Archive for category: Technology

Information and stories about technology news.

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Top 5 Benefits of the Internet in Developing Countries

Top 5 Benefits of the Internet in Developing Countries
As of 2019, 56.1 percent of the global population, or about 2.3 billion people, has access to the internet. In recent years the fastest growing market segment has been developing countries, and with the expansion of its popularity, overwhelmingly positive changes have occurred. These top five benefits of the internet in developing countries show how internet access makes a huge dent in global poverty.

Top 5 Benefits of the Internet in Developing Countries

  1. Lifting Individuals out of Poverty: Through internet access, individuals in developing countries are able to gain access to more of the modern economy. With internet connectivity, those living in remote areas can now easily take out microloans, participate in e-banking and more. Today, there are more than 3,098 microfinance organizations that have reached out to more than 211 million clients in developing countries globally. Via such economic tools, those living in extreme poverty are able to improve the quality of their lives. For example, in a case study in India, businesses that received microloans were twice as profitable as those that didn’t. This is because with credit, those without a lot of initial capital now have a discretionary income and no longer have to choose between investing in a business or buying everyday necessities such as medications.
  2. Growing Access to Education: With internet connectivity and new technologies, third-world countries become more able to bridge the education gap between urban and rural populations. In sparsely populated areas, mobile electronic devices such as tablets are being utilized to deliver invaluable classroom instruction to children that otherwise wouldn’t likely receive it. For example, a giant literacy campaign with a budget of $173.5 million is currently being initiated by the Kenyan education ministry. The project utilizes BRCKs: durable, personalized tablets that contain educational content aiming to deliver learning opportunities to those living in even the most remote locations.
  3. Increasing the Ease of Communication: The internet is arguably the most inexpensive and effective connectivity tool. By accessing it, individuals in developing countries can participate in e-conversations through applications such as WhatsApp and WeChat. In a survey conducted in 2017, it was found that about 85 percent of internet users in sub-Saharan Africa used it to stay in touch with family and friends, and around 60 percent utilized it to access social media sites.
  4. Improving Crop Efficiency: Through IoT (internet of things) systems, farmers in developing countries can easily access information about important variables such as humidity, temperature and terrain topography through a variety of sensors. Precision agriculture in third-world countries has also led to the development of unique insurance systems. For example, with Kilimo Salama, farmers in Eastern Africa can now purchase insurance that automatically makes mobile payments to them if their local weather stations record extreme weather occurrences such as drought or flooding. Today, over 150,000 farmers are enrolled in this program.
  5. Greater Global Participation: As of 2017, 53 percent of adult internet users used the internet to stay informed on the news. Because many developing countries also harbor internal conflicts, being up to date on the status quo of things becomes especially crucial for their citizens. In addition, individuals in developing countries can become a part of global conversations via online communication platforms. Social media campaigns have proven themselves to be especially effective at raising awareness for many issues and increasing participation in protests. For instance, many Iranians used Twitter to protest the injustice of the disputed Iranian election of 2009. Through this social media app, the movement was able to go viral with tags such as #IranElection.

Through the increased availability of internet access and clever innovations in third-world countries, the lives of many people have been greatly impacted in overwhelmingly positive ways. With the rise of the popularity of internet kiosks and cafes in rural areas, the hope of universal internet access is no longer far-fetched, and one can only imagine the total impact that internet in developing countries will have on alleviating global poverty.

– Linda Yan
Photo: Flickr

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Four Technological Innovations to Reduce Poverty

technological InnovationsTechnology has the ability to change the way the world works and assist people currently living in poverty. Developing countries are often plagued by issues in sanitation as well as energy and medicine shortages that can hinder their economic security. Listed below are 4 new technological innovations that have the potential to reduce the effects of these issues and reduce poverty.

