Tag Archive for: Ethiopia

Photo Credit: The Economist

I participated in a very informative event this week in Washington DC where a researcher was sharing his experience on “Weather-Index based Crop Insurance for Smallholder Farmers in Ethiopia”. As I listened to the discussion as an agricultural information specialist, my concern was what is the role of mobile technologies in this?

According to the researcher, Dr. Shukri Ahmed a Senior Economist, Food and Agriculture Organization (FAO), the concept of crop insurance has a long history from Asia with the leadership of India. However, due to the challenges associated with insurance in general and access to credit to smallholder farmers, the idea somehow waned. But according to Index Insurance Innovation Initiative (I4), there is overwhelming evidence that uninsured risk can drive people into poverty and destitution, especially those in low-wealth agricultural and pastoralist households. There is therefore a re-emergence of insurance for smallholder farmers across the globe.

The speaker gave a detailed background to the study in Ethiopia and the importance of partnership in the design and implementation of the study. The difference, however, with this new approach to crop insurance for smallholder farmers is the use of index (indices) to support the insurance service, and intervention against emergency situation. But at the same time the study is targeting farmers that are relatively better off and who are already engaged in the market but are not investing in insurance due to the anticipated risks. The outcome of the pilot study is expected to help protect the livelihoods of smallholder farmers, who are vulnerable to severe and catastrophic weather risks particularly drought, enhance their access to agricultural inputs, and enable the development of ex-ante market based risk management mechanism which can be scalable in Ethiopia.

Dr. Shukri Ahmed, Senior Economist at the United Nations Food and Agriculture Organization (FAO)

Unbanked or Branchless Services

Adding another concept to an already very complex issue that tries to combine weather, insurance, credit/finance, and smallholder farming, should be carefully considered. But the key question is whether mobile technologies can play a catalytic role in this entire complex system?

Among the reasons for choosing a given area for the pilot study, include availability of Nyala Bank branches, the vulnerability of yields to drought, the availability of nearby weather stations, and the willingness of cooperatives in the area to purchase the new product. As the pilot study progresses, the possibility of scaling the project across the country is high. But what will be the implications for the absence of banks in the rural farming communities in a country that has an approximately one bank loan per 1000 adults? Can Mobile Banking help understand why smallholder farmers under-investment in agriculture?

A success story of mobile banking by  the Dutch-Bangla Bank Limited (DBBL) in Bangladesh was recently highlighted by the GSMA Mobile Money for the Unbanked. Interestingly, the story pointed out how DBBL learnt from Kenya’s famous mobile money program M-PESA. Kilimo Salama (KS) is an innovative index-based insurance product that insures farmers’ inputs (seeds, fertilizer, pesticides), and outputs (crop harvests), in the event of drought or excessive rainfall. It uses weather stations to collect data and implements SMS-based mobile technologies to administer and distribute the payouts. Mobile technologies will not only help with the financial transactions such as seen in Kilimo Salama’s case but also in support of the weather stations for timely and accurate decision making for pay-outs.

My conversation with Dr Shukri about the possibility of integrating mobile money into the project to address the challenge of absence of banks in rural Ethiopia, revealed the huge untapped market for Mobile Banking in that country. However, the success of such services depends on a convincing business case for both the banks and Mobile Network Operators (MNOs). Most importantly, however, is the state of telecommunication infrastructure and regulation in the country. These need to be in place for services and applications to thrive. With this huge investment

Outside Ethiopia, I believe it is time for African countries to take advantage of the increasing mobile phone penetrations in the continent beyond social networking to general development applications such as for agriculture, health, education, and rural development.

To listen to the audio recording of the event, visit Center for Strategic and International Studies (CSIS).

During the Innovation Africa Digital Summit in Ethiopia, IT News Africa had the opportunity to talk to Dr Bashir Gwandu, Nigeria’s Communications Commission’s Executive Commissioner. Gwandu discussed the future of mobile devices in Nigeria, content creation and the country’s recent efforts to free up spectrum.

Dr Bashir Gwandu, Nigeria’s Communications Commission’s Executive Commissioner

Dr Bashir Gwandu, Nigeria’s Communications Commission’s Executive Commissioner (image: Charlie Fripp)

* Please elaborate on the need to free up spectrum in Nigeria?

