“The mobile platform is maturing much faster than the PC platform," says Larry Freed, ForeSee CEO. "We see it in the rate of consumer adoption, and fortunately we are seeing it in how well the top retailers are adapting to multichannel consumers."
That should not be too surprising, as the mobile commerce experience builds on user familiarity and comfort with the older PC-based online shopping experience.
A new study also suggests showrooming —the practice of examining merchandise in a traditional brick-and-mortar retail store only to shop online for the same item, often at a lower price--is more complex than sometimes is thought.
While nearly 70 percent of surveyed shoppers reported using a mobile phone while in a retail store during the 2012 holiday season, most of those consumers (62 percent) accessed that store’s site or app. In other words, they stayed within the retailer's domain.
On the other hand, some 37 percent also reported accessing a competitor’s site or app. So the showrooming danger remains quite high.
Tuesday, February 12, 2013
Mobile Commerce Becoming Mainstream Faster than E-Commerce Did
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.
Google Now, Now
Google Now is Google's intelligent personal assistant app and framework, and is part of the Google search experience. It was first available on Android 4.1 ("Jelly bean"). I just had the 4.2 update pushed to one of my devices and the app now is learning my preferences. The voice interface is remarkably accurate.
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.
"Heterogenous" is the Nature of All Modern Networks
It has been common in recent years for observers to note that fixed networks have revenue issues related in real ways to the inability to mimic what can be done to provide value and experience in the mobile realm.
Only in the mobile domain do users have emotional affiliation with their devices. Only in the mobile domain can it be said that the experience is personalized. And most of the developing new applications and business models in the global communications business are available only in the mobile realm.
But it is starting to become clearer that a substantial part of the value and experience of "mobile" service actually is supplied by the device, not the network. To be sure, there are times when communication "on the move" is really valuable, and that is the exclusive province of a mobile network.
But most communication does not happen when people are truly "on the go." Still less does content consumption mostly happen when people are moving from place to place. In fact, "mobile" devices more frequently are used in a "network agnostic" way. Only the device and device experience remains constant.
By some estimates, 68 percent of mobile Internet access actually takes place in the home, according to research conducted by AOL and BBDO in October 2012. Other studies suggest that as much as 80 percent to 90 percent of smart phone connect time uses Wi-Fi.
So one might argue that, increasingly, it is the mobile or untethered device that people see as the embodiment of the value of the networks. In one sense, that is a huge change, as in the past it would not have made sense to argue about which fixed network devices evoke the most end user affection.
The fixed network was about utility, not fashion; function, not personality. These days, the device is what defines the experience. The network, once again, is starting to become a utility.
Heterogeneous is the way mobile network executives now describe the use of multiple network technologies to support mobile users. One might well argue that heterogeneous also is the way devices use all networks.
Only in the mobile domain do users have emotional affiliation with their devices. Only in the mobile domain can it be said that the experience is personalized. And most of the developing new applications and business models in the global communications business are available only in the mobile realm.
But it is starting to become clearer that a substantial part of the value and experience of "mobile" service actually is supplied by the device, not the network. To be sure, there are times when communication "on the move" is really valuable, and that is the exclusive province of a mobile network.
But most communication does not happen when people are truly "on the go." Still less does content consumption mostly happen when people are moving from place to place. In fact, "mobile" devices more frequently are used in a "network agnostic" way. Only the device and device experience remains constant.
By some estimates, 68 percent of mobile Internet access actually takes place in the home, according to research conducted by AOL and BBDO in October 2012. Other studies suggest that as much as 80 percent to 90 percent of smart phone connect time uses Wi-Fi.
So one might argue that, increasingly, it is the mobile or untethered device that people see as the embodiment of the value of the networks. In one sense, that is a huge change, as in the past it would not have made sense to argue about which fixed network devices evoke the most end user affection.
The fixed network was about utility, not fashion; function, not personality. These days, the device is what defines the experience. The network, once again, is starting to become a utility.
Heterogeneous is the way mobile network executives now describe the use of multiple network technologies to support mobile users. One might well argue that heterogeneous also is the way devices use all networks.
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.
