Archive for category: Technology

Information and stories about technology news.

Growing Together: Agri-tech innovations in Africa

Agri-tech innovations in AfricaAfrican agri-tech is in a major growth period, totaling $19 million in investment over the past two years, resulting in the number of start-ups to double. With 65 percent of the world’s remaining arable land located in Africa, many African countries have major potential to become not only agriculturally self-sufficient but also major food exporters.

In 2017, African countries spent over $65 billion importing food. Current and future agri-tech innovations in Africa will play a large roll in reducing this trade deficit and improving the lives of small scale farmers in the process.

A Boom in Agri-tech

Kenya, Nigeria, and Ghana are leading agri-tech markets, accounting for over 60 percent of active startups in the sector. The agricultural industry has consistently been a crucial component of economic systems throughout Africa, but until recently has been untouched by technological innovation.

Over 80 percent of Nigerian farmers are smallholder farmers, producing 90 percent of domestic output. Nearly half of all working Nigerians are engaged in small-hold farming and account for the poorest 40 percent of the population. This level of poverty among smallholder farmers can be attributed to the low use of mechanized tools, inadequate market information, and lack of access to credit and financing options.

This is changing in recent years, following an increase of 121 percent in fundraising for agri-tech from 2016 to 2017. Nearly a third of all agri-tech startups are e-commerce agricultural focused platforms, connecting farmers with investors, markets, training and mechanized tools. These platforms help to lift many small scale farmers out of poverty while also mitigating food insecurity in local communities.

The Benefits of Crowdfunding

Given the massive potential for growth, crowdfunding has the possibility of ushering the African agricultural industry to the forefront of the world market. There is a public perception issue with smallholder farmers, as many people associate this brand of agriculture with poverty. Crowdfunding, however, can change how people throughout Africa look at farming.

The average age of a farmer is currently 60 years old. This in large part is due to younger people’s inability to secure financing for farming as well as a lack of willingness to participate in the sector. The rise of these crowdfunding agri-tech innovations in Africa is providing young Africans with financial support, technical training and improved mechanical tools needed succeed.

The Startups Making a Difference

Nigeria’s first digital platform for agricultural crowdfunding, Farmcrowdy, launched in September 2016. This platform connects Nigerian smallholder farmers with investors who select the farms they want to invest in. Farmcrowdy then uses the accrued funds to hire additional farmers, lease land, and provide valuable inputs to farms, such as fertilizer, seeds and technical support from sowing through harvest.

Agri-tech solutions such as Farmcrowdy have introduced Nigerians to a trusted platform used to pool resources and support small scale farmers in an effort to alleviate poverty and expand food production capacity. Farm supporters using the Farmcrowdy platform can invest in farms producing rice, maize, poultry, cassava and soya beans. The return on investment typically ranges anywhere from six percent to 25 percent. This allows urban Nigerians to invest directly in the livelihood of their fellow communities and the future of their food security.

Local farmers are appreciative of Farmcrowdy’s advanced training in modern farming practices and the use of mechanization to increase productivity. As a result of this training, many farmers have seen an increase in yield by over a third. These agricultural goods are even selling at a higher price due to access to more stable markets and reputable buyers.

Agri-tech innovations in Africa, such as the rise of crowdfunding, have linked different aspects of the agriculture value chain, improving efficiency and food security in local communities. This is just the beginning of what crowdfunding can do for the agriculture industry. African countries such as Nigeria have massive untapped potential when it comes to food production. The introduction of financing and new farming technologies to small scale farmers can unlock this potential and make a massive impact on the lives of impoverished farmers throughout Africa and potentially the world.

– Peter Trousdale
Photo: Flickr

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How The Production of Smartphones Harms Children


Now, more than ever, the world is becoming more interconnected. While the new societal and political inter-dependencies are obvious, even fields like manufacturing are a part of this trend. One product serves as a glaring example of this phenomenon: the smartphone. This hand-sized piece of technology has a shocking amount of components from a shocking number of places. Tech giant Apple sources materials from nearly 45 countries to make its products. While global interconnectedness can certainly be a positive thing, especially in worldwide manufacturing arrangements, at-risk communities in this process can pay a price. Though there is potential for exploitation at many stages of production, it is especially bad at the raw materials stage. Mining toxic minerals like nickel, cadmium and cobalt can come at a high cost to human health. Unfortunately, the production of smartphones harms children in poverty.