4 Technological Innovations That Can Reduce Poverty

  1. Sewage-free sanitation systems: There are roughly 2.6 billion people in the world without access to proper sanitation infrastructure. Some of the countries most affected by poverty, including India, Kenya and Pakistan, have millions of people living without proper sanitation systems. Without these systems, human waste is improperly disposed of into lakes and rivers, which can lead to health problems in the local population. Issues resulting from improper sanitation kill an estimated 1.4 million children each year. Researchers at Duke University, the University of Florida and Biomass Controls have been developing an energy efficient toilet that does not require a sewer system to operate. These toilets look like ordinary toilets. As of now, several different prototypes have been developed. One prototype, developed at the University of Florida, is able to filter out pollutants. Another prototype, developed by Biomass Controls, is able to heat waste and transform it into a carbon-rich material that can be used as fertilizer.
  2. Advanced fusion and fission reactors: New forms of nuclear power are expected to become available in the coming decades that will be both safer and cheaper than current nuclear power sources. Approximately 1.3 billion people live without access to energy. Energy poverty is unique because it is both a cause and a consequence of economic poverty. New nuclear designs that could help alleviate the issue of energy poverty include generation IV nuclear fission reactors, small modular reactors and fission reactors. Two companies, Terrestrial Energy and Terraworks, are hoping to use generation IV fission designs for grid supply in the 2020s. Small modular reactors are cost effective and reduce safety and environmental risks. While fission reactors seem to be a long way off, there has been some progress and they will be less controversial for public use since they create less long term waste and are safer than current nuclear sources.
  3. Blood testing for premature birth: Premature birth is a healthcare problem that disproportionately affects the developing world, particularly countries in Asia and Africa. Premature birth is linked to numerous health problems in newborns including increased risk of cerebral palsy, learning disabilities and respiratory illnesses. Recent blood tests are now analyzing RNA instead of DNA, and scientists have identified seven genes linked to premature birth. This discovery of the genes related to premature birth could lead to future treatments for the problem.
  4. New desalination tech: Water scarcity is a huge problem that is linked to poverty. It is estimated that one in nine people (844 million) lack proper access to safe, clean water. Over the past few decades, scientists have developed a new method called desalination to turn saltwater into consumable fresh water. This process, however, is very expensive and requires a high amount of energy. New technology uses reverse osmosis for desalination. This process is not new, but instead of being powered by a battery, the new technology can be powered by solar energy, which is significantly more cost-efficient.

New technology has the potential to address many of the issues relating to poverty. Issues including energy, health and sanitation have long afflicted those in poverty and have hindered efforts to alleviate economic impoverishment. New technological innovations that are being developed today have the potential to be vital tools for reducing economic poverty in the future.

-Randall Costa

Photo: Flickr

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Technological Innovations Improve Healthcare in Africa

 

Healthcare in AfricaMany think that underdeveloped countries in Africa will forever be stuck with poor healthcare. Yet, few media outlets show the innovative approaches African countries are taking to address this issue. In reality, Uganda, Kenya, Nigeria and other parts of sub-Saharan Africa are turning to the tech world to build better healthcare in Africa.

Mobile Technology Maps Medicinal Needs

The inefficient infrastructure in Africa puts people’s health at risk. Health clinics, which take some people hours to reach, are not always stocked with the medicine being requested by patients. For this reason, Uganda is utilizing mTRAC to construct a proper supply cycle.

On a weekly basis, healthcare workers report diseases, malaria cases and stock quantities of medicine via SMS. Then volunteer health workers in the Villiage Health Teams (VHTs) monitor the weekly count of malaria cases, severe malnutrition, ACT and amoxicillin stock.

The communities themselves provide the most impressive source of data. The people getting these services have the opportunity to provide feedback on healthcare issues such as the absence of health workers and out-of-stock medication. The data is processed onto a dashboard for the District Health Teams. The information is then filtered to the Ministry of Health in Kampala. Reporting their specific district and health facilities helps biostatisticians identify alerts and make informed decisions on drug redistribution and disease response initiatives.

There is a similar mobile pilot known as mHealth in Kenya. Novartis created mHealth to study medicine supplies for a more efficient distribution system. Pharmacists in Nairobi and Mombasa register patients in an SMS survey. The input creates a map of locations where medicine is needed. These digital technologies go a long way in delivering better healthcare in Africa.

A.I. Diagnostics Save Children

Mobile Apps also improve diagnostic procedures. Birth asphyxia is one of the world’s three leading causes of infant mortality. Annually, around 1.2 million infants die or suffer from disabilities such as cerebral palsy, deafness and paralysis due to perinatal asphyxia.

Ubenwa is a Nigerian A.I. that is programmed to detect asphyxia by analyzing the amplitude and frequency of an infant’s cry. The algorithm has been made available to smartphone users for an instant diagnosis. The availability of this app empowers Nigerian communities that do not have access to or cannot afford clinical alternatives.