Monday, February 11, 2013
Netlfix ISP Rankings Show Local Access, by Itself, Doesn't Help Much
Though we normally, and rightly, spend lots of time thinking about, demanding or complaining about local access speeds, Netflix data on how various ISPs handle Netflix streaming video continue to show that end user experience of the Internet depends much more on the architecture of the entire Internet ecosystem, than it does on any tail circuit.
The January 2013 Netflix rankings for US Internet service providers (ISPs) continue to show that local access bandwidth doesn't help much.
To be sure, user experience is contingent on lots of elements other than raw access speed at the end user location.
But the rankings also show that end user access networks have a modest impact on Netflix delivery speeds.
Google Fiber's 1-Gbps access connection does deliver the highest performance. At about 3 Mbps on a sustained basis, Google Fiber is not that much faster, when it comes to delivering Netflix streams, than Verizon's FiOS, at about 2 Mbps, Time Warner, Cox, AT&T or Cox access services, all of which Netflix says operated at about 2 Mbps.
Mobile networks run slower, as you would probably expect. The thing to watch is what happens as 4G Long Term Evolution networks become more common.
The rankings from November 2012 suggest mobile streamingl is as much as four to six times slower than a fixed network connection.
The January 2013 Netflix rankings for US Internet service providers (ISPs) continue to show that local access bandwidth doesn't help much.
To be sure, user experience is contingent on lots of elements other than raw access speed at the end user location.
But the rankings also show that end user access networks have a modest impact on Netflix delivery speeds.
Google Fiber's 1-Gbps access connection does deliver the highest performance. At about 3 Mbps on a sustained basis, Google Fiber is not that much faster, when it comes to delivering Netflix streams, than Verizon's FiOS, at about 2 Mbps, Time Warner, Cox, AT&T or Cox access services, all of which Netflix says operated at about 2 Mbps.
Mobile networks run slower, as you would probably expect. The thing to watch is what happens as 4G Long Term Evolution networks become more common.
The rankings from November 2012 suggest mobile streamingl is as much as four to six times slower than a fixed network connection.
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.
Chromebook "Pixel" Apparently is Coming
With the caveat that some think the Chromebook Pixel is a chimera, there is growing thinking that the product is real, and is coming. Derided in some quarters as a hobby, or as a product that missed its window, Pixel might indicate Google doesn't think Chromebooks are a hobby.
HP has joined Lenovo and Samsung in offering Chromebooks. Granted, for most people smart phones and tablets are more interesting personal devices. But content creation still has to happen. For some, Chromebooks are a better way to do what we once called "netbooks," especially when users are traveling.
Lots of people say they only travel with a Galaxy Note II, as people once said that about their Blackberries. More people can do just fine with a tablet. Some of us have to take a notebook. Skype support and handling of .pdf documents have proven to be the two issues that I personally find are drawbacks of using Chromebooks.
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.
Telecom Business is Fragmenting
The separation of access from applications that is a fundamental feature of Internet Protocol will probably have an apparently contradictory impact on the structure of the global telecom business.
On one hand, slower growth will drive a new wave of consolidation among service providers, both domestic and internationally.
That will mean a smaller number of larger suppliers. Just five percent of global telcos control about 62 percent of industry revenue, according to analysts at Booz and Company. One might argue those figures show a high degree of industry concentration. But Booz say there is significantly more to come.
On the other hand, end user application markets might be fragmenting, essentially creating smaller islands that run counter to the growing trend to scale on the networks side of the business.
Increasingly, the emphasis is on local services, local content and local development
grounded in the community needs of local markets, according to the International Telecommunications Union.
That trend to “localism” should lead to business models adapted for the specificities of geography, demography, generation, and economic and social environment in each country.
You might call that “personalization.” But personalization also means fragmentation of formerly homogenous markets. And that runs counter to the consolidation trend among access providers.
And that will complicate retail packaging, pricing and offer development across markets. In some cases, that will encourage access providers to focus “mainly on access.” Other suppliers might try to play more on the personalized applications end of the business.