To explore the specific threats to child laborers, it is helpful to focus in on one microcosm within the larger mining industry. One particularly harmful mineral in cell phone production is cobalt. Largely mined by hand, cobalt is a silvery-gray metal that people use for many different products, including metal alloys in jet engines and powerful magnets. It is also common in lithium-ion batteries, which are rechargeable energy sources that power mobile devices. The rise in the prevalence of electric cars, which use the same technology, means the demand for cobalt is only rising.

What Conditions Do Children Face?

While countries like Russia and Cuba produce this ore, workers mine more than 50 percent of the world’s cobalt in the Democratic Republic of the Congo (DRC). Due to this high rate of production, most of the exploitation in cobalt mines occur in this country. As mine operators struggle to keep up with demand, the poverty rate in the DRC stands at nearly 65 percent.  That means that many desperate people are willing to work in dangerous conditions for hardly any money.

In January 2016, Amnesty International published an investigation into human rights abuses in the DRC’s cobalt mines and it found horrifying conditions. Workers face permanent lung and skin damage, as well as immediate physical harm from cave-ins and other accidents. Not only that, but the investigation also found children as young as 7 years old employed in these conditions. This is how the production of smartphones harms children in poverty.

Children told Amnesty International that for 12 hours of work, they could expect to earn only $1 or 2. When government or industry authorities visited mines, supervisors order the children to hide or stay away from the mines for a few days so others would not spot them. These poor conditions and ill-policed regulations are the reasons why cobalt is known as “the blood diamond of batteries.”

How Can People Fix This Problem?

Some companies have taken the initiative to reduce child exploitation, especially in the years following the 2016 Amnesty International report. Electric car-maker Tesla and its battery provider, Panasonic, have worked hard to pursue cobalt-free battery alternatives. These companies managed to cut cobalt use by 60 percent in six years. However, current technologies have reached their limits. Removing more cobalt will start to pose a longevity problem, as well as a fire-risk.

Because cobalt will remain in use for at least the near future, it is essential to protect impoverished child workers. Most simply, because this issue seems far away, it is easy to forget its gravity. For that reason, remembering the power of consumer impact is important. Pay attention to how companies operate and support businesses that perform the necessary due diligence to run responsibly.

For example, Apple, like many large tech and development companies, has a website with details about the ethics of its supply chain. Read up on brands’ efforts, and make sure to voice any concerns (or potentially, any support) at a website like this one.

What Can People Do to Make a Personal Impact?

Direct habits also make a difference. Try to avoid buying new electronic devices if possible. There are many websites, such as Gazelle, where customers can buy like-new phones to prevent the need for mining new cobalt. Additionally, if a device bites the dust, consider recycling its components. While lithium-ion batteries cannot go into the usual blue recycling bins, resources like this one at call2recycle can help identify the most convenient option.

Lastly, consider learning more and keeping up with the latest news on the Cobalt Institute’s website. This group is a non-governmental trade association that provides information and assists in identifying and solving problems in the cobalt industry. With 62 years of experience and all of the major producers in membership, this group has great influence in these matters.

While today, the production of smartphones harms children in poverty, improving conditions are just around the corner. With responsible choices, better supply chain management and technical innovations, this problem could soon be one of the past.

– Molly Power
Photo: Wikipedia Commons

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MSF Uses Virtual Reality to Build Better Hospitals

MSF Uses Virtual Reality to Build Better HospitalsMédecins Sans Frontières (MSF), or Doctors Without Borders to the English-speaking world, is a global organization that provides professional medical care wherever poverty, war, disasters or otherwise raise a need. According to the group’s International Activity Report, 6.3 million donors funded 11.2 million outpatient consultations, 750,000 inpatients’ treatment and more than 100,000 major surgical interventions in 2018 alone. MSF consistently achieves a huge global impact. While generous donors and devoted staff are part of this success, the organization also improves its operations to ensure progress. MSF takes every opportunity to evolve and utilize resources more efficiently. Most recently, MSF uses virtual reality to build better hospitals.

