Cover for the Macedonia Connects project

Photo Credit: AED

Within the context of USAID, most often rural connectivity initiatives are undertaken within the context of a sector-specific program/project.  This was the case case with Macedonia Connects, or what is more frequently referred to as MK Connects.  This project may well be one of the more successful Last Mile Initiative (LMI) project undertaken by USAID.

In fact MK Connects is much, much more.  The LMI project was undertaken as but one component of a unique national commitment to improve education, as well as a unique partnering of a significant number of both public and private sector partners.

The foundation for the success of MK Connects was the government of Macedonia’s commitment to a program for delivering a computer for every child.  The result was a nationwide broadband network providing broadband into every primary and secondary school—many of which were in remote rural locations.  Further, the project incorporated native language education content being delivered over this network to over 460 primary and secondary schools nationwide.

The journey started in 2002 when China donated 5,000 personal computers to support what soon became the e-Schools Project of the Ministry of Education and Science–a project that ran between 2003-2008.  The MK Connects project was a piece of this larger initiative, which in 2006 was augmented by the Primary Education Project (PEP).  Both MC Connects and PEP were USAID supported initiatives executed through the Academy for Educational Development (AED).

While focused on supporting Macedonia’s commitment to improve and modernize their education system top to bottom, MK Connects went well beyond connecting the 460 primary and secondary schools along with university campuses.

Picture of students in school crowded around a computer

Photo Credit: AED

As the project got started in 2003, it was estimated that only 4 percent of the Macedonia’s population had access to the Internet.  As the project concluded in 2007, Macedonia was the first country on the planet to achieve universal nation-wide wireless broadband coverage.  Not only were all the nation’s schools connected, but the project design also provided coverage for access by private sector businesses, the government, individuals, etc.

This connectivity was undertaken through a competitive process where a local Internet Service Provider (ISP) was able to build this nation wide network in just 4 years.  Motorola provided the wireless technology solution set, Canopy, a pre-WiMAX solution.

MK Connects, along with a number of important partners, was a unique experience with regards to modernizing Macedonia’s entire education system.  However, the fundamental approach taken in Macedonia holds promise for  application to countries around the world. The MK Connects model has been applied in neighboring Montenegro to bring more than seventy percent of the country on-line.  A similar project has been constructed in Georgia.  And  Senegal is the first African country seeking to replicate this model.

For more information, refer to the information on Macedonia contained in the GBI project database and MK Connects case study in the document library.

Or more precisely, swarming micro air vehicles, to create a communications cloud where infrastructure is destroyed during an emergency like an earthquake.  SciDev reports on a Swiss  innovation that hovers at the extreme end of ICT4D – at least for now.  Flying robots could help in disaster rescue – SciDev.Net.

But the same team also produced the awesome SenseFly drone, which costs around 9K and fits in a briefcase.  The possibilities for monitoring and mapping for biodiversity and agriculture appear to be endless. Check out the video.

Lest you think I’m a shill for the Lausanne techies, let me take the opportunity to draw your attention to some homebrew options.  These won’t create the swarming communications cloud suitable for a major disaster, but a lot can happen.

Grassroots Mapping is a network of technology hackers that use balloon and kite mounted digital cameras in mapping, to serve as “community satellites” – a low cost remote sensing alternative to satellite imagery that can get surprisingly good results.  Significantly, the technology is affordable and can be put in the hands of communities for participatory planning, independent monitoring, and access to information – key aspects of our quest for good governance.  The Public Laboratory for Open Technology and Science is a sister initiative working to develop new technologies for grassroots mappers.

I’ve mentioned Participatory GIS – the use of GIS in community mapping – in earlier posts.  PPGIS is a virtual network online consisting of resources and a very active email list to support a peer-to-peer learning network spanning the globe.

So there you have it – we started with a drone swarm and ended up with a kite. The needs of tomorrow (and today) will be well served by one or the other.

As the wise one said, knowledge is knowing that the tomato is a fruit.  Wisdom is knowing not to put it in a fruit salad.

