I recently finished a chapter for a book to be published by the National Defense University about the persistent problem of information asymmetry in disasters, the condition by which information is disaggregated in such a way that it compounds the already horrendous logistics struggle of humanitarian organizations to provide life-saving aid to victims. Food drops are missed by the general population, the wrong supplies get to the wrong hospital, and water sits on a tarmac rather than getting into the hands of people who are desperate for it. Information asymmetry has two dimensions: the inability to get any data from a lack of access to that information or the inability to take aggregated data and make sense of it all. Often in disasters the first dimension is attributed to a lack of connectivity – whether because of geography or lack of infrastructure (cell phone towers tend to collapse in earthquakes, floods etc.). Six years ago, NetHope and a variety of private sector partners tackled the condition of connectivity in disasters with the creation of the Network Relief Kit (NRK) . The NRK, which fits in a backpack, has a BGAN satellite receiver about the size of a medium-sized textbook. It provides a broadband connection to the Internet, runs off a car battery (or small solar panel) and works almost anywhere on the planet. It has a built-in wireless router for WiFi to support up to ten laptops or Internet phones. So it creates a fast, temporary but crucial voice and data communications hub for a small group of fieldworkers when they need it most immediately – in emergencies.
While the NRK does amazing job of connecting, there are some disasters where the lack of connectivity is compounded in places (like Myanmar after Cyclone Nargis or today’s current conflict in Libya) where autocratic regimes have “shut down” the telecommunications infrastructure or restricted access to journalists. It becomes a situation of not just being able to get public information out but a condition of not being able to get any information at all. As we have seen over the last few weeks, when networks or communication is shut down people revert old network connections (mesh or dial-up) in order to harness new platforms– Twitter, Facebook and other social media – to subvert these network shutdowns. It’s outstanding ingenuity – voice to Tweet for example – and innovation that is providing us with a slew of crisis data. So now we have the information but what do we do with the data? This is the second dimension of information symmetry.

This weekend I met with Gisli Olafsson, NetHope’s Emergency Response and Preparedness Director, as we were both speaking at Harvard for separate events (who knew Harvard was the hotbed of technology, connectivity and enterprise). Gisli, whose blog on disaster response is a great read for anyone interested in this space, told me about the efforts of NetHope, OCHA, and countless other organization and volunteers around the world. Spread across the globe, connected by technology and social media this group is monitoring social media, mainstream media and response organization reports for updates on the terrible situation in and around Libya. I remember this group well from my time in Haiti almost a year ago. Following the devastating earthquake in Haiti this volunteer community rose up to try to help in their own way the people affected by that terrible disaster. Thus was born a new opportunity to improve situation information management that leveraged the human capital of countless volunteers around the world to tackle the very sticky problem of information asymmetry.

Screenshot of Libya Crisis MapThe efforts of this group (OCHA, UNOSAT and NetHope have been collaborating with the Volunteer Technical Community (VTC) specifically CrisisMappers, Crisis Commons, Open Street Map, and the Google Crisis Response Team over the past week) are available now for the public here. For the general public this is a fascinating look at the revolution of connectivity, technology, social media in reporting and responding to one of today’s most pressing global crisis’. For the people of the UN and its agencies, NetHope’s 32 international NGOs and countless others who are responding to the crisis this information provides the pivot point for rapid response and an important tool in overcoming the persistent condition of information symmetry. As this movement gains stream and structure the chapter I wrote less than six months ago may become a bookmark of the past as we begin to stage our response and resources in a way that saves countless lives – but hey I’m not going to feel too bad about my outdated chapter because that is the pace of innovation coupled with the persistence of the human spirit.

Indian Man sitting on a large amount of yellow cablesThe mention of the word India may still call to mind visions of extreme poverty, but unlike other developing countries it is just as likely to make you think of software parks, call centers, and bustling businessmen jumping to catch the next flight to Silicon Valley.  India has taken a fantastic leap into the 21st century over the last two decades and in doing so it taught everyone in the development community a lesson.  It showed us that the IT sector could drive economic growth.