Ugandan children between infancy and five years of age can receive an early diagnosis of pneumonia with a biomedical smart vest called Mama-Ope. Because of the similar symptoms of diseases like malaria, asthma or tuberculosis, it is not uncommon for pneumonia to be misdiagnosed. Mama-Ope is designed to avoid such inconsistencies in these diagnostics.

Patients with pneumonia die when the severity of the disease is not recognized. It is vital that viral and bacterial pneumonia are differentiated during diagnosis. Otherwise, the result is an improper, life-threatening prescription of drugs. The smart vest measures all vital signs simultaneously, which reduces diagnostic time. Health workers are also able to use the telemedicine device for tracking and monitoring their patients’ records. With the capability of cloud storage, Mama-Ope can change healthcare in Africa.

3-D Printer Transforms E-waste Into Prosthetic Limbs

In the small country of Togo, wedged between Ghana and Benin, lies the tech hub WoeLabs, famous for using toxic e-waste to create the first 3-D printer in Africa. Electronic waste shipped from Western countries has polluted Africa with digital dumps. The material is burned, leaving behind hazardous gases.

Togo’s neighboring country Ghana holds the largest scrapyard to cushion the globe’s annual 42 megatons of e-waste. WoeLabs in Togo’s capital, Lomé, made a 3-D Printer with Ghana’s digital scrap in one year. To date, WoeLabs has produced 20 printers. This work inspired other labs to change healthcare in Africa. Sudan is now using 3-D printing to make prosthetic limbs, and Not Impossible Labs is also helping amputees through this innovative and unconventional use of technology.

Through mobile systems such as mTRAC in Uganda and mHealth in Kenya, healthcare systems are better able to improve drug redistribution in health centers in need of medical supplies. The smart vest Mama-Ope contributes to healthcare reform by not only by diagnosing patients but also by storing records in the virtual cloud. Finally, the 3-D printers built in Togo ultimately exemplify how these communities of underresourced people can transform a hazardous situation into an opportunity to improve healthcare in Africa.

– Crystal Tabares
Photo: Flickr

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Microlife CRADLE VSA Saves Mothers

Microlife CRADLE VSA Saves MothersRoughly 800 women die every day as a result of obstetric hemorrhaging, sepsis and pregnancy-related hypertension. The majority of these deaths occur in low-income areas that do not have the necessary tools to check a mother’s blood pressure and heart rate during or after childbirth.

In response, Professor Andrew Shennan and the CRADLE research team at King’s College London developed the CRADLE Microlife Vital Signs Alert (CRADLE VSA). The device features a “traffic light” early warning system that uses the traditional red, yellow and green colored lights. The user-friendly system indicates when a patient has pre-eclampsia or sepsis, even if the user has not undergone formal training.

CRADLE VSA relies on Shock Index, “the most reliable predictor of serious maternal adverse outcome. Appropriate thresholds for shock index were therefore incorporated into the traffic light algorithm, together with universally understood hypertensive thresholds, to trigger the coloured lights.” Several research studies have investigated the benefits of CRADLE VSA devices.

2013

A CRADLE research team found that over 90 percent of health clinics in a rural district of Tanzania lacked blood pressure devices. Often, the ones they did have were broken. The team provided 19 CRADLE VSA devices, containing tally counters to monitor use, to these clinics.

The CRADLE researchers conducted preintervention and postintervention studies over 12 months in three rural hospitals in Tanzania, Zimbabwe and Zambia. During the three-month preintervention phase, pregnant women who went to the hospital at twenty weeks gestation or more had their blood pressure measured twice with the validated CRADLE prototype device. The three-month intervention phase resulted in twenty rural and semirural peripheral antenatal clinics receiving one to two CRADLE prototype devices. They also received training sessions, instructions and a guide to referring based on blood pressure readings.

The researchers analyzed readings from 1,241 women (694 from the preintervention phase and 547 from postintervention). They discovered a link between the use of the device in these rural clinics and improved antenatal surveillance of blood pressure. They found a decrease in the proportion of women who never had their blood pressure measured in pregnancy from 25.1 percent to 16.9 percent.

