If smartphones represent the future for mobile phones, the cost of acquiring one will have to drop, and that appears to be precisely what HTC Corporation has in mind with its new HTC "Smart," a smartphone designed for use in all sorts of markets where cost might be an issue.
The HTC Smart will be available this spring across Europe and Asia, selling for a suggested retail price of Php 12,900 (Philippines pesos), or $65 in U.S. currency.
HTC Smart uses the HTC "Sense" user interface, allowing personal customization of each person’s own phone experience. It also provides a quick and easy way to see what friends are up to via various social networks as well as quickly communicating over the phone, through text messaging or email.
HTC Smart uses Qualcomm’s "Brew Mobile Platform," a popular mobile operating system that enables smartphone devices to be offered at more aggressive price points.
Such developments are important because they make smartphone features available to users beyond the advanced regions of the world.
Is it possible that simple tools, such as low-cost mobile phones, can have more positive economic and social impact than our typical large-scale government-to-government and typical development aid efforts? The aid establishment might not like the question, or the answers, but MIT NextLab project staff seem to believe the answer is "yes."
“Traditional aid does little for the very poor,” says Jhonatan Rotberg, founder and director of the NextLab program. “Only a fraction of the donated money trickles down to those who need it most."
"But with a mobile phone, poor people can get ahead," he says.
By any measure, recent progress, especially over the past few years, has been quite dramatic: mobile cellular penetration in developing countries has more than doubled since 2005, when it stood at only 23 per cent.
Last year, mobile cellular penetration in developing countries passed the 50 per cent mark, reaching an estimated 57 per 100 inhabitants at the end of 2009. Even though this remains well below the average in developed countries, where penetration exceeds 100 per cent, the rate of progress is remarkable.
Android might be the next big evolution, not that voice and text messaging are propagating. Using Android, devices could be customized for any number of applications that might otherwise be run on a PC, an important development in markets where device cost and access to electricity are issues.
Already, over four billion mobile phones are in use in the world today. The next billion new users, Rotberg says, will be spread out in the developing countries, mainly in Africa and Asia. Android could be important in that regard.
Not since abour 2006 have there been more fixed broadband lines in service in the most-developed broadband markets than emerging countries, and by 2009 a group of about 15 nations, including the BRICs, as well as countries in Southeast Asia, South American and Eastern Europe had surpassed the developed countries in total subscribers.
These days, the 15 emerging countries have the biggest share of broadband lines and the fastest growth rates as well, says Point Topic.
It's worth pondering that for just a moment. In 2000 there were 738 million global mobile subscribers. In 2010, there are 4.3 billion mobile subscribers, and most of those subscribers live in the developing world, according to the International Telecommunications Union.
It took just four years to double the number of global mobility users, from 2000 to 2004, and just another four years to double yet again, from 2004 to 2008. That sort of growth does not happen much in the telecom business, and has not happened before in the developed world.
Broadband growth is likely to assume something of the same pattern, but likely will be driven by mobile, not fixed access. Mobility has proven to be a raging, unexpected success story for people in developed regions. Broadband is about to repeat that feat.
Quietly, without much fanfare, communications really has become a capability available to all the world's people, after many decades of attempts by policymakers and providers to figure out how to do that. In the end, better technology has made all the difference. We don't use wires, we use airwaves. We don't use analog, we use digital. We don't use physical goods; we use electronic goods.
By 2014 just 15 developing nations will account for over 320 million broadband lines, 43 percent of the world total of 740 million broadband lines, by that time.
The fastest-growing group of 15 countries will have broadband growth rates of 14.2 percent annually. Another group of 12 countries, including the United States, Japan, Greece and Taiwan, will see annual growth of about 5.5 percent each year through 2014. Some 13 countries, including Western European nations, Canada, South Korea and Hong Kong, will see 4.6 percent annual growth rates.
All of those statistics are important for one compelling reason. Global subscriber and revenue growth for voice services, mobile services and broadband now has shifted to developing regions of the world.
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.
One would assume that Android phone developers will want to show prototypes of possible devices at the Mobile World Congress in February. This screen sort is supposed to be one of the concepts. 