Since that time repeated efforts have been made to replicate India’s success.   Many governments have targeted IT and ICT as a growth sector and development agencies continue to pour hundreds of millions of dollars (if not more) into this work every year.  But the successes that governments and donors have brought about have been piecemeal. They help individuals and groups but have so far failed to bring about the revolutionary, economy-wide change that has been sought.

This disconnect between goals and results seems to call for some discussion.  If it was indeed India that convinced us that IT could drive economies in the first place, perhaps we should take another look back at that case.  After all, the lessons of India have been internalized to the point that they now form the basis of what we know as best-practice in ICT sector development: focus on the export sector, think about business process outsourcing, etc.  Could it be that we have over learned these lessons?

The graph below presents the Indian IT boom in one picture.  It shows IT exports in real US dollars over time, from 1980 to 2009, broken down by product classification.

This first glance reveals a few key insights. First, it confirms the widely accepted view that software exports (blue) were the driver of the IT boom.  Note that sector output was already on an exponential growth path by the mid-to-late 1990s, before Business Process Outsourcing (BPO) began to register as an economic activity.  Growth in the export of software paved the way for new business opportunities to emerge: first BPO, then training and design.  The sector has diversified as it has grown, but that growth has always been on the back of software exports.

It also becomes clear that growth in software exports can be traced to the mid 1990s.  A closer look reveals more.

At this scale it becomes clear that the boom actually began in 1992.  By 1993 software was a billion-dollar export industry. To get to that point output more than doubled from the 1990-91 to the 1991-92 fiscal year.  From that point export growth in the sector remained on average above 50% per annum for the next decade.

In explaining India’s software export growth the Economist Probab Sen noted that until the early 1990s, “the linear trend is consistently superior to the exponential…since then, however the semi-log trend starts dominating the linear.”  Put simply, until the early 1990s, growth in software exports was linear.  In 1992, the year of the boom, it became exponential.  What happened?

Any attempt to answer that question would do well to recognize that India already had a successful and growing software industry by 1990.  In 1980 India exported only four million dollars worth of software.  By 1990 that number stood at 250 million.  So the Indian ICT sector did not begin with the boom.  Rather it began much earlier, more or less at the same time that it began in earnest in the United States – with the emergence of semiconductor and microprocessor technology the 1970s.

At that time India was poised to participate in the digital revolution like no other country in the developing world. The strong philosophy of “self reliance” present at independence led the country to found the Indian Institutes of Technology in the 1950s and 60s, creating a large cadre of technically savvy professionals, many of whom were working in the United States when the digital revolution began.  Perhaps the most famous is Vinod Kholsa, an IIT graduate who pursued an advanced degree at Stanford’s Graduate School of Business and co-founded Sun Microsystems with two of his classmates there in 1982.  In “The World is Flat” Tom Friedman claims that 25,000 Indian technologists like Mr. Kholsa have settled in the US since 1953.

While the first cohorts of IIT grads were pursuing graduate education in the west, new dynamics at play domestically resulted in companies developing an interest in software.  In 1970 India became the first developing country to create a government office dedicated to electronics, and from 1972 its policy was to actively encourage software export.  This created certain tax and customs incentives that were exploited by companies for their own financial gain.

Information technology was one of the few sectors where India’s protectionist government allowed foreign investment.  IBM had a presence there by the mid 1970s, and it supplied a large amount of the mainframe computers in use in the country.  These computers came with their own software, but as that software needed to be upgraded or modified, or as other uses came to be needed for the mainframe, software began to be developed inside of Indian companies, often by IIT graduates (importing software was too expensive). These companies then came to find that if they claimed some of this in-house software development was for export that the government would allow them to import hardware more cheaply. Consequently, some large companies that were not at all in the IT business began to spin-off software export arms – partially as a way of lowering their hardware costs.