April 2016

Researchers held a 20-month trial to determine the device’s efficiency. Over this time, new healthcare sites received the CRADLE VSA device every two months until 10 sites had the device. The goal of the trial was to determine the device’s ability to detect obstetric hemorrhaging, sepsis and hypertension and help providers reduce the number of deaths occurring during childbirth. In June 2016, researchers implemented the device in 10 low-income countries including Uganda, Sierra Leone, Ethiopia and Haiti.

June 2018

Studies showed that clinics in twelve countries across Africa, Asia and the Caribbean were using over 6,700 CRADLE VSA devices. A cluster randomized controlled trial in Mozambique, India and Pakistan used a prototype of the device in the intervention phase of pre-eclampsia. The trial enrolled a total of 75,532 pregnant women.

The CRADLE VSA saves lives by foreseeing the early diagnosis of pre-eclampsia. For many women, these health risks may have otherwise gone unnoticed. This innovation is contributing to the prevention of maternal deaths. This could help the world meet the United Nations Sustainable Development Goal 3, “to reduce the global maternal mortality ratio to less than 70,000 per 100,000 live births by 2030.”

– Sareen Mekhitarian
Photo: Upsplash

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Telemedicine in Rwanda: The Future of Health

Telemedicine in Rwanda

With a startling low physician density of 0.064 for every 1,000 people, Rwandans seeking care were used to waiting in long lines or traveling long distances for medical attention. However, thanks to near-universal broadband access, now Rwandans need only reach for their phones — such is the status of telemedicine in Rwanda.

In partnership with London based telehealth startup Babylon and the Bill and Melinda Gates Foundation, the Rwandan Ministry of Health launched an app called Babyl Rwanda, which connects users with an artificial intelligence chatbot to triage medical complaints, make recommendations and schedule remote physician appointments. The app is programmed with several languages including Kinyarwanda, English and French. Those without phones need only visit a Babyl Booth to access the necessary technology.

The Bigger Context

Since the devastating genocide in the 1900s, the Rwandan government dramatically increased its investment in healthcare from 4 percent in 2000 to its peak in 2007 at 9.6 percent. As of 2016, government spending on health care in Rwanda was around 7 percent; despite the increases in spending, the physician density remains very low at 0.064. Large changes, such as the implementation of a mandatory health insurance scheme in 2008, accompanied these government investments, and they have led to a 90-percent insured rate among its citizens. The national health insurance scheme and increased government spending on healthcare have both paved the way for the development of sophisticated telemedicine in Rwanda.

Rwanda’s choice to amplify its current physician base through the Babyl Rwanda app has made great strides in overcoming its problems with physician density. A team of 25 physicians staffs the phone/video-based remote consultations through Babyl. Each consultation typically costs the patient 65 cents. Since its inception in 2016, the app has been downloaded two million times and purports to have facilitated over 500,000 remote consultations.

Babyl Rwanda and Telemedicine

Here’s how Babyl Rwanda works: The phone user dials #811 and registers using their National ID number, which is linked to the SIM card in their phone. After the National ID is verified and payment via mobile money has been received, an SMS confirms when a nurse will call. The triage nurse schedules the next steps in treatment— laboratory, specialist visits, or simply a visit with a GP. Babyl seeks “to put an accessible and affordable health care service in the hands of every person on earth.”

Such telemedicine success depends upon broadband connectivity and a public IP address that will allow users to connect with people in other countries. Rwanda has heavily invested in its information and communications technology infrastructure. According to the Rwandan Development Board, the country has a “National Backbone”: an IP/MPLS network with 10 Gbps capacity for each district. A 2,500 km fiber optic network connects all 30 districts and each of the nine major border points. The capital Kigali also boasts its own network, the Kigali Metropolitan Network. As of 2018, 3G signal blanketed 90 percent of the Rwandan population, compared to 75 percent of Senegal in the same year.

Equipping Physicians

As Rwanda looks to improve its physician density, it must increase its production and retention of physicians. The university system is underprepared for this burden, and doctors working within the government system are poorly compensated; as such, many leave the profession for more financially sustainable pursuits, such as working for health NGOs.

At the Military Hospital in Kigali, telemedicine in Rwanda facilitates remote instruction for medical students, connecting them to leading health professionals around the world. In this context, telemedicine’s goal is “to improve student training and consequently medical service delivery through regular consultation of experts on advanced medical cases.” The idea is that with access to both quality instruction and leaders in the field, physician retention will improve.

