Group items tagged

most of the technologies that currently permeate Africa aren't terrestrial. There are very few telephone lines, but mobile penetration is higher than any other region in the world.

Instead, internet connectivity is distributed nearly entirely by satellite.

The developers who are coming up with solutions in the continent, the ones who are writing software or hacking hardware, are creating for some of the harshest environments and use-cases in the world. If it works in Africa, it will work anywhere."

Perhaps this thought is what motivated Google to invest in O3B Networks earlier this month. O3B Networks is an ambitious attempt to bring three billion people in the developing world (mainly in parts of Asia and Africa) online by launching sixteen inexpensive, low-orbit satellites. The potential benefits for Google are obvious. This is three billion new internet users, who will more than likely use Google to search, and who will potentially click-through Adsense links and use other Google products. An indicator that Google may be anticipating as much is their move into Africa last year. They've since opened offices and hired people in both South Africa and Kenya with plans to eventually operate out of all sub-Saharan African countries.

At the end of 2007 there were over 280 million mobile phone subscribers in Africa, representing a penetration rate of 30.4% Africa has become the fastest growing mobile market in the world with mobile penetration in the region ranging from 30% to 100% from country to country. Fastest growing markets are in Nigeria, South Africa and Egypt

The Democratic Republic of Congo, population 60 million, has 10,000 fixed telephones but more than a million mobile phone subscribers. In Chad, the fifth-least developed country, mobile phone usage jumped from 10,000 to 200,000 in three years.

Micro-payments and Mobile Banking

Mobile News Reporting

The legacy of Web 1.0 will be felt for years to come. In fact, the vast majority of traffic on the Internet still follows this paradigm. You have an endless number of sites, large and small, that still present their view of the world in a tightly controlled environment — managed explicitly at all times between the client and the server. For example, if you shop at Expedia or Travelocity you will be able to buy plane tickets, but you will do so reading their content, using their interface, using their shopping cart, all on their web site.

Thus Web 1.0 was the enabling of the small individual to present itself on par with a much larger entity.

Before we get to Web 2.0., it is useful to consider what does not characterize Web 2.0. For instance, for all of the love that rich client-side AJAX applications such as Gmail have earned, that alone does not make them Web 2.0. Simply having a Flash or WML interface or a XHTML+CSS homepage is not enough to qualify.

There is an intermediary stage in between Web 1.0 and Web 2.0. Chronologically, of course, nothing is that linear — patterns sometimes arrive early, sometimes far before the world is ready for them. There is a tremendous amount of overlap in each of these phases, and nothing is dying off completely.

Web 1.5 was an early tremor that signaled that data, all data, wanted to break free of the tightly controlled environments of before. Web 1.5 was the birth of the web service API. Amazon’s Web Services are one of the earliest examples of a large scale web services API with meaningful data. Other major sites followed suit — EBay, Yahoo!, Google, have all exposed web services that enable people to access the underlying data without being cornered into one particular application of that data. But this alone is not Web 2.0, though it is a very important step in that direction.

Web 2.0 is about giving up control. It is about setting the data free. It is about providing services that work with other people’s data. It is about having a valuable resource and making no presumptions about how or where that resource will be used.

There are two traits that characterize Web 2.0 and differentiate it from Web 1.5. First, Web 2.0 APIs tend to be symmetrical and reciprocal in the sense that not only can data be read out via published interfaces, but can it also be written into those interfaces. This is most apparent when the API is REST-based and supports the full HTTP method set of GET, HEAD, POST, PUT, etc. SOAP APIs can also qualify, and the Web Service Description Language (WSDL) is a necessary component for the discovery of such interfaces. Second, Web 2.0 APIs are open standards with formal semantic meaning. This, more than anything else, differentiates the applications of Web 2.0 from those that came before. For example, the Amazon Web Services APIs are incredibly rich, but in order to use them a client application must be specifically aware of the AWS protocols and formats. Similarly, in order to use Google Maps, a client application must know specifically about, and code specifically to, the Google API.

Where Web 1.5 is about exposing the data, Web 2.0 is about giving that data meaning and thereby setting it free.

Web 2.0 is the syndication of data, and syndicating it in such a way that anyone, anywhere can use the results. Web 2.0 does not lock the consumer (who also becomes a producer) into rigid use cases — it intentionally forfeits that control in favor of much greater returns. And Web 2.0 adds semantic meaning to the data so that the interconnected network of consumers and producers can evolve and adapt and thrive as the system grows. And importantly, Web 2.0 is about symmetrical and reciprocal relationships between producers and consumers to the point where the lines become blurred and one becomes the other.

In a sense, Web 3.0 will be more of the same. This incremental stage will be characterized by our ability to stream media in real-time — similar to the way that Web 2.0 lets us syndicate much simpler data today. Convergence will extend to include streaming video and audio over interoperable channels.

Your handheld mobile device will call the same media APIs that your flat-panel plasma display does.

If Web 2.0 is about the convergence of text and semantic data, Web 3.0 will do the same for all digital media.

And to go really out on a limb — what will Web 10.0 be? Most likely, even more along those lines. Imagine a scenario in which any data — all data — can be instantaneously streamed anywhere at anytime. Your very experiences, your senses, perhaps even your thoughts, will be broadcast and archived for anyone to download and view. All human knowledge will be publicly accessible — all music, all art, all media, all things. The distinction between human thought and computer thought will be blurred. We will be part of the network, the network will be part of us. We will be the hive mind, and we collectively will have evolved into something quite unlike anything the world has ever seen.

Technology unconferences and Barcamps have sprung up all over the continent, everywhere from Kenya to Nairobi to Madagascar to Uganda and Senegal.

The three biggest success stories of independent social media projects taking off in Africa are Afrigator (a South African aggregator of African blogs and news), Zoopy (a YouTube/Flickr like service also out of South Africa) and Ushahidi (an SMS crisis reporting and mapping engine from Kenya). All three have drawn international attention which resulted in a major investment for Zoopy and Afrigator's acquisition (ReadWriteWeb's coverage). Meanwhile Ushahidi has successfully raised several rounds of funding after winning the Net2 Mashup Compeition prize of $25,000.

Afrigator defines itself as "a social media aggregator and directory built especially for African digital citizens who publish and consume content on the web."

Zoopy is a South African social media tool created by Jason Elk that allows users to upload videos, podcasts, and pictures and share them on the web.

Ushahidi relies heavily upon GoogleMaps, which it uses for mapping reports of incidents. It's built on the Zend framework for PHP and uses a number of different protocols for SMS, GPRS and mapping data.

The applications to follow are definitely the ones that leverage the mobile telephony infrastructure. An overwhelming portion of African users have no convenient access beyond cellular terminals - and that has spawned very innovative solutions based on existing and widely accessible technologies such as SMS. Examples abound such as Mpesa, Celpay, Etranzact and everyone else who is thriving in that formerly almost entirely cash-bound insecure environment. Underdeveloped banking and underdeveloped fixed telecommunications infrastructures are huge opportunities.