What we realized is that we don’t have fiber on the ground; and that we don’t even have as much copper as we need. So we asked ourselves what infrastructure will allow for communication – and the only solution that we can have is wireless- and the most important resource to allow that communication is spectrum.

We have a growing requirement for data with a lot of content coming out of Nigeria. Going into the future, we will need a way of transmitting this content to the population and indeed other parts of the world. Now, if you don’t have fiber or copper underground, you have to have an alternative. If you go and ask for spectrum now, you won’t get it and we don’t have it. Every spectrum that is being identified by the ITU (International Telecommunications Union) becomes harmonised around the world, making it lucrative – because infrastructure will be developed for it.  So what we went to the ITU for, is to prepare for the future. Its not just about content, but the ability to actually use your mobile as a partner- to purchase products at a shop instead of using a debit or credit card.
To prepare for the future, we have to create infrastructure that will make that kind of thing available and one of them is spectrum. There are technologies around, for example improving spectral efficiency is one way to improve data speed – but there is only so much you can do because you can have LTE but that is still not enough. The second alternative is to go back to erecting more towers, but that is more costly and there is an environmental impact- so clearly that is not the best option for us. The third alternative is co-location of towers, but you can only use that to a degree because not every tower can be co-located. So by far, the most important and effective way to improve the potential of being able to accommodate the higher data demand, is to free up some spectrum.

* It has been reported that Nigeria creates the second largest amount of content in the world? Where does this content come from?

That is what has been mentioned, I hope that is correct. We have many movies that we have created in Nigeria; I think that is where this is coming from. We have more movie content, and future content will also be movies, videos and so on. I can agree that we are maybe the second or third largest content creator, because of the number of movies that are coming out of Nigeria.

Which content should we be focusing on?

Other content like software and development, we are not at the level at which I want to see. I want to see us better in terms of producing software, in terms of the evolution of hardware – we are not there yet. But in terms of the content that people can buy on the internet, yes Nigerians are very good at it – probably the number one player in Africa.  To prepare for all of this is difficult, because if you want to download a movie in Nigeria today, you will be very frustrated because there internet speed is poor. So that is where we are, and you have to look ahead and have the vision to prepare for the future- and that is why we went to ask for the extra bandwidth spectrum.

* Is Near-Field Communication an option for Nigeria in the future?

This is a combination of so many things – we have RFID (Radio Frequency Identification) technology in Nigeria, which has to be built into the product. In the shops, they have RFID stickers that give customers information about products such as expiry date and price. What we are hoping to see is that phones will be designed in such a way that they actually read RFID. If the shelves are automated, it can group all your purchases together outside the shop. But naturally it will need to have short-range communication like Bluetooth.  In the proposal that we have tabled with the ITU (International Telecommunications Union), we have asked for spectrum for these other improvement services. And that will include Wi-Fi for SRD (short-range devices).

* What is the future of mobile devices and usage in Nigeria?

The future of the mobile industry, I think, as more people get connected and our lives become more digital, we will have more efficient services. We will continue to rely on mobile as part-and-parcel of our lives, and we’ll one day see cars talking to each other using spectrum. In time, RFID technology will be part of our lives in such a way that you will know the location of many different things. These things are coming; it is just a matter of time. There is a very bright future ahead, and our lives will be managed more efficiently. We are thinking ahead – as regulators in Nigeria we are really among the people who think ahead, so that we give our people the best chance at making efficient use of their time and resources.

Charlie Fripp – Online editor

One of Africa’s largest ICT gatherings got underway in Ethiopia today with the kick-off of the Innovation Africa Digital Summit in the capital Addis Ababa.

Aida Opoku-Mensah, Officer-In-Charge of UNECA speaking at a podium

Aida Opoku-Mensah, Officer-In-Charge of UNECA (image: Charlie Fripp)

Aida Opoku-Mensah, Officer-In-Charge of UNECA (image: Charlie Fripp)

Now in its tenth year, the summit aims to promote digital connectivity across all spectrums to the benefit of Africa as a whole. The event will also provide for a platform for Ethiopia to share more details on the country’s plans to for develope one of Africa’s largest and most ambitious ICT parks.