For the past several years there has been a virtual explosion of mobile networks across both developed and developing countries.  According to a recent ITU Report, Measuring the Information Society – 2010, at the end of 2009, globally 67 out of every 100 people were mobile subscribers.  For developing countries the numbers are 57 out of every 100—and growing.  The following graphic extracted from this ITU report shows the growth since 1998.

Within these numbers lies another somewhat hidden dynamic;

  1. Worldwide there are already more mobile Internet subscribers than fixed Internet subscribers, and
  2. This is supported by the market moving towards “smart phones.”  For developed countries the computer has been the dominant Internet access device.  For developing economies it is rapidly becoming the smart phone.

And with these dynamics come a number of rich opportunities for USAID as well as the larger international development community—opportunities for the most part that are just now starting to be explored.  These include:

Micro-Small Business Entrepreneurship—this mobile-smart phone-Internet ecosystem provides a rich opportunity for USAID to support the launch or strengthening of a local mobile application development industry.  This is replicable across countries, has low entry costs for entrepreneurs, is quick to market, and has near-instant countrywide market scale.  By its nature, it favors local development and content, with strong employment opportunity for youth.

Local Content Development—typically mobile applications are not only localized with regards to native languages, but also local with regards to content.  This creates an even a broader opportunity for local entrepreneurs and job creation—for both applications and content.

Public-Private Partnerships—the rich mobile-smart phone-Internet ecosystem is made up of handset manufacturers, mobile carriers, development toolset companies, hosting firms, etc.—all with local and international engagements.  Adding USAID and local government participation simply expands this ecosystem faster, further, and places a targeted focus socioeconomic development.

Sector-Specific Applications—for USAID’s various sectors, be it health, education, government, agriculture, etc., this ecosystem provides a rich low-cost platform for developing highly targeted solutions with rapid nationwide scale and with this, expanding USAID’s impact.

These, along with other dynamics reflect an expanding opportunity currently being explored by USAID where the Agency can provide a critical catalytic role to accelerate adoption.  A growing number of related blogs and documents posted on the GBI Portal provide additional information and examples of this exciting dynamic and its potential within the Agency’s development portfolio.

The NetHope Academy‘s ICT Skills Capacity Building Intern Program will give Haitian university students and recent graduates the opportunity to gain significant IT skills that will allow them to directly participate in the reconstruction of their communities and increase their economic opportunities.

During the course of this internship, candidates will work in the IT departments for participating humanitarian organizations and private sector companies. Program highlights include:

  • Six month internship program for Haitian computer science and engineering students/graduates that provides real world “on the job” training along with focused classroom and self-study learning opportunities
  • Internships will be geared towards desktop support, network administration, and telecommunications jobs
  • Participating organizations will increase capacity of their IT departments and contribute to the development of IT labor pool in Haiti
Group of attendees from Intel's Africa USF Conference

Photo credit: Eric White, Integra LLC

Universal Service Funds (USF) hold the promise of extended rural connectivity for millions throughout Africa, but governments often lack the technical capacity and know how to utilize these private enterprise models. Through GBI, USAID will work with private sector partners to further the use of USFs in sub-Saharan Africa, determining both the best practices and the barriers that inhibit successful performance. This project will build the host country’s capacity to deploy USFs, evaluate potential solutions and create a value chain of local ICT, ISP, and telecommunications partners who can harness the power of USFs to close the digital divide and fulfill the promise of rural connectivity.

Inveneo CIO Mark Summer tunes the wireless network at the Nethope and Inveneo headquarters in Port-au-Prince Haiti.

Photo credit: Inveneo

Through an innovative partnership with the Clinton/Bush Haiti Fund, GBI is partnering with Inveneo and NetHope to connect all of Haiti. The grant supports the deployment of a nation-wide network so that before the end of 2011, connecting in Jacmel or Cap Haiten or Leogane will be an integral part Haiti’s reconstruction and development. GBI will also support monitoring and evaluation of the project’s point to point wireless model, to catalyze its deployment worldwide.