Telemedicine in Rwanda seeks to revolutionize both the care of patients now and the training of physicians for the future. Kirsten Meisinger M.D., medical staff president at Cambridge Health Alliance, argues, “Rwanda shows us a perfect example of how to make crisis an opportunity by investing in a technology solution.”

– Sarah Boyer
Photo: Flickr

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5 Ways Drones Can Address Poverty

Drones Can Address Poverty

Technology is not inherently good or bad; it’s how it’s used. From music videos to saving lives, drone operations span the spectrum of ethics and morality. Drones are able to travel in minutes to places that would normally take hours or days by traditional methods. As a result, social entrepreneurs and humanitarian organizations are utilizing drones to deliver medical supplies, survey the aftermath of natural disasters and even plant trees to combat deforestation. In developing countries, drones can be used to save countless lives. Here are five ways drones can address poverty across the world:

5 Ways Drones Can Address Poverty

  1. Delivering Medical Supplies
    Over one billion people in low-income countries do not have access to reliable roads, jeopardizing their access to proper medical care. Enter drones. Companies like Matternet are creating UAV supply highways that can quickly reach people in remote areas. By partnering with organizations like Doctors Without Borders, Matternet is running trials in Papua New Guinea and Haiti. These are trials to reinvent healthcare access and battle tuberculosis epidemics.
    Drones are also being used by the United Nations Population Fund to deliver contraceptives to remote regions of Ghana. This is a place where was almost no access to birth control. Approximately 225 million women in developing countries are in need of birth control but do not have access to it. Drones can cut contraceptive delivery times down from two days to 30 minutes.
  2. Reforesting (and Protecting) the Planet
    Approximately 1.6 billion people rely on forest resources for food, fuel, shelter, clothing and medicine. Yet, 15 billion trees are cut down every year.
    To reverse deforestation, drones are being used by companies like BioCarbon Engineering. They do this by planting tree seedlings, along with other microorganisms and fungi, to increase soil health. For instance, in just one day, BioCarbon planted 5,000 trees in Dungog, Australia, a region ravaged by coal mining. BioCarbon has planted 25,000 trees since the company’s inception. Additionally, it is working towards a goal of planting one billion trees every year.
    Not only can drones restore forest ecosystems, but they can also catch illegal loggers from destroying them in the first place. Indigenous communities in the Amazon and southern Guyana have employed drones to document illegal loggers and miners, using the proof to demand public officials to take action. In this way, drones can address poverty and also improve the planet.
  3. Assisting in Search and Rescue
    Search and rescue missions are one of the five ways drones can address poverty. In 2015, during the European migrant crisis, an estimated 5,000 refugees drowned in the Mediterranean. Certainly, many organizations found this completely unacceptable.
    The start-up NGO Migrant Offshore Aid Station (MOAS) began employing drones in 2015 to find boats carrying refugees lost at sea. Christopher Catrambone, the founder of MOAS, has stated that drones are responsible for locating five of the eight boats that MOAS rescued in 2015. “Prior to using the drones, we felt like trying to find a needle in a haystack,” explained Catrambone.
  4. Providing Disaster Relief
    Another way that drones can address poverty is in how they are incredible tools for disaster relief. They allow organizations to map out the aftermath and locate target areas for immediate aid. After Super Typhoon Haiyan killed over 6,000 Filipinos and destroyed approximately one million homes, drones were deployed by aid organizations to assess the damage and bring relief.
    When every minute could be a life saved, drones can begin assessing disaster aftermath in three minutes. Helicopters, on the other hand, take up to an hour. From locating mines displaced after the Balkan floods in 2014 to functioning as mini-ambulances, equipped with defibrillators and EMS supplies, drones have the capability of saving countless lives.
  5. Helping Farmers and Local Businesses
    Drones are helping farmers around the world monitor the health of their crops by taking multi-spectral aerial images. Combine this information with weather data, and farmers can better understand how water, fertilizer and types of soil positively or negatively affect their crops.

Drones Testing in Malawi

USAID has been funding a project in Malawi. The project is employing drones to help farmers increase crop production and fight hunger. Malawi has also recently opened a Humanitarian Drone Testing Corridor. This attracts industries, universities and individuals who want to test their drones for humanitarian and development work.