“This is an opportunity for us to share our best ideas, to learn about the latest developments and to form powerful partnerships. The theme of creating sustainable national and international ICT ecosystems is indeed a powerful concept which will transform the global socio-economic environment,” conference chair Madanmohan Rao said.

Aida Opoku-Mensah, Officer-In-Charge of UNECA (United Nations Economic Conditions for Africa) added to the welcome address by saying, “it gives me great pleasure to be addressing the tenth Innovation Africa Digital Summit, which comes at a moment when the African continent is experiencing tumultuous advances in the growth and development of the telecoms and ICT sector.  We are of the view that in order to unleash Africa’s potential, special attention needs to be paid to innovation, particularly in ICT innovation”.

MTN CEO Sifiso Dabengwa said growth in the sector has been enormous over the years. “Africa has more mobile phones than fixed lines and is still growing. Mobile phones have become the defacto standard for telecommunications on our continent. The growth has had an enormous impact on commerce, connectivity and all other streams of life. The enormity of the socio-economic impact of the mobile sector in Africa cannot be over emphasized.”

IT News Africa is currently in Ethiopia covering and participating in the summit which runs until Thursday 29 March 2012.

Charlie Fripp – Online editor

Photo Credit: ECX

A 2-day conference on African Commodity Exchanges has ended in the Ethiopian capital, Addis Ababa with the call for an Africa wide commodity exchange as well as more exchanges in African nations.

At the heart of this conference, even though not upfront, was the key role that information and communication technologies (ICTs) are playing in transforming businesses within the agricultural sector in Africa. The success stories surrounding the operation of the Ethiopian Commodity Exchange (ECX) system attest to the fact that ICTs can be enabling factors in almost every sector once the necessary steps are taken to integrate these technologies into the sector.

“A sleepy eyed farmer miles away from the nearest road braves the morning chill to load his donkeys with his lentil harvest. On his way to market he checks his mobile to see if the network is reaching him – because receiving a text message now from the Ethiopian Commodity Exchange (ECX) could save him hundreds of birr,” said the former World Bank economist Eleni Gabre-Madhin who is the CEO of the Ethiopia’s state-owned commodity exchange.

According to Dr. Gabre-Madhin, ECX is as much an ICT revolution as it is an economic transformation. The platform is a communications technology, from the real time price tickers found across the country to the Interactive Voice Recognition mobile telephony for rural farmers, that makes the exchange work. ICT applications currently being used to facilitate exchange of commodities and make information accessible to the users include over 100 price tickers, 20 trading centers, 50 warehouses, 2000 market information kiosks, and 50 data display boards.

Dr Gabre-Madhin stated that access to price information allows farmers to maximize profits and if farmers can get the same information about the national market trends that well-established and endowed exporters and processing firms have, that changes how the game is played. She concluded that with the ECX, the share of the final export price that now goes back to the farmer has gone up from something like 38% to close to 70%.

The conference which was co-organized by ECX and UNDP brought together participants from about 14 Africa countries including Ghana, Zambia, Rwanda, Nigeria, Zimbabwe and South Africa with market regulators, policy makers, national and international banks, the US securities and exchanges commission, development institutions, investors, farmer organizations and technology companies.

But while the ECX is being held up as a model, many other African countries disagree with the concept of states controlling the market. But the Ethiopia’s top government economist Newal Gabre Ab insisted that every country is different when it comes to economic policy and in Ethiopia, where farmers are among the poorest in Africa, the success of the ECX is the result of careful state planning.

Farmer with Mobile Phone

Photo Credit: OpenIdeo

Let’s imagine the state of the global food security in the next 3-5 years, if rural women decide to back out of agriculture and food production today? Secondly, let’s visualize how access to information and communication technologies (ICTs) by rural women could reverse the negative impacts that this could make on the globe – that is the magic!

Rural women in most of the developing world play an indispensable role in improving the quality of life through agriculture, food production, processing and decisions concerning nutrition and diet. According to the United Nations Food and Agriculture  Organization (FAO), over two thirds of all women in Africa are employed in the agriculture sector and produce nearly 90% of food on the continent. As the world recognizes the importance of rural women on the International Day of Rural Women (2011), I would like to highlight some of the key roles that rural women play across the globe in sustaining life. The piece concludes with the ‘envisioning’ of ICTs to improve the current deplorable conditions of these rural women. While each of these cases highlights the “role” of rural women in agriculture, they also inform the public (in general) and our policy makers (in particular) about the plight of this hardworking social group within our society.