So, as has been the case for a couple of decades, service providers will adopt different business models. And though it might not be a popular observation, access providers might well find they don’t have as many natural assets as they would hope, in the applications area. For any number of reasons, carriers simply cannot develop on the fast-paced,consumer-based model.
Access provider time horizons for investment and product life cycles simply are too slow, compared to the consumer application providers.
In fact, access to the network is now the basic product, rather than voice - which is increasingly fragmented and embedded as a feature or function of an application
such as gaming or messaging, rather than being a stand alone service, the ITU suggests.
The fragmentation of the industry into closed, proprietary systems operating in silos of
communication could potentially threaten the interconnectivity upon which the global telephony system has been built, the ITU says.
So there is a growing disconnect between the diversity and localism or personalized nature of applications and the scale and need for interoperability of access operations globally.
In some key ways, the way software and applications now get created--independently of access--creates the potential for distinct revenue models. Generally speaking, the service provider “customer” generally is the actual end user of an access service.
The application customer generally is an advertiser or retailer, not the end user of an application. That means service providers generally sell to a different customer than an application provider, even if a “user” is a focus of the operating business.
And that will be a growing issue. Can access providers balance the challenges of selling products to consumer end users and other business partners (advertisers, merchants, enterprises)?
In the applications area, access providers will compete with dozens to scores of other competitors, most of whom capable of innovating faster.
In the access area, they will compete with a handful of other providers, most of whom cannot move significantly faster than each other. Which model makes most sense? Which models will regulators allow?
And which is the easier path? One might reasonably argue that the quickest path to revenue growth is to simply acquire other assets, essentially postponing a bigger strategic choice.
In fact, “the telecom sector remains relatively fragmented,” Booz consultants say. In the healthcare and oil and gas sectors, companies in the top five percent generated 79 percent of total 2009 industry revenue.
International revenue provides another indication that further consolidation is possible. In the telecom business, international revenue accounted for only 25 percent of telecom industry revenue in 2008. That is well below the 38 percent level that all industries averaged, and only half that of some industries, Booz and Company consultants say.
Regulators might make the key decisions easier, especially where they mandate a "separated" industry structure where "access" is a wholesale product, and all retailers compete on a non-facilities-based basis.
That wouldn't directly enable an access provider to consider a bigger move into "applications." But removing most "network operations" overhead from the organizational culture would make easier a shift of resources into applications.
On one hand, slower growth will drive a new wave of consolidation among service providers, both domestic and internationally.
That will mean a smaller number of larger suppliers. Just five percent of global telcos control about 62 percent of industry revenue, according to analysts at Booz and Company. One might argue those figures show a high degree of industry concentration. But Booz say there is significantly more to come.
On the other hand, end user application markets might be fragmenting, essentially creating smaller islands that run counter to the growing trend to scale on the networks side of the business.
Increasingly, the emphasis is on local services, local content and local development
grounded in the community needs of local markets, according to the International Telecommunications Union.
That trend to “localism” should lead to business models adapted for the specificities of geography, demography, generation, and economic and social environment in each country.
You might call that “personalization.” But personalization also means fragmentation of formerly homogenous markets. And that runs counter to the consolidation trend among access providers.
And that will complicate retail packaging, pricing and offer development across markets. In some cases, that will encourage access providers to focus “mainly on access.” Other suppliers might try to play more on the personalized applications end of the business.
So, as has been the case for a couple of decades, service providers will adopt different business models. And though it might not be a popular observation, access providers might well find they don’t have as many natural assets as they would hope, in the applications area. For any number of reasons, carriers simply cannot develop on the fast-paced,consumer-based model.
Access provider time horizons for investment and product life cycles simply are too slow, compared to the consumer application providers.
In fact, access to the network is now the basic product, rather than voice - which is increasingly fragmented and embedded as a feature or function of an application
such as gaming or messaging, rather than being a stand alone service, the ITU suggests.
The fragmentation of the industry into closed, proprietary systems operating in silos of
communication could potentially threaten the interconnectivity upon which the global telephony system has been built, the ITU says.
So there is a growing disconnect between the diversity and localism or personalized nature of applications and the scale and need for interoperability of access operations globally.