Among the first to do this was the Tata group, a large conglomerate with interests in steel and automobiles.  In 1974 Tata Consultancy Services (or TCS) became one of the first Indian software exporters, and it did so through a unique business model called “on-site software development.”  TCS would send employees abroad to provide software support to western firms (mostly in the US), primarily on systems analysis and design. This labor was usually offered at less than 20% of what it would have cost the host company to hire locally. It was done on-site, rather than remotely, largely because telecommunications and data links between India and the west at that time were not good enough to allow remote work.

So not only did India have a valuable service to provide, but there were Indians on the buy-side in the US that were familiar with the skill set and work ethic offered by companies such as TCS.  Throughout the 1980s this business began to grow, to the point that by 1989 it accounted for 90% of all Indian software exports.  But it grew linearly.  The primary input in this on-site software development, trained technologists, could only be procured through the technology institutions.  These schools were already packed to the gills with students, and a set cohort came onto the market every year. They performed the same labor, under the same circumstances, and had a relatively constant level of productivity throughout the 1980s.  The growth in software exports over that time can therefore be attributed to more workers and more clients, not to any particular type of innovation.

The Indian IT boom came when the sector changed in a way that allowed the productivity levels of these workers to increase dramatically. I’ll explore these changes in my next post.

Already in the Indian story questions are raised that are relevant for how we conduct ICT sector development work today.  What is the role of the state? In India, protectionist policies were relaxed in such a way as to created incentives for companies to send software engineers abroad, laying the groundwork of the sector.  Does that offer lessons for us in the era of free trade?  What about the role of education? From the story thus far it seems central.  Are we focusing in this area or are we siloed in an “Economic Growth” world?  What about the role of foreign investors?  Did IBM play a central role?  Further, in our sector development efforts, are we trying to create an industry from scratch, and claim that it can drive an economy immediately?  What are reasonable expectations?

Sources

Sen, Pronab “Indian Software Exports: An Assessment” Econmic and Political Weekly, February 18-25, 1995.

Kumar, Nagesh “Indian software Industry Development: International and National Perspective” Economic and Political Weekly, Novermber 10, 2001

Lateef, Asma 1997. “Linking up with the global economy, a case study of the Bangalore Software Industry,” NIOP, DP/96/97, Geneva: International Institute for Labor Statistics.

Kumar, Nagesh and K.J. Joseph, “Export of Software and Business Process Outsourcing from Developing Countries: Lessons from the Indian Experience” Asia-Pacific Trade and Investment Review, April 2005.

Arora, Ashih et. al, “The Indian Software Services Industry” Research Policy, October 2001.

Heeks, Richard “ICTs for Development” Personal Blog. Indian IT Sector Statistics: 1980-2009 Time Series Data.

One of the important considerations in extending connectivity, be it voice or data services, into small and rural communities, is the need to address scale into more remote locations.  This includes the elements of local support, sustainability, as well as replication.  While the technology elements have for the most part be successfully addressed, the business elements are often lacking–with the result being that once the donor funding comes to an end, all-to-often the initiatives come to an end.

In the summer of 2006, the Sri Lanka LMI project was initiated with the issuance of a Request for Proposal by USAID’s Mission in Colombo.  The RFP sought proposals for establishing at a minimum of 20 telecenters in rural communities across Sri Lanka.  The requirement was that these centers be fully installed and operational within one year of the contract award.  The RFP also required that partners be bought into the proposal on a 2:1 match.

Man sitting at a computer, with a child looking over his shoulder at a conputer screen

Photo Credit: USAID

The winning award to granted to SSG-Advisors who put forward a comprehensive approach for establishing an EasySeva franchise that would rollout the required 20 telecenters.  These EasySeva centers were to be individually owned and operated by local in-community entrepreneurs.  This initial rollout would subsequently be expanded beyond the USAID contract requirements.

To meet the partnership requirement, SSG-Advisors partnered with several firms, including Dialog Telekom, Sri Lanka’s largest mobile operator and who provided broadband access to the centers, and Qualcomm, who provided broadband access through their GSM-HSDPA technologies.  Other partners included Microsoft, the National Development Bank (NDB), Lanka Orix Leasing Company (LOLC), and InfoShare.