In Bangladesh, rural women are known for their traditional role in a wide range of agricultural activities including post-harvesting, cow fattening and milking, goat farming, backyard poultry rearing, horticulture, and food processing. Women, almost equal to the contribution of male family labor, carry out some 40-50% of field irrigation and non-farm water management.

Depending on the geographic location in Bhutan, rural women may dominate agricultural production. The population consists of 49% women, and 62% of them work in agriculture. Agriculture remains the primary economic activity in the rural areas of Bhutan in addition to other dominant activities as kitchen garden and livestock. Women considerably contribute to household income through farm and non-farm activities.

The situation is not different in India where the national rural female work participation rate is around 22%. While agriculture is a household enterprise, social norms demarcate the division of labor based on sex and age. Activities like transplanting and weeding are regarded as women’s jobs, whereas both men and women perform activities like harvesting and post-harvesting.

About 79% of Kenya’s population lives in rural areas and relies on agriculture for most of its income. The rural economy depends mainly on smallholder subsistence agriculture, which produces 75% of total agricultural output. The poorest communities are found in the sparsely populated arid zones, mainly in the north and made up of households headed by women, herders, and farm laborers. Subsistence farming is primary – and often the only – source of livelihood for about 70% of these women.

In Rwanda, women account for about 54% of the population, and many households are headed by women and orphans. Agriculture remains the backbone of the economy contributing an average of 36% of total GDP, and employs more than 80% of the population. Rural livelihoods are based on agricultural production system that is characterized by small family farms, practicing mixed farming that combines rain-fed grain crops, traditional livestock rearing and some vegetable production and dominated by women.

A substantial proportion of Nepalese women (40%) are economically active. Most of these women are employed in the agriculture sector, the majority working as unpaid family laborers in subsistence agriculture characterized by low technology and primitive farming practices. As men increasingly move out of farming, agriculture is becoming increasingly feminized in Nepal.

In Pakistan, women are key players in the agriculture sector, which employs almost 12 million women in the production of crops, vegetables and livestock. The cotton crop, accounting for half of national export earnings, depends heavily on female labor. Women have the exclusive responsibility for cotton picking, exposing themselves in the process to health hazards emanating from the intensive use of pesticides.

In Sri Lanka, about 80% of the population lives in rural areas in which women play an important role in the agriculture sector. About 42% of the female labor force is engaged in agricultural activities. Gender roles in slash and burn cultivation, rice paddies and home gardens vary according to the cultivation practiced in these systems of production. Women take on activities related to transplanting, post-harvesting and household level processing of home garden produce.

The agriculture sector of Ghana contributes about 33.5% of GDP and remains the country’s major engine of economic growth. Over half the country’s population lives in rural areas. About six in ten small-scale farmers are poor, and many are women. Women bear heavy workloads. In addition to their domestic chores, they are responsible for about 60% of agricultural production. More than half the women who head households in rural areas are among the poorest 20% of the population.

In Côte d’Ivoire, most of the country’s poor people are small-scale farmers. They face problems of market access, low prices for export crops and inadequate basic social services. Rural women, who lead the sector, have limited or no decision-making power over the allocation of land, and they are dependent on men for access to land. Yet gaining access to land is crucial for these women because their livelihoods depend largely on the production of food crops.

In Indonesia, women represent the mainstay of rural households, providing family as well as farm labor. Agriculture accounts for the highest share of rural employment. Since most rural households control small amounts of land or have no land at all, rural women often seek to supplement household income and food security through off-farm employment in small and medium enterprises, some of which have links to agricultural production.

The East African country of Ethiopia, has about 12.7 million smallholders who produce about 95% of agricultural GDP under extremely vulnerable conditions such as drought and other natural disasters. Households headed by women are particularly vulnerable. Women are much less likely than men to receive an education or health benefits, or to have a voice in decisions affecting their lives.

