access.
Google hopes to force competitors to react, as widespread, ubiquitous, reasonably priced broadband is an underpinning for its advertising revenue model.
Friday, November 23, 2012
How Many Broadband Access Market Positions are Possible?
Gary Kim has been a digital infra analyst and journalist for more than 30 years, covering the business impact of technology, pre- and post-internet. He sees a similar evolution coming with AI. General-purpose technologies do not come along very often, but when they do, they change life, economies and industries.
Subscribe to:
Post Comments (Atom)
Will AI Actually Boost Productivity and Consumer Demand? Maybe Not
A recent report by PwC suggests artificial intelligence will generate $15.7 trillion in economic impact to 2030. Most of us, reading, seein...
-
We have all repeatedly seen comparisons of equity value of hyperscale app providers compared to the value of connectivity providers, which s...
-
It really is surprising how often a Pareto distribution--the “80/20 rule--appears in business life, or in life, generally. Basically, the...
-
One recurring issue with forecasts of multi-access edge computing is that it is easier to make predictions about cost than revenue and infra...
No comments:
Post a Comment