The EasySeva franchise built several innovative approaches into its business model.  These innovations included:

Scale—the EasySeva franchise was designed to scale well beyond the original 20 centers as reflected in the contract.

Replicable “Center in a Box”—a replicable configuration was adopted such that a new center with a full set of value-added services could be set up rapidly, with services immediately available to customers.

Locally Owned and Operated—each center is locally owned & operated by an entrepreneur vetted to ensure they are capable of managing the venture.

MicroLeasing—the NDB provided capital funding, with LOLC using these funds to buy PCs that were leased to the franchisees.

MicroLoans—LOLC also made MicroLoans available to the entrepreneurs where there was the need for start up capital and to cover initial operating costs.

Multiple Services & Revenue Streams—the EasySeva centers were constructed to derive revenue from access to content developed and placed on each PC, from local calling via community phones, from international calling via VoIP, from Internet access, copying, faxing, etc.  The centers were also positioned such that they could provide local support to microLending and microLoans services into the communities.

Management & Technical Support—the EasySeva franchise operation also provides management training and technical support to the center owners.

The EasySeva franchise ultimately rolled 55 centers, well beyond the initial target. These centers are typically reaching profitability within 3-4 months after opening their doors to the local community.  The model clearly proved successful in achieving scale, sustainability, and replicability.  For Dialog, the telecom carrier providing the connectivity, these EasySeva centers provided community access for services not otherwise extended to those living in these more remote communities.

The EasySeva example reaches beyond Sri Lanka by providing a proof-of-concept for a scalable and replicable business, financial, and technical approach for extending connectivity and value-added services into smaller rural communities world wide.

Today, March 8, is International Women’s Day. Each year around the world, hundreds of events occur not just on this day but throughout March to mark the economic, political and social achievements. This year is especially important because it marks the 100th anniversary of IWD.

This year’s theme is “Equal access to education, training and science and technology: Pathway to decent work for women.” With this in mind, we are proud to announce a special edition of Gbiportal.net. Throughout the day, we’ll be posting articles and information about sector specific ICT projects that have targeted or primarily benefited women. Many articles are already up – and there are more to come. Check back, or follow us on Twitter @GBI_Program throughout the day!

Woman seated at table, displaying various ICTs such as phones, CDs, and cassettes.

Photo credit: Ntulume Village Women's Association

Rural women farmers are increasing their use of ICTs, a recent project evaluation for Women of Uganda Network (WOUGNET) revealed. The project, “Enhancing Access to Agricultural Information” began in 2005 with the goal of developing and improving information and communication systems to provide access to agricultural information for rural women farmers via a variety of ICTs including mobile phones, radio cassettes, and community radio. A five year evaluation of the project indicates that not only had ICT usage increased since inception, but the range of reasons why the rural women farmers used ICTs had broadened to include access to market information, reach out to agricultural extension workers, and participation in community radio shows as panelists and by calling-in.

Approximately 85% of farmers in Africa are women, and technology is consistently becoming a more important tool for communication in rural areas. Dorothy Okello, Director of WOUGHNET, wrote on her blog on  e-Agriculture, that the organization has come up with the following key lessons:

  • While e-Agriculture projects are possible with rural communities, no one technology can be used in isolation. Innovative use of available and affordable technologies has to be made.
  • At the infrastructure level, pro-poor gender-sensitive ICT policies have to be in place to support ready access to affordable high-speed ICT infrastructure.
  • Partnerships and collaborations are of paramount importance. For example, WOUGNET has partnered with national and local agricultural research institutions, universities and agricultural-focused organizations for their projects.
  • ICT projects at community level require time. Since ICT projects do not always provide tangible inputs or outputs, people take long to appreciate them. The process of transfer from information to a final product is a process and the community needs time to understand, so such projects cannot be hurried or rushed.
  • There is a clear relationship between the level of literacy and response to ICT-based innovations if community livelihoods are to be improved. In general, applications that are voice-based or image-based will fare better but may be more costly or more demanding of high-speed ICT infrastructure.
  • ICT projects require social and technological skills as well as commitment of the various stakeholders.
  • ICT projects can create an inclusive public sphere, for example, the aged, disabled can participate in such projects as they allow for participation in addition to anonymity and solidarity.