Poverty in the Sudan is deeply entrenched and is largely rural. Poverty particularly affects farmers who practice rain-fed agriculture. It is more widespread and deeper in rural areas dominated by women and children and in areas affected by conflict, drought and famine. In general, small-scale farmers and herders in the traditional rain-fed farming and livestock sectors are poorer than those in the irrigated agricultural sector.

Tanzania has about 85% of its poor people living in rural areas and relies on agriculture as their main source of income and livelihood. Within the agriculture sector, food crop producers who are mainly women, are generally poorer than cash crop farmers, but both operate under cyclical and structural constraints and are subject to frequent natural calamities.

Despite all these contributions of women to agricultural sector under the aforementioned harsh conditions, their role has tended to be seen as secondary to that of men. Unfortunately, the opportunities offered by ICTs in the digital age, are not immediately available to the poorest of the poor – who are mostly ‘rural’ women. Rural women in most developing countries face important constraints with respect to ICTs. Some of these include the limited time availability to participate in training and use of ICTs due to the nature of their role at home, low literacy level, minimal access to technology such as mobile telephones or computers, and social and cultural stigma that goes with the social group.

Notwithstanding, there is an increasing body of evidence that shows how ICT is contributing positively to women’s socio-economic empowerment. A range of ICT models have been used to support the empowerment of women all over the world and there is evidence to show that ICTs have improved women’s access to information, and provided them with new employment opportunities.

While the Food and Agriculture Organization (FAO) estimates that giving women the same access as men to ‘agricultural resources’ could increase their farm production by 20-30%, I would like to state that giving women same access as men to “ICTs” could increase their farm productivity by 20-30%.

Quite a few WikiLeaks cables deal with the behind-the-scenes of African broadband affairs. Using CablegateSearch.net we have listed the “juiciest” cables (if African broadband can be described as such), below. The U.S. was very interested in broadband, most notably ownership of the SEACOM fiber-optic cable and competing with Chinese investment.

wikileaks{WikiLeaks}

Next up are four cables from 2007. The main themes are Ghana’s ICT initiatives, Kenyan fiber projects (which will succeed – SEACOM, TEAMS, or EASSy?), and fiber investment in Ethiopia (via U.S. or China?) :

Ghana

    • Summary: As of 2006-7, Ghana has multiple ICT projects underway that should vault the nation into a regional leader. Further privatization is needed, as is rural connectivity, but mobile growth and ICT training facilities look promising.
    • U.S. viewpoint: Ghana’s ICT sector is promising but faces challenges in privatization, regulatory gaps, power supply, and general business climate. Government projects should have positive results for the private sector.

Notes:

  • 60% of investment in ICT has failed since 1992.
  • ICT contributed 6% to the GDP in 2005 versus 1.8% in 2000.
  • In 2003, >50% of fixed lines were in the Accra area. Only 10% of the Ghanaian population lives here.
  • Four mobile operators all offer broadband as of 2006.
  • Internet cafes charge US $0.45 – $1.60 per hour.
  • Ghana is extending an existing 600km fiber optic cable ring connecting Accra, Tema, Kumasi, and Takoradi.
  • Broadband over power-line was explored.
  • E-government, m-banking and e-agriculture intiatives were discussed.
  • Run-down of 7 education initiatives.
  • Link: Ghana’s ICT Development: Is The Glass Half Full?, October 11, 2007

Kenya

    • Summary: Numerous (3 or 4) fiber-optic services are ready to undergo construction. Last-mile solutions are not far behind.
    • U.S. viewpoint: High-speed broadband will allow East Africa to connect with opportunities for job growth and a global marketplace starting in 18 months. The upside is enormous.

Notes:

Ethiopia

    • Summary: Ethiopia plans on purchasing 14,000km of fiber cable from China. Negotiations to connect via Djibouti have been flat for 3 years.
    • U.S. viewpoint (adopted from Ethiopian Minister’s comments): Ethiopia needs approximately ten years to transform its ICT sector. There is debate whether to use Chinese or American companies as examples or investors. State-owned ETC must lower rates in order to accelerate development.