Building Innovation

One such evolution began back in November 2013 when Typhoon Haiyan struck the Philippines. After providing several weeks of emergency support from tent hospitals, MSF determined the municipality of Guiuan needed a more permanent solution. Plans to build a transitional hospital quickly began, and four months later, the organization completed the sturdier facility for use.

Two years later, MSF found an opportunity for innovation. With the help of design firm Pyxis, MSF’s technical team built a 3D printed model of the Guiuan hospital. Designers then turned the same 3D layout into an interactive virtual landscape, which was explorable through a virtual reality (VR) headset. But why should MSF redesign plans for an already built hospital?

Benefits of Creating a 3D Printed Model

These steps were not just for novelty; they served as a proof-of-concept for an innovative approach to the construction process. Since then, MSF has used this innovative virtual reality technology to build better hospitals. The tangible nature of the 3D printed model promotes a more user-friendly design stage. Planners can clearly determine if the facility’s design suits the environment it will serve.

On a more granular level, doctors can also optimize the facility’s layout before people start laying the foundation. The most immersive VR model supports this aspect. Is the main corridor wide enough to accommodate high traffic? Are the sterile processing rooms, scrub sinks and operating rooms in a useful order, or would doctors have to retrace their steps in situations where seconds matter? These details are crucial to the efficiency of a finished hospital.

The worst crises also benefit from the new approach. For example, the World Health Organization named the current Ebola virus outbreak in the Democratic Republic of the Congo a global health emergency, and the Ebola outbreaks require a quick response and reliable facilities. In this case, the best health care facility is the one that is operable first. Virtual reality expedites the construction process. Designers can create and build more nuanced plans potentially months faster than with traditional blueprints.

MSF uses virtual reality to build better hospitals by improving and expediting the construction process. VR landscapes and 3D plans are easier to visualize, edit and share amongst MSF staff around the world. Better yet, adopting VR technology now only makes it easier for designers to utilize future innovations. CAVE-CAD software, for example, is one such advancement that would allow architects to make changes to VR schematics while still inside the virtual environment. One thing is for sure; Médecins Sans Frontières continues to receive positive attention for the care it provides. As for hospitals, if MSF builds it, those who need it will come.

– Molly Power
Photo: Flickr

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5G Networks Will Connect People Like Never Before

connect people5G is a new telecommunication technology that allows cell phones and other smart devices to communicate with one another much more efficiently. It will replace the highly successful 4G LTE network, which provides millions of people around the world with access to high-speed internet. Not only will 5G networks bring faster internet speeds and clearer voice calls to customers, but the new technology will connect people in a much more sophisticated way, especially in rural and developing areas.

5G Devices

While major telecommunication companies are investing in 5G and doing their part to make a new service available, technology companies will be responsible for designing devices that are compatible
with the new networks. Samsung, Apple, LG, and other large technology companies will need to make sure that their smartphones and tablets support 5G. It will be essentially useless to build a 5G network if devices cannot utilize the new network.

Smart Devices Becoming a Reality

5G networks will lay the groundwork for smart devices to better “talk” with one another. 5G will support significantly higher bandwidth rates than 4G networks, which will make it possible for cars and other devices to communicate with one another, meaning that these technologies may become available within the next decade. Tesla, Ford and Google have already begun developing self-driving smart cars, and it is rumored that Apple is also developing its own smart car.

Connecting Residents in Rural and Developing Communities

4G LTE has significantly increased internet speed and has allowed millions of people to access smartphone technology. In 2015, Ethiopia launched its 4G network around the capital city of Addis Ababa, which provided high-speed cellular service to over 400,000 people. Nearly 650 million people have been connected to 4G in Africa, which has increased economic and educational opportunities.

Unfortunately, some rural communities and developing countries throughout Kenya, Sudan, and Ethiopia have been left out of 4G LTE. These areas are still relying on 2G and 3G networks, which are
significantly slower and much less reliable. The older cellular technologies also make it impossible for these communities to use new smart devices. Experts hope that 5G networks will be available to these communities and will allow access to new technologies.