In some key ways, the way software and applications now get created--independently of access--creates the potential for distinct revenue models. Generally speaking, the service provider “customer” generally is the actual end user of an access service.
The application customer generally is an advertiser or retailer, not the end user of an application. That means service providers generally sell to a different customer than an application provider, even if a “user” is a focus of the operating business.
And that will be a growing issue. Can access providers balance the challenges of selling products to consumer end users and other business partners (advertisers, merchants, enterprises)?
In the applications area, access providers will compete with dozens to scores of other competitors, most of whom capable of innovating faster.
In the access area, they will compete with a handful of other providers, most of whom cannot move significantly faster than each other. Which model makes most sense? Which models will regulators allow?
And which is the easier path? One might reasonably argue that the quickest path to revenue growth is to simply acquire other assets, essentially postponing a bigger strategic choice.
In fact, “the telecom sector remains relatively fragmented,” Booz consultants say. In the healthcare and oil and gas sectors, companies in the top five percent generated 79 percent of total 2009 industry revenue.
International revenue provides another indication that further consolidation is possible. In the telecom business, international revenue accounted for only 25 percent of telecom industry revenue in 2008. That is well below the 38 percent level that all industries averaged, and only half that of some industries, Booz and Company consultants say.
Regulators might make the key decisions easier, especially where they mandate a "separated" industry structure where "access" is a wholesale product, and all retailers compete on a non-facilities-based basis.
That wouldn't directly enable an access provider to consider a bigger move into "applications." But removing most "network operations" overhead from the organizational culture would make easier a shift of resources into applications.
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.
Why U.S. Consumers Pay "More" for Internet Access
U.S. consumers tend to pay more for broadband, high speed Internet access than some people in other countries, on a nominal basis. What does that actually mean? Not much, in one sense.
Ignore just for the moment the growing number of entrepreneurs who think they can change that state of affairs in the U.S. market. It is true that in nominal terms, U.S. high speed access prices are "higher" than in many other countries.
On the other hand, average incomes and average costs of living also differ significantly between countries. So "nominal" costs don't tell us as much as some think.
But even on a nominal basis, across countries globally, U.S. Internet access rates are somewhere in the middle. Critics say lack of competition, spectrum scarcity or regulatory capture by the tier one telcos accounts for the pricing. It isn't hard to find evidence of the higher costs.
But nominal retail prices are not the issue, anymore than the typical cost of just about anything, across countries, is a terribly useful way of understanding broadband costs.
There are other fundamental reasons why retail prices vary from country to country. Communications spending is related to income. Communications spending is related to the average level of retail prices for all other goods and services, as well.
Communications prices therefore reflect the backrop of overall income and prices in each country.
So one way of trying to filter for those facts is to look at what high speed access, or any other commodity, costs as a percentage of typical personal income (mobile services sold to people) or fixed broadband (sold to locations).
As a percentage of income, U.S. broadband is no more expensive than it is in other developed countries. What matters is what consumers pay as a percentage of income.
Ignore just for the moment the growing number of entrepreneurs who think they can change that state of affairs in the U.S. market. It is true that in nominal terms, U.S. high speed access prices are "higher" than in many other countries.
On the other hand, average incomes and average costs of living also differ significantly between countries. So "nominal" costs don't tell us as much as some think.
But even on a nominal basis, across countries globally, U.S. Internet access rates are somewhere in the middle. Critics say lack of competition, spectrum scarcity or regulatory capture by the tier one telcos accounts for the pricing. It isn't hard to find evidence of the higher costs.
But nominal retail prices are not the issue, anymore than the typical cost of just about anything, across countries, is a terribly useful way of understanding broadband costs.
There are other fundamental reasons why retail prices vary from country to country. Communications spending is related to income. Communications spending is related to the average level of retail prices for all other goods and services, as well.
Communications prices therefore reflect the backrop of overall income and prices in each country.
So one way of trying to filter for those facts is to look at what high speed access, or any other commodity, costs as a percentage of typical personal income (mobile services sold to people) or fixed broadband (sold to locations).
As a percentage of income, U.S. broadband is no more expensive than it is in other developed countries. What matters is what consumers pay as a percentage of income.
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.
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