Notes:

  • A massive US $158 million project will bring fiber transmission backbone, mobile services in 9 cities, plus hundreds of thousands of wireless phone lines. The goal of completition is September 2007.
  • Plans are in the works to connect to cables in Kenya, Sudan, and Djibouti.
  • Ethiopia needs major human capital over the next 5-8 years.
  • The ICT Minister has traveled to India, Egypt, and China. He has plans to visit Silicon Valley.
  • Link: Ethiopia: Laying Groundwork For Development Through Fiber Optics, May 3, 2007

Kenya

    • Summary: U.S. firms, along with Kenya, are racing to give East and Southern Africa broadband connectivity to the rest of the world. SEACOM look to be completed within two years.
    • U.S. viewpoint: Kenya must decide whether it will merge with SEACOM or go ahead with its TEAMS cable. Additionally, the U.S. strongly favors the SEACOM cable over TEAMS or EASSy, writing how, “the good news is twofold: first, that at least one of the three cables is moving towards fruition; and second, that the current frontrunner will be owned, managed, and built by U.S. companies.”

Notes:

  • Payment and signed contracts have secured SEACOM in the global queue of fiber cables.
  • The government of Kenya has promised an operational fiber system by 2008. They may feel that TEAMS can be completed before SEACOM due to its shorter length.
  • Some feel that EASSy’s monpolistic ownership structure will preclude cheap bandwidth delivery, and even if it success there, it may not return profits given the competition with SEACOM.
  • Link: U.S. Companies In Lead To Bring Fiber Optic Connectivity To East And Southern Africa, April 20, 2007

Photo: Zelalem Dagne

Zelalem Dagne had spent the past twenty-five years in the United States, but the thought of returning to Ethiopia continually intrigued him.  Eventually, with some prodding from friends and co-workers, he returned.  What he saw surprised him; the country was ripe for development and for new businesses, Dagne explains.  Despite his initial urge to “do everything,” he focused on one problem in Ethiopia—delays in product transportation—and started a new business.

Dagne applied for and received a matching grant from USAID and Western Union’s African Diaspora Marketplace, allowing him to officially start Global Technology & Investment PLC.  His company provides affordable GPS trackers to businesses that transport their goods in Ethiopia.  The GPS trackers are attached to trucks, allowing business owners to monitor the efficiency of their truck drivers and the ensure prompt deliver of goods.  Additionally, drivers can monitor traffic with the devices, allowing them to avoid traffic jams, check-in consistently with headquarters, and report back when goods are delivered.  Dagne’s Fleet Management System is planned to be used in over 60,000 trucks.

In addition to strengthening business productivity in Ethiopia, Dagne’s company facilitates more national trade and makes Ethiopian businesses more attractive to foreign investors and international businesses.  His company, then, contributes to Ethiopian development, allowing Dagne to give back to his home country through his business practices.

Dagne spoke ten days ago at a USAID-sponsored Microlinks seminar.  Leaders of the African Diaspora Marketplace accompanied Dagne; representatives from USAID and Western Union also spoke on the program.  The marketplace funded 14 projects last year, 5 of which are in the ICT sector.  This year, in phase 2 of the marketplace program, there is a particular focus on ICT businesses.

Logically, immigrants and refugees would be ideal entrepreneurs in their own nations.  They understand the business practices and technological developments present in the United States, and understand the needs of a particular country in the developing world.  Their experience in both nations gives them unique vision.  They see the differences between the places and what holes in one area can be filled by a solution from another country.

Additionally, ICT projects are particularly powerful in developing countries.  The United States invests more than any other nation in research and development of ICTs.  And as demonstrated by the rapid expansion of the mobile phone around the globe, “appropriate technologies” are quickly adopted by the developing world.  Though the likelihood of the African Diaspora Marketplace funding the next mobile phone is highly unlikely, it is probable that the entrepreneurs funded by the marketplace will bring technologies already common in the United States, and integrate them into societies in their home countries.

 

Child participates in USAID's Interactive Radio Instruction education program, the only possible ICT project currently in Somalia.

Last week, I interviewed Mohamed Ahmed Jama, CEO of Dalkom Somalia and board member of Frontier Optical Networks Ltd (FON) in Kenya.  Mr. Jama described four potential Broadband cables that could be a part of a terrestrial backbone throughout East Africa, including in Somalia.  A fifth was announced yesterday in Somaliland.