Investments in rural and developing areas will also benefit businesses and global economies. The new technologies will help people gain access to new markets for buying products and services. 5G rollout will be particularly important in Kenya, as the country anticipates that greater access to the internet will help grow the economy and expand access to global markets. 5G can also help rural and developing areas grow businesses, further helping economies by connecting people to high speed internet.

5G Companies

Ericsson, a cellular provider that serves the Middle East and Africa expects its 5G network to be widely deployed in 2020 and 2021. Vodacom, the African-based section of Vodafone, began deploying 5G technology in August 2018. The South-African based cellular provider, Rain, announced Africa’s first commercial 5G network, which is being developed in partnership with Huawei.

Elsewhere, major telecommunication companies have already begun a 5G rollout in major cities. American cellular providers such as T-Mobile, Verizon Wireless, Sprint and AT&T have all pledged to bring
5G technology to New York City and Washington D.C, with significantly expanded access in the coming years. Other telecommunication companies such as Deutsche, Telekom and Orange are doing the same in Europe, and Rakuten in Japan as well. It is also possible that American companies may collaborate with African-based carriers in the future to best serve customers on both continents.

T-Mobile’s CEO, John Legere discussed 5G coverage in a recent blog:

“Let me be clear. These aren’t just words… they’re verifiable, enforceable and specific commitments that bring to life how the New T-Mobile will deliver a world-leading nationwide 5G network – truly 5G for all, create more competition in broadband, and continue to give customers more choices, better value and better service.”

Looking Ahead

5G is a revolutionary technology that will connect millions of people to smart technologies such as smartphones, self-driving cars and artificial intelligence devices. While the 5G rollout will not be completed until at least 2025, new technologies will emerge before then that will significantly change the ways in which we interact with the world. In essence, 5G networks will connect people, accelerate the adoption and access to high-speed networks, which will open up endless possibilities for millions of existing cellular customers.

– Kyle Arendas
Photo: Flickr

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Blockchain Technology for Rice Farmers in Cambodia

blockchain technology for rice farmers

In 2018, Oxfam, a global organization that works to end the injustice of poverty, introduced a Blockchain technology for rice farmers in Cambodia called Blockchain for Livelihood from Organic Cambodian Rice or, more simply, BlocRice. This blockchain technology will connect rice farmers in the Cambodian village of Reaksmei, in the Preah Vihear province, with other people in the supply chain to ensure that poor farmers get a fair deal.

Rice in Cambodia

Rice is Cambodia’s major crop with roughly 80 percent of Cambodian farmers cultivating rice. Many small-scale rice farmers lack the necessary information to negotiate prices and conditions with middlemen and others in the supply chain. Oxfam is hopeful that this pilot project, which will include 50 organic rice farmers, will expand to other provinces and varieties of farming.

While rice farming accounts for 25 percent of Cambodia’s economy, the average monthly income for these farmers is only $108. It is particularly tough when farmers do not have return customers or vehicles to take the product to a market. With these small-scale farmers struggling, the application of BlocRice will hopefully enhance their bargaining powers and selling prices.

Implementing Blockchain

Bitcoin is digital money that is stored in the digital wallet app on any smart device. Blockchain, a public list, records each transaction to make it traceable. No government issues blockchain, nor are banks required to manage accounts. This makes BlocRice a cheaper payment system with a transparent recording of transactions.

This project will focus on introducing the blockchain technology to rice farmers. In doing so, it will register all participants in the rice chain with a unique identification code. These include agricultural cooperatives, export and import companies, retailers and consumers. A contract between these actors will ensure proper payment and transparency. This connection between actors allows for a better chance for farmers to alleviate themselves from poverty.

The farmer will sell their rice through the cooperative called Reaksmey Lekkompos Kaksekor who then forward the rice to AmruRice, the exporter. AmruRice will then sell and ship the rice to SanoRice, the importer in the Netherlands. SanoRice will then make rice crackers out of the rice and sell it to retailers. The BlocRice application will allow farmers to ensure they get correct payments, are paid on time and that the conditions of the contracts are kept. Consumers are also able to see this data through the same app. The app provides transparency and traceability, allowing consumers to make informed decisions regarding fair production standards and conditions. As a result, the app helps contribute to fighting global poverty.