Close up of hands holding a video games controller

One of today’s most pressing demographic and economic development challenges is the youth bulge throughout much of the world- in regions such as Middle East, more than 65% of the population is under the age of 30. Today’s youth are increasingly connected and utilize technology to do everything from earn income to go to school. Seeking to harness this natural consumer trend and engagement, USAID through GBI will support the development of a youth deployment gaming strategy. Creating a community of practice around serious social gaming as an outreach tool to youth, NetHope will support the deployment of a $1.45m serious game pilot in Jordan to test a theory of change around increasing behavior change through gaming.

Updates will be provided as they become available.

In recent years there has been explosive growth in the global subscription rate for mobile services.  However, estimates are that there remains a gap in coverage somewhere on the order of 1.0-1.5 billion potential subscribers.  There is likely in addition to a gap of another 1.0+billion that have coverage but is not affordable  Of these, the overwhelming proportion live in rural communities.  Several reasons account for this lack of connectivity;

  1. Economics—for the carriers, there is relatively low revenue compared to cost of delivery,
  2. Lower hanging fruit—for most carriers, there are simply more profitable markets,
  3. Universal service funds—often these are not in place or are not effective in addressing this urban-rural gap, and
  4. Lack of electricity—in many rural localities there is simply the lack of power.

Fortunately this situation is beginning to change, with the following dynamics making this rural expansion increasingly practical.

Smaller-Lower Cost Pico-Micro Solutions—most rural communities have an average population of less than 2,000, and equipment companies are just recently starting to deliver solutions that address this market

Lower Cost Backhaul Solutions—historically mobile backhauls have been proprietary—further adding to the delivery cost.  The shift now is to a pure IP backhaul.  And with this, edge switching is possible for keeping local calls local—a critical element when the backhaul is via satellite.  IP backhaul also provides a single convergent solution that delivers both voice and broadband to the rural communities.

Solar panel displayed at Mobile World Congress

Photo Credit: VNL

Solar Powered Solutions—many of these small rural solutions are capable of being powered by solar, both at the tower-base station, as well as for the mobile handsets.  This is an absolute requirement as the number of communities not connected to a national grid is very similar to those without mobile/broadband coverage.

MicroTelco Business Model—the emerging technical and business model needed to address the rural challenge is that of a massively parallel approach.  This requires a technology that can be installed and supported by non-technical staff.  It also requires an approach by the carrier that move primary support to the rural community–possibly through a local community operator under the license of a carrier.

While the industry is just now beginning to focus on this market, a number of firms are starting to deliver low cost rural mobile solutions.  There is considerable variance in these solutions, but some are beginning to get the monthly average revenue per unit (monthly ARPU) required for sustainability of voice services, down to the $3-5/month range.  The following reflect several:

VNL—VNL is a company from India that has introduced a WorldGSM product line and community business model

Altobridge—Altobridge is an Irish company with a unique set of technologies and business model

STM Group—The STM Group offers complete backhaul and local distribution through their SuperPico GSM products

Ubiquisys—Ubiquisys one of a growing number of Femtocell firms delivering rural low-cost rural solutions

Nokia Siemens Network—NSN’s Village Connection solutions deliver low Monthly ARPU solutions for rural settings

Alcatel-Lucent–Alcatel-Lucent has been making recent investments in their arena and are poised to introduce a new line of low-cost solutions suitable for rural areas within this new year (CY2011).

The above represent an exciting opportunity for ultimately eliminating the urban-rural divide.  The GBI program is actively researching and engaging the above firms, along with others, to better position these within the overall context of USAID’s focus on addressing the rural gap.

The EU sponsored Technical Center for Agriculture and Rural Cooperation’s ICT update newsletter has a special issue on mobile apps featuring case studies from Africa.

Home – ICT Update, a current awareness bulletin for ACP agriculture.

At a keynote address at the mHealth Summit in Washington in November 2010, Bill Gates discussed the use of mobile phone technology for health programs. But he cautions “we have to approach these things with some humility … we have to hold ourselves to some pretty tough metrics to see if it’s really making a difference.”

AFP: Mobile technology can help improve global health: Gates.

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