Fighting Poverty in China with Drones

In China, rural communities are being uplifted by being drones are being used to uplift rural communities by connecting them with the larger economy. Many villages are located in rough terrain, making it difficult and time-consuming to transport products to outside markets. JD, one of China’s biggest online retailers, has been using drones to help people deliver their products within a 150-mile radius. In fact, this method has a top speed of 62 miles per hour. JD is committed to fighting poverty. Additionally, it is operating in over 30 villages.

Positive Impact of Drones

These five ways drones can address poverty highlight what is possible when technology, social entrepreneurship and humanitarian issues collide. But at the end of the day, drones are one tool in the fight against poverty. However, they do have inevitable drawbacks and limitations.

Drone strikes have traumatized many communities. They may even invariably associate UAVs with the military. It is also important to be aware of the structure of privilege and deep-seated inequalities that continue to determine access to technology around the world. Overall, drones are little without people. Yet in the fight against poverty and inequality, it’s people who must embody change.

– Kate McIntosh
Photo: Pixabay

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Vietnam’s Science, Technology and Innovation

Vietnams Science Tech and innovation

Vietnam sits at a crucial point as its economic development is currently facing difficulties with labor and capital forces that could hinder proper and sustainable development. Therefore, Vietnam must rely on a boost in productivity to successfully increase the country’s GDP growth. At this moment Vietnam’s science, technology and innovation system can provide numerous advantages in accomplishing its goal of building a sustainable economy. By taking proper advantage of its science and innovation, Vietnam could create numerous opportunities for its future.

Vietnam’s Successes

While Vietnam has a long history of respected and reputable scientific research, particularly in agriculture and biology, its innovation system is only beginning to emerge. Vietnam has numerous advantages it can utilize in order to improve its science, technology and innovation (STI) system.

Geographically, Vietnam is one of the most dynamic regions in the world. Over the past 2 decades, Vietnam has seen strong economic development and a massive reduction in poverty rates. In 1993, the percentage of Vietnamese people in poverty was 58, but by 2011 the percentage had dropped to 12. Vietnam’s education system and educational efforts have also been largely successful. The education systems success is demonstrated by a 98 percent literacy rate in Vietnam.

Furthermore, since the nation becomes industrialized, it has seen an increase in exports of an eclectic variety. Previously exports have been predominantly in agriculture, which it has maintained. However, in 2009, its exports expanded to include electronic equipment (5 percent), jewelry (5 percent) and machinery (4 percent).

Obstacles and Solutions

Vietnam’s current science, technology and innovation (STI) system contains several weaknesses. They include a lack of proper infrastructure, poor research and development in the business sector and weak STI government policies. Vietnam is also faced with several threats to its STI system such as a slowdown in economic growth in recent years, failure to prepare for international cooperation and failure to improve government and business institutions to deal with corruption.

To address these threats and weaknesses to innovation the World Bank has formulated a list of recommendations to serve as solutions to these problems. The list includes:

  • Improving the framework for innovations: All aspects of Vietnam’s framework, including infrastructure, the business sector, openness to trade and foreign direct investment and the tax system affect Vietnam’s innovative system.
  • Improving governance of innovation system: The government plays an integral role in regulating all aspects of STI systems, including setting priorities and ensuring adequate performance.
  • Strengthening the human resource base for innovation: Improving the educational system and allowing current workforce members opportunities to improve their skills as well as placing heavier emphasis on soft skills is essential for innovation.

Looking Forward

With the proper development of Vietnam’s science, technology and innovation System, the country has numerous potential opportunities to pursue. It could lead to a positive social and economic impact on the country’s population. Vietnam’s economic system has the potential to be upgraded and diversified with the development of a dynamic business sector. Lastly, the improvement of Vietnam’s STI system could be the driving force to sustaining Vietnam’s recent economic development.

– Randall Costa
Photo: Flickr

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Drones Bringing Vaccinations to Ghana

Drones Bringing Vaccinations

Over the past few decades, Ghana has been able to drastically improve its vaccination rates through education and communication with communities. Right now, vaccination rates for diphtheria, tetanus and whooping cough are at 98 percent in Ghana, compared to 94 percent in the U.S. The child mortality rate in Ghana has dropped by 30 percent and is now at 5 percent.