Though all three of these proposed links are just that—proposals—they are indicative of the rapid growth of Broadband connectivity in the region.  Most East African governments are actively engaged in rolling out backbone terrestrial networks, while four years ago the World Bank called East African connectivity the world’s only “missing link.” South Sudan is working with the CTO to develop an ICT strategic plan, Burundi recently received funding from the World Bank, and Uganda has also invested as well.  And private companies are facilitating the expansion of Broadband cables as well; they are working with the national governments to lay the cables and to fund the projects.  The East African Backhaul System, recently announced as a combined $400 million partnership between Burundi, Rwanda, Uganda, Tanzania, South Sudan, Kenya, and the Democratic Republic of the Congo governments and a variety of private telecoms.  The unique partnerships between the public and private sector make the ICT space in East Africa distinct from other regions.

Potential backbone networks in Somalia, Ethiopia, and South Sudan are listed here and can be seen on the following map (forgive the rough estimations, I did not draw this exact):

1. Somalia’s Connection to EASSy Cables (blue line)

According to Mr. Jama, Dalkom Somalia has built two cable landing sites in Somalia from the EASSy submarine cable, one in Somaliland and the other in Mogadisho, Somalia.  Unfortunately, the government of Somaliland revoked Dalkom’s license last year before the cable was completed (scheduled to be finished in October, 2010).  The Somaliland government claimed that they had already signed an agreement with a local company, SomCable.  However, no additional work has been carried out since last year, leaving construction at a stand still and the region unconnected.  In Mogadisho, on the other hand, the landing cable lays ready to be used, but remains unconnected due to security issues at the site.  To make matters more frustrating, Dalkom has funding, contracts awarded and the regulatory approval to extend the cables from the landing site inward, creating a national terrestrial backbone.  Security issues in the area are the only contingency.

2. Mombasa—Nairobi—Moyale, Ethiopia Cable (green line)

The EASSy submarine cable has been extended inland previously from Mombasa to Nairobi.  For the past year, discussions have been underway been the Kenyan and Ethiopian government on possibly constructing a terrestrial cable from Nairobi to Moyale, on the Ethiopian border.  However, with FON’s assistance, the cable has been built, but is yet to be lighted.  The only remaining holdup is to sign an agreement of understanding with the Ethiopia government, which has historically been reluctant to work with private sector ICT companies.

3. Somalia—Kenya Connection (black line)

According to Mr. Jama, there is 560 km remaining between fiber optic terrestrial backbone cables in Somalia and the state of Mandera in Northeastern Kenya.  Mr. Jama proposes that the Kenyan government bring the fiber to the border, and then Dalkom Somalia would complete the Somali side.  This connection would connect Somalia to the African backbone network.  However, there has been intermittent violence on the Kenya-Somalia border in Mandera, with the most recent issue being a land mine blast that killed eleven Kenyan officers.  The volatility of the border could potentially lead to another security standstill before lighting the fiber, like in Mogadisho.  Dalkom and the governments, then, need to concern themselves not only with the technical issues and construction of the remaining fiber, but also on the political instability of the region.

4. Juba—Lokichogio Link (red line)

Southern Sudan and Kenya plan to construct a fiber optic cable link between the two nations as part of a larger project entitled “four-in-one.”  The project includes the construction of a railway line from Lodwar-Lokichogio to Juba, road rehabilitation, an oil pipeline, and fiber optic cables.  Currently, the governments need to conduct a feasibility test given the mountainous nature of the route, especially the Great Rift Valley.  In all likelihood, the project will not be finished before 2015.

5. Djibouti—Somaliland SomCable (orange line)

SomCable, supported by the interim government in the territory of Somaliland, reportedly signed an agreement to buy the necessary buildings and licensing in Djibouti to route the EASSy cable into Berbera and throughout Somaliland.  The President of SomCable, Mr. Mohammed Gueti, announced his recent acquisitions just yesterday.  Mr. Gueti has strong ties with the president of Djibouti’s family, arguably giving his company an advantage over Dalkom Somalia at winning the contract.  However, as Mr. Jama points out, construction has yet to begin on this cable line, possibly suggesting that the announcement is merely a political move by the government of Somaliland as Mr. Gueti does has any rights to extend the EASSY Cable. Neither purchases any capacity from the members of the Consortium.

 

Copyright © 2020 Integra Government Services International LLC