Dr Bitange Ndomo is perhaps one of the most prominent voices on African ICT policy. Suffice to say he has 102,000 Twitter followers. In his latest column, read by many more than who get the hardcopy version in Nairobi, he says thus: For example, a systematic review conducted by Rohan Samarajiva, Christoph Stork, and Nilusha Kapugama in Asia sought to isolate the economic impact of mobile phones in rural areas by looking at the most robust quantitative studies available. The systematic review assessed the impacts of the following: increased coverage or availability of mobile signals, use of mobile phones or Subscriber Interface Modules (SIMs), and use of mobile-based services and/or applications. PULL OVER PUSH From the study, they came up with three key findings including: 1.
But the ability of small businesses in the developing world to use this resource rests on what can be done to ensure reliable, affordable connectivity, something they still do not have. Just a few years ago, public clouds like Amazon’s were considered experimental turf for tech start-ups. Today, companies like Johnson & Johnson, Intuit and General Electric are among the unit’s customers. In the past year, A.W.
There were some implicit references in a recent article in the Bangladesh Daily Star, but this is the first coverage based entirely on the systematic review. Mobile coverage in rural areas makes markets more efficient by matching demand and supply across a larger geographical space, resulting in benefits to consumers as well as producers, says the document, based on a systematic review to isolate the economic impact of mobile phones in rural areas by looking at the most robust quantitative studies available. “It’s a good story that we are sharing globally and not only with Pakistan,” Chair of LIRNEasia Rohan Samarajivo told The Express Tribune via phone from Sri Lanka. Explaining, he said they had reviewed over 8,000 studies on the impact of mobile phone on rural economies. “We have concluded there is a clear evidence that setting up mobile network in areas that didn’t have it previously benefits the economy of these areas.
I’ve never had a conversation with a government before. But today they had assembled (almost) all the secretaries, all heads of government organizations including the heads of the armed forces and the police into one location. The government was launching its On(egov)ernment strategy, that has a whole of government approach that requires collaboration among government units. I had no part in the best part of the program: putting all these senior people in groups and getting them to come up with ideas of new services that required cross-agency collaboration. My role was that of moderating the closing panel that was to pull together all the themes that had been discussed.
Dr. Gordon Gow is Associate Professor in Communication and Technology, University of Alberta delivered a speech “Stewarding Technology for Inclusive Innovation,” at the SSHRC Success Stories 2014 event
I am not sure surveying current smartphone users, especially in countries where smartphone penetration is still low, is the best way to gauge the demand for smart-city services, but it is a useful input. Here are some key findings from an Ericsson study that is available on the web. The report – which surveyed over 9,000 smartphone users in nine cities (including Beijing, Delhi and Tokyo) – found that 76% of respondents would use traffic volume maps, while 70% would use energy usage monitors and 66% would use apps to check water quality. “These are services that consumers will expect cities to make available via the internet,” says Michael Bjorn, Ericsson ConsumerLab’s head of research. Bjorn adds that demand for smart-city services could also drive future concepts such as interactive road navigation, social bike/car sharing, indoor maps, as well as healthcare concepts like heart-rate monitoring rings, posture sensors and a digital health network of medical data accessible by physicians.
The recent Ebola crises in West Africa, has brought attention to the potential of leveraging mobile network big data in combating the spread of infectious diseases. Whilst it is Ebola that has everyone’s attention right now, the application of such methods is equally relevant to malaria and dengue, both diseases that have and continue to affect many in developing economies. The BBC, Economist, as well as others, have already chimed in, making the case for wider access to mobile network data for such efforts as well as for facilitating general post-disaster recovery efforts. The Economist article goes further and suggests that due to the attendant privacy challenges, regulatory and legal instruments must be brought to bear, to compel sharing of such data with selected researchers (where the state decides who these experts are) in cases of emergencies. Whether you prescribe to such knee-jerk reactions or not, it’s first important to understand what mobile network data can do to help stem the spread of infectious diseases.