The Need for Smartphones

While the BlocRice project has helped Cambodian farmers, there is a downside. Access to smartphones presents one obstacle in bringing blockchain technology to rice farmers. Most farmers do not own smartphones, which are needed to access the BlocRice application. However, agricultural cooperatives, such as Reaksmey Lekkompos Kaksekor, do own smartphones that can be used to assist farmers to access the application.

While this pilot project was implemented from April 2018 to March 2019, the success could allow BlocRice to be expanded to other provinces and used with other crops as well. Regardless of any minor setbacks, BlocRice could be an important step in helping rice farmers in Cambodia out of poverty.

– Andrea Rodriguez
Photo: Pixabay

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Three Ways the Relationship Between Technology and Philanthropy Is Evolving

Technology and PhilanthropyThe ongoing technological revolution is redefining how global political, social and economic development happens. Currently, around 50 percent of the world is online. According to “Digital Spillover” research conducted by Huawei and Oxford Economics, the digital economy was worth $11.5 trillion in 2016, or 15.5 percent of global gross domestic product. This could grow to nearly 25 percent of global GDP by 2025. This not only transforms today’s business landscape but also the business of doing good deeds. Here are three ways that the relationship between technology and philanthropy is already evolving.

  1. Direct Access to Donors Through Social Media
    Technology can be used to nurture closer links between donors and nonprofits. According to Giving USA, individuals, corporations, foundations and estates donated $410 billion to charities in 2017. This represents less than 3 percent of the United States’ GDP. Working to change this number through fundraising technology is social media platform Facebook. In November 2018, three years of launching its fundraising technology, Facebook reported that donations have broken $1 billion. No Kid Hungry, a U.S.-based child-hunger charity, reported raising $5 million from over 200,000 donors through Facebook fundraisers. Other social media platforms, like GoFundMe, have also made it easier for individuals to connect with causes they feel passionate about. Houses for Refugees is a notable beneficiary of such advancements, receiving over $2 million in donations through crowdfunding and online campaigning.
  2. Unmediated Engagement With People in Need
    Although many people in the world are not yet able to access the necessary technology, the internet is helping connect NGOs and their clientele more efficiently. This will change how NGOs are able to operate in cases of natural or financial disasters, as well as create new and innovative ways in which organizations can make a difference. Mobile cash transfers are becoming a popular way of transferring money to those in remote areas of the world. For example, in 2017, because of difficulties in establishing cash liquidity in Zimbabwe, the U.K. government partnered with CARE International, a major humanitarian organization that is fighting poverty in 92 countries worldwide. This partnership provided small monthly cash payments by mobile phone or SIM cards to over 72,000 families, enabling them to continue buying basic foodstuffs and utilities. Technology can also be used to develop help build communities from the inside, by reducing long-standing tensions between communities. One example of a technology company hoping to change lives by connecting people is Tech2Peace, a joint Palestinian-Israeli startup designed to train youth in technical skills such as website building, while also encouraging intercultural dialogue and conflict resolution sessions.
  3. Better Analytics to Improve Efficiency
    Technology companies are helping nonprofits streamline their systems of data collection and analytics. New technological developments are changing how companies can exercise “Corporate Social Responsibility,” or CSR, an ethical business strategy designed to maximize a company’s positive social influence. For example, Microsoft is currently partnered with the Virginia-based charity Operation Smile, which provides children with the free surgical repair for cleft lip, cleft palate and other facial deformities. Operation Smile has a number of programs including operating international medical missions, running care facilities, conducting research on the causes of cleft lip and providing education to improve community treatment worldwide. One area where Microsoft assists Operation Smile is by developing customized solutions that allow the organization to analyze real-time patient outcomes and feedback, sharing simultaneously this data with volunteers around the globe. This cuts downtime spent by individual surgeons for patient evaluations and allows Operation Smile to perform more operations.

Technology and philanthropy are intricately connected. Advancement in technology has improved the relationship between donors and charities, charities and beneficiaries, and streamlined all the processes that define these relationships. As the technological revolution finds new ways to change the world, it will also find new ways to help those in need.