Today, March 8, is International Women’s Day. Each year around the world, hundreds of events occur not just on this day but throughout March to mark the economic, political and social achievements. This year is especially important because it marks the 100th anniversary of IWD.

This year’s theme is “Equal access to education, training and science and technology: Pathway to decent work for women.” With this in mind, we are proud to announce a special edition of Gbiportal.net. Throughout the day, we’ll be posting articles and information about sector specific ICT projects that have targeted or primarily benefited women. Many articles are already up – and there are more to come. Check back, or follow us on Twitter @GBI_Program throughout the day!

A community health worker shows a visual aid

Photo credit: Dimagi

With funding from USAID, World Vision and Dimagi will conduct operations research to test if the use of CommCare will increase the uptake of healthy actions, improve knowledge of important information points, and improve communications and coordination between community health workers (CHWs) and higher trained workers.

CommCare is a phone-based application to strengthen community health programs. CHWs use software running on a phone during each client visit to improve quality of care and data reporting. When the CHW is within range of a cellular network, data is automatically submitted to a central server for use in program management, monitoring and health surveillance.

World Vision’s study will focus on improving the uptake of a list of identified “Healthy Actions” and knowledge of key “Important Information” points. It will also study the improvement that the phone make between the CHWs for coordination with midwives and other health experts. World Vision expects the following:

  1. Utilization – increased percentage of healthy actions taken by pregnant women
  2. Knowledge Access – increased knowledge by pregnant women of the important information points
  3. Access- increased use of midwives and expert services via phone calls

The primary CommCare module the study will focus on promotes essential care during and immediately after pregnancy. The module reinforces the training the CHWs will have received based on the American College of Nurse-Midwives Home Based Life Saving Skills. The module is designed to quickly bring a CHW through key points of identifying and responding to emergency signs including difficulty breathing, low birth weight, and hypothermia. The module then helps the CHW promote simple but effective hygiene and preventive care to reduce infections such as infected cord stumps, pneumonia, and tetanus.

A key challenge World Vision encountered was that the CHWs in the Herat region are low-literate. CommCare was, therefore, adapted for low-literate users by including audio prompts and images. These multimedia prompts have been found to also help engage the client more, as the CHWs play the audio clips and show images to their clients.

The following video demonstrates how the CommCare application works:

CommCare-Sense House Visit 1 from Derek Treatman on Vimeo.

Click here to learn more about this project.

Group of people gathered for the book launch

Photo credit: FEMNET

The African Women’s Development and Communication Network (FEMNET) with support from United Nations Educational, Scientific and Cultural Organization (UNESCO) has launched a book titled: Freedom of Information and Women’s Rights in Africa. The book is compilation of five case studies from five African countries namely; Cameroon, Ghana, Kenya, South Africa and Zambia, will help women’s organisations as they organise around freedom of information in their respective countries.

African Union Special Rapporteuer on the rights of women in Africa, Her Excellency Commissioner Soyata Maiga officially launched the book and commended FEMNET and UNESCO for the great initiative of linking freedom of information to women’s rights. She appealed to women’s civil society organizations and progressive governments in the continent to make Freedom of Information as part of the discourse in consolidation of democracy and promotion of socio-economic justice.

“African women have for sometime now been lobbying for women’s rights to be recognized and upheld. Without freedom of information, it has been difficult to do so. Having freedom of information legislation and policies is very important for any democratic state as it is fundamentally related to good governance and sustainable development.” Commissioner Soyata Maiga.

UNESCO Director for Addis Ababa Office Mr. Luc Rukingama said UNESCO is proud to be associated with the launch of the Freedom of information and women’s rights in Africa book and pleased to support gender equality issues and hoped that the book will be used to mainstream through use of ICTs.