At one time, transaction-generated data (TGD) was the by product. E commerce or retailing services provided over the web was the main product. But if analysis of the TGD is used to give the company leverage in other sectors, resulting in acquisitions or entry .. .
LIRNEasia’s image is tied up with ICTs, thought from the beginning we wanted to be an infrastructure shop. Ports are infrastructure, and for the city I live in, perhaps the most vital infrastructure. So this piece fits. But the fit is even more from the mindset side. Everything we do as a think tank is intended to get people to think about problems (and solutions) differently.
There is no guarantee that companies always bet right, but I’d place weight on their wagers more than on those of armchair theorists who are still arguing for FTTH as the only solution. Ask Google why they want a big, Nexus 6 size phone, and the answer is ready: “We are moving from mobile first to a mobile only world.” The next wave of growth for the smartphone industry will come from emerging nations in Asia-Pacific, especially from India, China and Indonesia. In these nations, smartphones will be the only computer for a majority of the population, so, the industry must gear up to accommodate this new breed. At Google’s annual Asia-Pacific press event in Taipei this week, the search and advertising giant which seems to be nurturing increasing ambitions of becoming a device player, concentrated on this mobile first world.
The Economist is a plum. In all honesty, I was thrilled we were mentioned. I wish they had gone to people with real data on Africa like RIA, rather than those who simply speculate, but still, a thoughtful piece. While the claim re radio may hold true for Africa, it definitely is incorrect for the Indo-Gangetic plain. Once restricted to the tech-literate, these are now common and easy to use.
Despite the massive goof-up with the situation reports which over-reported the number of casualties from the Koslanda landslide by a factor of eight (300 as against the actual 38), the country has been shaken by the disaster. The Sinhala language weekly, Ravaya, was dominated by it. The article that I contributed, building on the thinking we had done after the tsunami, and what our colleague science journalist Nalaka Gunawardene had contributed stood out in terms of constructive proposals that would help avoid such calamities in the future. The relevant sections in English are given below: The foundation is the development of good hazard assessments. Consultants working for the Disaster Management Center have developed these for the coastal areas though they are not public.
Last year, Helani Galpaya (CEO, LIRNEasia) made recommendations on improving The Alliance for Affordable Internet (AA4I)‘s Affordability Index. This year, on behalf of Helani, I attended the Affordability Index workshop in Cape Town. While the primary objective was to review the 2014 draft report, the working group members present at the workshop also voiced many concerns that are being considered by the A4AI. It is good to note that some of Helani’s comments from last year have been addressed. The fact that the objective data from organisations like the ITU are not timely has been acknowledged and the working group has been provided with a comprehensive list of indicators (with sources) used in the Index.
Telenor has made a move to offer zero-rated services to its customers in Myanmar through Wikipedia Zero and Facebook Zero. This will enable Telenor’s mobile users to get access to lighter versions of Wikipedia and Facebook without running down their prepaid credit balances. We have seen this issue (the running down of prepaid balances ) being a barrier to Internet use by BOP mobile users before, in other parts of Asia through our Teleuse@BOP research, and have highlighted the need for “Innovations in pricing strategies (akin to “sachet pricing”) … to enable prepaid users to make use of the [Internet] services without their prepaid balance being depleted through a single transaction” (see full paper: Are the Poor Stuck in Voice? Conditions for Adoption of More-than-Voice Mobile Services) This is one of many key issues we hope to explore in our upcoming national survey of ICT needs and uses in Myanmar. It will be interesting to see if and how zero-rated services will allow BOP mobile owners in Myanmar to overcome some of the cost hurdles in Internet use.
The telecom operators in Myanmar are damned if they do and damned if they don’t. The demand for SIMs is so high that call and data quality is compromised. If they restrict supply, a black market develops. If they don’t, their image gets sullied. I was pleased to read that Telenor had postponed its rollout in Yangon until it did some final tweaks on the network.
The Open Technology Institute (OTI) finds that customers in the U.S. continue to pay higher prices for slower Internet. It examines broadband prices and speeds in 24 cities in the U.S.