– Holly Barsham
Photo: Google Images

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AI Improves Farming With Google’s TensorFlow

AI Improves FarmingOnce a far-fetched, abstract idea, artificial intelligence is now proving to be a valuable asset in solving world hunger. Although AI is still in its earlier stage of development, progress is being made by corporations and university programs such as Google and Stanford University’s Sustainability and Artificial Intelligence Lab. No longer merely science fiction, now AI improves farming, helps identify disease, predicts crop yields and locates areas prone to scarcity.

FarmView Increases Sorghum Yields

Researchers from Carnegie Mellon University created FarmView to help solve the issue of a rapidly increasing population. By 2050, over 9.8 billion people will live on the planet, making food scarcity a topic of increasing importance. Additionally, CMU wants to help current farmers grow more food using the same amount of crops. And as AI improves farming methods, CMU believes it’s a possibility.

CMU is working with plant scientists and agricultural leaders to develop and deploy a system of AI, sensing and robotics technologies to improve plant breeding and crop management. One aim is to increase yields of drought and heat resistant sorghum–a crop that can thrive in famine-stricken countries. Researchers first collect data with drones, robots and stationary sensors. Then, machine learning technologies analyze the data to determine what factors yield more sorghum.

Agricultural Improvement with Google’s TensorFlow

Another AI technology created to help the agriculture industry is PlantMD. Created by high school students Shaza Mehdi and Nile Ravanell, PlantMD is an app that allows a farmer to detect plant diseases.  Mehdi and Ravanell built the app using Google’s TensorFlow, an open-source machine learning library.

Inspiration for PlantMD came from Nuru, an app built by a research team at Penn State University called PlantVillage in tandem with the International Institute of Tropical Agriculture.

Nuru was created as a solution to disease and pest susceptibility in cassava, a crop that feeds half a billion Africans daily. Because it is difficult for farmers to inspect and manage every crop, machine learning is being used to increase efficiency. First, a machine learning model was trained using thousands of classified cassava images. The model was then turned into an app where farmers can send images of their crop and receive information not only identifying diseases but also giving options to manage them. With this information, vital African agriculture can be better sustained to feed people.

Stanford University’s Research

Similar to PlantVillage and the IITA, Stanford University is utilizing machine learning in order to understand and predict crop yields in soybeans. But these models may be expanded to help underdeveloped countries.

Marshall Burke, an assistant professor of earth system science at Stanford, said: “If we have a model that works for U.S. soybeans, maybe we can train that model for areas with less data.”

Machine learning can also identify areas in underdeveloped countries suffering from food scarcity. Because these countries often lack reliable agricultural data, machine learning technology is extracting information from satellite images to discover areas where agriculture is suffering.

Solving the World’s Problems with AI

Google’s open-source TensorFlow allows machine learning technologies to be applied to agriculture. Moustapha Cisse, lead of the new Google AI center in Accra, Ghana, mentioned how farmers use TensorFlow-based apps like PlantMD and Nuru to diagnose plant diseases. Cisse said: “This wasn’t done by us but by people who use the tools we built.” Although not everyone owns a phone, it’s an excellent step in demonstrating the possibilities of AI in reducing poverty. And as AI improves farming, it brings us another step closer to reducing world hunger.

– Lucas Schmidt
Photo: Flickr

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Five Apps That Help Fight Hunger

Apps That Help Fight HungerHunger is a crisis facing many countries and communities around the world, with about 821 million people experiencing moderate to severe food insecurity. According to the United Nations, the biggest risk to worldwide health is hunger and malnutrition. Several programs already exist to help fight this issue such as food banks, food stamps, shelters and agencies like World Bank and the International Fund for Agriculture Development. However, there is an up and coming way for anyone to be able to provide assistance—smartphone apps. These five apps that help fight hunger offer various ways to give help with little more than the tap of a finger.