Additionally, measles, which used to be one of the predominant causes of child mortality in Ghana, has now been nearly eradicated. This is due in part to the double-roll out in 2012, which was the first time any African country introduced two vaccines at the same time, the pneumococcal and rotavirus vaccines. It proved to be wildly successful, reinforcing Ghana as a model for neighboring countries.

Despite these improvements, one of the main roadblocks to increasing the coverage and effectiveness of vaccines in Ghana is accessibility. One promising solution to this roadblock is drones bringing vaccinations to Ghana.

Drones Bringing Vaccinations to Ghana

Planning to reach the remaining unvaccinated Ghanaians, the Ghanaian government recently launched the start of its partnership with Zipline, a company utilizing drones to deliver medical supplies to underserved regions. The technology increases the accessibility of essential medical supplies without having to wait for the costly infrastructure development of better roads and train access. Zipline is currently able to provide 13 million people vital medicine incredibly quickly. At the four distribution centers located throughout Ghana, doctors can place an order via text for any necessary medications and reliably expect a delivery within 30 minutes.

In addition, one of the primary challenges in increasing vaccination coverage is access to electricity for refrigeration. Zipline’s quick and reliable delivery system solves this issue as supplies are received still cold. This innovative battery powered medical delivery system is able to deliver goods pilotless, thus reducing emissions costs and medicine transport costs. This makes it an incredibly cost-effective mode of transport, aiding initiatives to offer free vaccinations to children in Ghana.

With dozens of hospitals relying on Zipline for emergency medicinal deliveries, access to life-saving medical supplies has already increased dramatically in hard to reach areas. In Rwanda, where Zipline has served for the past 3 years, maternal mortality rates are dropping drastically due to emergency drone deliveries of rare blood types.

Just a few decades ago, Ghanaians were in a statistically alarming situation. The introduction of Zipline is bringing medical supplies to Ghanaians who still lack access. With plans to eventually provide access to vital medical supplies all around the world, Zipline appears to be revolutionizing the world of medicinal accessibility for the world’s underdeveloped regions. As Zipline is a relatively new company, it’s too soon to have data determining long term impacts. However, given the rapid changes Zipline has brought to Ghana and Rwanda’s medical access already, it’s feasible to imagine a future where drones bringing vaccinations is commonplace.

– Amy Dickens
Photo: Flickr

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Digital Technology is Improving Food Systems in Africa

Food systems in AfricaIn sub-Saharan Africa, most employment is in the food sector, with 60 percent being farmers. Food sector jobs are projected to be even more prevalent in Ethiopia, Malawi, Mozambique, Tanzania, Uganda and Zambia. However, the agricultural yield is low, and Africa’s staple crop is in a decline. Maize production will reduce 40 percent by 2050, and the population is expected to double to 2.5 billion. Digital technology can influence agriculture and help strengthen food systems in Africa.

Hello Tractor

Hello Tractor is a digital tractor sharing solution that has created a platform for smallholder farmers to afford agricultural technology. For every 100,000 square kilometers worldwide, there are 200 tractors available. There are only 13 tractors per 100,000 square kilometers in Africa. Hello Tractor has successfully reached five markets in Africa and influenced 75 percent of private commercial tractor profit in Nigeria.

Hello Tractor offers sub-Saharan African farmers more than just a tractor. The ag-tech solution includes a monitoring device installed in each machine that collects important data. Collected data is transmitted to a Hello Tractor Cloud and makes its way to the manufacturing industry. This shared information helps manufacturers to design personalized equipment for their select clientele.

Digital Green

Digital technology is also improving the documentation, which is good for African food systems. The World Bank has partnered with Digital Green to improve agricultural practices through the exchange of information. Researchers are educating farmers in Ethiopia, Ghana, Malawi and Niger and sharing knowledge through video content. The material highlights post-harvest and nutrition-related improvements.

Before implementing technological transformations, Digital Green assesses currently active systems in communities. Poor and struggling communities are persistent in their efforts to beat poverty. Companies like Digital Green facilitate this advancement and mobilizes farmers through video production training. This is a self-sustaining opportunity for developing communities. Feedback from local farmers makes the process more effective, but limited access to the internet and electricity calls for offline screening in addition to online sharing. Digital Greens is working with Connection Online Connection Offline to make that happen.