FEMNET Chairperson Mama Koite Doumbia said the launch of the book could not have come at better time than now when the Africa Union Summit theme is “Information and Communication Technologies (ICT) in Africa: Challenges and Prospects for Development” “ The book relates well with this years’ theme however ICTs can only enhance development if African government enact and implement Freedom of Information laws and urgently repeal restrictive media and other laws on freedom of expression” said Mrs. Doumbia.

“This years’ theme carries a lot of weight in determining the future of the African woman and the continent with regards to use of ICTs in advancing gender equality. African governments need to promote use of ICTs to increase awareness among women on their rights and facilitate informed decision-making. This could include initiatives that enable citizens to use SMS helplines to report human rights violations and also support the use of ICTs in education (formal and informal) and literacy programmes so as to build ICT skills among young and adult women” added Mrs. Doumbia.

Woman interviewing another for the Lifeline project

Photo credit: Matt Abud, Internews

Suffering does not end with the cessation of hostilities or the phase-out of large-scale humanitarian aid. Sri Lankan women endured many unspoken hardships throughout the 30-year conflict, and continue to struggle as former IDPS with no home to speak of; with painful memories of the loss of family members; as victims of domestic violence; rape and alcoholism among men; supporting households as war-widows; or just having watched the opportunity for their lives to improve fade away. Despite these experiences, women remain significant, untapped agents of change, both within their local communities and across ethnic divides. Internews, with local partners such as the Association for War Affected Women (AWAW), will train women to use media tools to a) document their experiences, b) access essential information to enhance their economic empowerment, c) collaborate and reconcile with women from other local communities, other ethnic communities and across the diaspora and d) participate in policy decisions that affect them. Beyond the immediate impact of the radio, social media and newsletter products, Internews and partners will develop a toolkit for gender-based recovery and reconciliation in other conflicts. This project will build upon Internews’ successful Lifeline humanitarian information project that end in September 2010, and will help bridge the gap between humanitarian and development aid.

This was taken from Internews’ statement of commitment from the Innovative Use of Technology for Humanitarian Media Aid – Clinton Global Initiative Commitment to Action. Contact Jeri Curry at Internews for more information.

Three Indian fisherwomen sit with their nets

Photo credit: SPIDER

Women play a vital role in the operation of the fisheries in India, and their contributions penetrate every aspect of the industry from postharvest handling, preservation, processing and marketing. In the southern maritime states of Andhra Pradesh, Karnataka, Kerala and Tamil Nadu, women dominate the retail fish trade. According to the Global Aquaculture Alliance, between 50-70% of fisherwomen and their families are dependent on fresh fish marketing or traditional fish processing for their livelihoods.

However, fisherwomen in the region want to advance their socioeconomic status beyond sustainability levels. One project, conducted by Coastal Oceans Research and Development in the Indian Ocean (CORDIO) sought to help them do just that while simultaneously protecting the coral reefs on which these women and their families depend.

Coral reefs in the Gulf of Mannar are facing several threats, but in Tuticorin, several villages are solely dependent on fish resources obtained from these coral reefs. Fisherwomen face uncertain catches of varying quality, difficult post harvesting techniques and increasing demand. Crowded fishing grounds, and this increase in demand often cause fishermen to adopt destructive fishing methods.

To reduce the pressure on coral reef resources and economic vulnerability of coastal communities, local fisherwomen self help groups were trained on ICTs and other methods of adult education. The aim of introducing adult education and ICT trainings was:

  • to empower local fisherwomen self help groups
  • enhance literacy and livelihood
  • reduce pressure on coral reef resources through greater awareness and education about marine environment and resources
  • minimize overall economic vulnerability of coastal communities

Two coordinators from each of 5 villages were selected and trained in adult education and ICTs. Then each village was given a computer, printer, mobile phone and access to the internet. Almost 150 women were trained in adult and environmental education, computer education and hygienic fish drying.

The results were impressive – reef damaged was “considerably” reduced – shore seine operations, mining and anchoring near reefs declines, new coral recruits were observed and live coral area began increasing. These training opportunities also helped fisherwomen earn additional income for their families.

For more information, you can read the case study here in our Project Database.

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