Five Apps That Help Fight Hunger

  1. Share the Meal – The U.N. World Food Programme created Share the Meal. The WFP helps 80 million people with food assistance and is the world’s largest humanitarian agency fighting against hunger. Download the app, donate $0.50 or more and feed a child for the day. The WFP then receives the funds, provides the meal and will even show in the app where the meal will go.
  2. Feedie – Feedie is an app that partners with the Lunchbox Fund to provide a meal to underserved children around the world. Over 12 million meals have been given through the app as well as through donations. Download the app, find a participating restaurant, take and share a picture of the meal and the restaurant will make a donation that equals the cost of one meal.
  3. OLIO – OLIO is a food-sharing app based in the UK that allows people and local businesses to post food items nearing their best-by or sell-by date for other people to pick up. To date, over 1 million people have joined the app and 1.8 million portions of food have been shared. To post items, download the app, add a picture and description of the item, list when and where it can be picked up and wait for someone to claim it. To request items, scroll through the local listings, request what is needed and arrange to pick up through a private message.
  4. Chowberry – Chowberry is an online app, similar to OLIO, based in Nigeria that allows consumers and organizations to find food products listed by retailers that are nearing their sell-by date. Chowberry works with orphanages and faith-based organizations, as well as everyday customers. Sign up for the website and scroll through several participating stores and listed items to find needed items.
  5. WeFarm – WeFarm is a farmer-to-farmer digital network that allows farmers to connect to other farmers in various parts of the world, without the use of the internet. More than 1 million farmers have been helped using WeFarm and over 40 thousand questions and answers are sent in each day. Farmers can text their local WeFarm number a question they have, and other connected farmers can respond with their answers and suggestions.

Hunger is an ongoing issue that millions of people face every day. These five apps that help fight hunger offer several different solutions to both those in need and those that are able to help. From donating a few cents, to listing discounted products, to connecting farmers around the world and more, helping those dealing with hunger can be a quick and easy process requiring nothing more than a cellphone.

– Jessica Winarski
Photo: Flickr

An App Joins the Fight Against Ebola in Congo

Ebola in the Democratic Republic of the CongoBoasting over 85 million people, Congo has struggled with political and social instability since the Belgian conquest in the early 20th century. To this day over 100 armed groups, including the Allied Democratic Forces, the Mai Mai and the Forces of the Liberation of Rwanda, are active in Congo. Against this backdrop of factionalism and violence quietly rages the second most deadly Ebola outbreak in history. Over 1,600 people have died. Despite these grim circumstances, a group of Congolese tech-savvy youth have developed an unlikely weapon against Ebola: an app they’ve called Lokole.

Fighting Ebola in Congo

Ebola is a virus that first causes fever, sore throat and muscle weakness and later progresses to vomiting, diarrhea as well as internal and external bleeding. Patients die due to dehydration and multiple organ failure. During the West African epidemic of 2014 to 2016, over 11,000 people died. During this epidemic, the investigational vaccine called rVSV-ZEBOV was used to fight the outbreak in Congo. However, it was used under the compassionate use clause because the vaccine had not been commercially licensed.

In addition, the Congolese Ministry of Health is seeking medical interventions through technological tools . Through collaboration with Internews and Kinshasa Digital, it organized a hackathon in March 2019, bringing 50 students in communications, medicine, journalism and computer science together. These students were sorted into teams of approximately seven.

Each team sought to answer the question: “How can Ebola response teams leverage new technologies to achieve their communication goals at the local, national and international level?” Thrown together for the first time, Emmanuel, Ursula, Aurore, Joel, David, Israël, and Maria worked for 24 hours. There, they came up with Lokole, the winning technology.

Introducing the Lokole App

Lokole is an Unstructured Supplementary Service Data (USSD) mobile application which “is designed to facilitate the real-time transmission of data and information between communities and the Ebola response teams,” despite poor internet connectivity in rural areas. This team of seven chose the name Lokole because a lokole is a traditional Congolese drum used to transmit messages over long distances. With this app, they hope to increase communication about the spread of Ebola in Congo.

USSD technology is a text-based communication system used by Global System for Mobile Communication (GSM) cellphones. Even though text-based communication might seem outdated with smartphones in the picture, smartphone use across Africa is at less than 35 percent. Plus, those with smartphones might not have access to data plans. As such, a real-time mobile to mobile communication platform based on USSD technology is inherently more inclusive, useful and cheaper.