Connection Online Connection Offline

Connection Online Connection Offline (CoCo) is a data collection system that does not require software installation and is compatible with any device. CoCo’s database includes an analytics dashboard with instant statistics about operations, targets and metrics. This is how video programs are monitored and evaluated to improve food systems in Africa.

Another social platform within the agriculture community is 2KUZE. This Mastercard subsidiary connects farmers to buyers and agents in Kenya, Uganda and Tanzania via mobile commerce. Direct buyer access is advantageous for smallholder farmers seeking a larger percentage of the wholesale value of their goods. Moreover, mobile transactions save farmers valuable time that would be spent traveling hours to distant markets. The platform especially appeals to female farmers who may find themselves held back by family obligations.

Digital technology allows farmers better access to resources of higher capital. The exchange of data in farming communities can facilitate the restoration of agricultural production in Africa. E-commerce platforms enhance market price transparency and give farmers leverage to compete against larger producers, thus reducing poverty by improving food systems in Africa.

– Crystal Tabares
Photo: Flickr

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Google’s Contribution to Fighting Extreme Poverty

Google’s Contribution to Fighting Extreme PovertyGoogle is one of the most renowned tech companies in the world with an exquisite smartphone line, a widely-used search engine and the ownership of media-giant, YouTube. Despite the success of Google, it started from humble beginnings. Two Ph.D. students, Larry Page and Sergey Brin, founded Google, originally named Backrub, at Stanford University for a research project in 1998. From an initial investment of $100,000, Google turned into a multi-billion dollar company, focusing part of its fortune on its own philanthropic goals. Google’s contribution to fighting extreme poverty includes dedicating $50 million to the global education initiative and $50 million to the economic opportunity initiative. Google.org announced a $1 billion commitment in grants and one million employee volunteer hours to close the global education gap, create economic opportunities and diminish prejudice and discrimination.

Google and GiveDirectly

In 2012, Google granted $2.4 million to GiveDirectly. GiveDirectly is a nonprofit organization that transfers money to people in Kenya using “electronic monitoring and payment technology.” Recipients can receive money via personal cell phones or the cell phones GiveDirectly gives them.

GiveDirectly hopes for economic stimulation by increasing cash flow to impoverished individuals to create more expenditure on services and products. For example, NPR covered a GiveDirectly success story about a Kenyan man who used the money he received to buy a used motorcycle. With his motorcycle, he charges riders a fee similar to taxi services like Lyft or Uber as a source of income. This organization allows donors to fund individual living expenses instead of general predetermined expenses, giving recipients the freedom to purchase the specific items they need to financially benefit their family.

As of 2016, 36.1 percent of Kenya’s population lives on less than $1.90 per day. This statistic dropped from 46.8 percent in 2006 but Kenya is still far from eradicating poverty altogether. Google’s contribution to fighting extreme poverty allowed GiveDirectly to recreate its program in Uganda and East Africa, as well as research its economic, social and psychological impacts.

Google and StoryWeaver

A year later in 2013, Google funded $3.85 million to an India-based organization, StoryWeaver, as part of the $50 million initiative to close the global education gap. StoryWeaver is a free online educational resource targeting underprivileged areas. It is also a platform for authors, illustrators and translators to create stories for children. StoryWeaver makes books more available to children all over the world in their native languages at varying reading levels. The ability to read and write sets the foundation for further education and countries in poverty have a significantly lower literacy rate due to inadequate educational materials or resources.

Literacy rates in India logged in at 74.04 percent in 2011 compared to the average world literacy rate of 86.3 percent. As a result, StoryWeaver works to provide free reading material to communities in need. StoryWeaver has already garnered over two million reads and 13,000 stories in 175 languages. With Google’s help, StoryWeaver will be able to expand its platform and user base while increasing the production of stories.

Google emphasizes the importance of accessible educational materials and worldwide economic participation by supporting innovative national and global nonprofits. With its powerful influence, resources and platform, Google is in a strong position to establish positive changes and produce substantial outcomes. Google’s contribution to fighting extreme poverty began almost 14 years ago and its efforts continue to remain steadfast today.

– Angela Dong
Photo: Flickr