The Lokole app allows community workers to note and document Ebola symptoms through questionnaires which are then relayed to Ebola response teams and the Ministry of Health. David Malaba, one of the app’s developers, says “Real-time management of information by the different components of the Ebola response will help detect and provide treatment to patients more quickly and deploy resources on the ground more swiftly, which will help lower Ebola mortality rates.”

While analog in comparison to smartphone technology, Lokole’s USSD platform offers the potential for real-time communication without having to invest in widespread expensive improvements in Congo’s internet connectivity infrastructure.

Changing the Future of Grassroots Healthcare

Since the virus’s discovery in 1976, Congo has had 10 documented Ebola outbreaks. Years of consistent violence has led to great mistrust of government and health authorities. Such widespread mistrust of health systems makes epidemics like Ebola even harder to combat.

However, Lokole empowers the everyday Congolese with the tools to fight Ebola. It is a democratic grassroots healthcare model. In fact, large-scale telemedicine platforms, such as BabylRwanda in Rwanda, are powered by similar USSD technology. This connects the average citizen with a nurse or physician in a matter of minutes.

The development of the Lokole app is exciting in its fight against Ebola in Congo, but the galvanization of local Congolese talent is a game-changer. Hackathons that bring disparate youth together to problem solve big and often overwhelming issues inspire others to pursue change. Lokole is just the beginning.

– Sarah Boyer
Photo: Flickr

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3 Mobile Software Platforms in Developing Countries

Mobile Software Platforms in Developing Countries The creation of mobile phones is not only beneficial for everyday usage but also for the livelihood of communities in developing countries. As mobile phones continue to advance, the creation of software applications that are easily accessible can make a difference in the developing world. Whether it be a mobile banking platform, a market information system or an EMS service for desolate regions in developing countries, these types of mobile software are undoubtedly effective in helping those they serve.

3 Mobile Software Platforms in Developing Countries

  1. M-Pesa: In 2007, Kenya launched the mobile banking platform, M-Pesa, with the help of a one million pound grant from the United Kingdom’s Department for International Development. M-Pesa is a money transfer service dedicated to allowing its users to transfer money to relatives in other locations through text, pay for everyday necessities and take out and repay loans. This software plays a significant role in reducing poverty. Studies show that there was a “6 percent increase in per capita consumption, enough to push 64 (or roughly 4 percent) of the sampled households above poverty levels.” Often referred to mobile money, this software gives the opportunity to separate cash and manage a source of income, especially for women. Considering most of the households are male-headed, women who are secondary income earners are unable to save adequately since most of the cash is used by the house. But M-Pesa creates financial independence and allows women to start their own businesses, bringing more money into families.
  2. MISTOWA: Market Information Systems and Traders Organizations in West Africa, MISTOWA for short, is an application created to provide statistics on agriculture to connect small farmers in remote areas with potential buyers at a fair market price. Created by the United States Agency for International Development and launched in March 2005, MISTOWA uses a web platform called TradeNet where buyers and sellers can upload and send agriculture information through text and SMS subscriptions. MISTOWA is partnered with a company named Esko in Nairobi, Ghana where rural farmers are sent price information, weather alerts and crop advice. After launching this mobile software, there was a 9 percent increase in profit for the farmers who used the software.
  3. Beacon: In rural areas, such as the countryside of the Dominican Republic, many citizens are unable to dial 9-1-1 for a medical emergency due to emergency services being too far away. Trek Medics International, in partnership with Google and Cardinal Health, created a lifesaving software program called Beacon. Through this mobile software, residents in the Dominican Republic can contact the nearest firehouse station where an alert will be sent via Beacon to a volunteer dispatcher who is first-aid trained. This volunteer travels to these regions on inexpensive motorcycles and transports the injured person to the nearest hospital.

Thanks to the masterminds behind mobile software, communities in developing countries are beginning to make use of the technology that is available to them through their mobile phones. Although these mobile software platforms in developing countries don’t tackle every issue, it is just the beginning of how advanced technology can make an impact.

– Jessica Curney
Photo: Flickr