Archive for category: Technology

Information and stories about technology news.

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Droneports in Rwanda Deliver Life-Saving Medical Supplies

Droneports in RwandaAdvances in drone technology have had a profound influence on military surveillance and combat. Commercial industries and companies such as Amazon have also invested in drones for fast and easy deliveries. However, perhaps the most innovative use of drones is taking place in the developing world. The development of droneports in Rwanda is leading to drone-facilitated medical deliveries in hard-to-reach regions of the country.

Healthcare in Rwanda

In recent years, Rwanda has exhibited impressive improvement in rural healthcare. Partners in Health (PIH), an organization that seeks to improve medical access in impoverished countries, initiated many of the healthcare advances that have been made in Rwanda. In 2008, PIH resuscitated the healthcare structures of Kayonza and Kirehe, two districts in rural Rwanda. Two hospitals and seven health centers were built, providing nearly 100,000 individuals with access to healthcare.

In the following years, Rwanda’s government took inspiration from PIH’s assistance and continued improving rural healthcare on its own. Today, approximately 90 percent of Rwandans are provided healthcare by the government.

Overcoming Poor Infrastructure

Despite Rwanda’s effective healthcare system, the country’s subpar infrastructure often inhibits medical care. As is the case with many African nations, Rwanda’s population is growing at a tremendous rate. The existing roads are inadequate for gaining access to so many people scattered across the country, especially in remote areas. Using roads, medical supplies such as blood and medicine are not delivered as quickly as necessary.

Drones literally rise above the restrictions of substandard infrastructure.

In September 2015, Rwanda was chosen to be the first African nation to be outfitted with droneports. Drones are capable of quickly delivering up to 22 pounds of supplies for distances up to 60 miles. It is estimated that by installing just three droneports, up to half of Rwanda’s remote countryside will gain access to easy medical deliveries.

A New Trend in Aid Delivery

In 2016, Redline, the company that initially proposed building droneports in Rwanda, began work on the project, which is to be completed in 2020. Renowned British architect, Norman Foster, unveiled his design for the droneports at the Venice Architecture Biennale 2016. The prototype droneport, constructed entirely of earthen bricks that fit together in the shape of a tortoiseshell, was lauded as a work of art as well as a feat of philanthropic engineering.

But Redline is not the only drone company working to bring drones to Rwanda. The efficiency and cost-effectiveness of drones make them an appealing tool for medical and other aid organizations. This year, the drone company, Zipline, has already facilitated 1,400 deliveries of medical supplies in Rwanda. Another company, Mobisol, uses drones to distribute parts for solar energy machines.

If the implementation of medical delivery droneports in Rwanda goes well, more droneports will be built throughout Africa. Drones will take to the skies to provide life-saving supplies and revolutionize the distribution of emergency medicine.

– Mary Efird

Photo: Flickr

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Apps That Help Impoverished Countries: iCow

Apps That Help Impoverished Countries: iCow
As technology improves around the world, more apps have been developed that aim to help impoverished countries. An example of one of the apps that help impoverished countries is called iCow. iCow is an app that aims to reduce cow mortality rates and educate farmers on proper agricultural practices.

In many African countries, farmers have no formal training. As a result of a lack of formal training in agriculture, farmers do not know how to properly raise farm animals. This is problematic because these farmers are the foundation for growing crops that feed the nation. In an effort to combat this problem, the iCow app was made to help these farmers.

The app in itself is easy to use. After the initial registration, farmers type in information about their cows, such as their weight and calving dates. Once the farmers key in this information, the iCow app can give tailored advice about how to take care of their cows.

Not only does it give tailored information, but the iCow app also gives tips on breeding, animal nutrition and milk production. Farmers will benefit from the specific advice given to care for their cows as well as general advice that will assist them in the future.

The app also works like a calendar for cows. It keeps records about milking schedules and immunization dates. The app provides farmers with good veterinarians in the area for their cows.

Even though the app is called the iCow, this app is not exclusive to Apple products or smartphones. The iCow app is made to work for all mobile devices, so any farmer with a phone can use it.

As a result of its universality and wide availability, nearly 60,000 farmers in Tanzania and Ethiopia have registered to use the iCow app. These farmers are able to breed healthier animals that can be sold and produce food for the nation. These healthier animals are not only better for consumption, but they bring in more money for the farmers.

The iCow app is not only one of the many apps that help impoverished countries, it is an app that helps maintain healthier food security.

Food security is an issue that many impoverished countries face. Finding solutions to these problems is the key to helping raise countries out of poverty. Apps that help impoverished countries, like the iCow app, can change millions of lives. The iCow app aims to ensure that the citizens of impoverished countries are well fed.

– Daniel Borjas

Photo: Flickr

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Treating Cardiovascular Diseases in Impoverished Countries

Cardiovascular diseases cause a large number of deaths around the world. Unfortunately, treating cardiovascular diseases in impoverished countries can be difficult. In the African country Cameroon, there are only about 50 cardiologists for about 20 million people. The Cardiopad is an innovative technology that aims to alleviate this problem.

The location of doctors throughout Cameroon tends to disadvantage those who live in rural areas. In the villages around the suburbs, there are general practitioners who treat the villagers. A large number of these practitioners do not have a specialization, so they cannot do much beyond recommending patients go see a specialist if they believe they need one.

If a patient is experiencing chest pains or shows symptoms of a cardiovascular disease, they make an appointment to see a cardiologist in the city. Because there are so few cardiologists, it can take months before they are seen, and many will die before seeing a specialist.

Arthur Zang, the inventor of the Cardiopad, noticed this issue and set out to fix it. Zang understood that going to see a doctor from the Cameroon villages was difficult, so he invented a way to lessen the need to make a trip to the city. He created the Cardiopad, a tablet device with electrodes that can give a 97.5 percent accurate reading of the heart. Essentially, it is a mobile electrodiagram (ECG).

Although Zang provided general practitioners with the tools to perform a heart scan, they still do not have the proper training to interpret the scans themselves. The information gathered from the Cardiopad is actually sent to the national data center, and it is then received by the cardiologists in the city. Once the cardiologists receive the heart scan, they can interpret the results to see what kind of treatment is needed and can send treatment recommendations back to the general practitioner. The process that would ordinarily take many months can now be done within 20 minutes.

This is a phenomenal step forward for diagnosing and treating cardiovascular diseases in impoverished countries. Now, even in rural Cameroon, local practitioners can work with cardiologists and can properly diagnose and treat cardiovascular diseases.

Furthermore, the technology eases the economic burden of traveling and medical expenses for patients. The Cardiopad only costs $29 a year to use, compared to the staggering costs of going to see a specialist. In this way, the Cardiopad saves time and money for patients in need.

Treating cardiovascular diseases in impoverished countries has become much easier with the Cardiopad. It allows rural residents to get the proper diagnosis they may need in order to save their lives. The Cardiopad is being distributed in Cameroon, India, Gabon and Nepal, and more countries are sure to follow. The Cardiopad can potentially save millions of lives that would have been taken from cardiovascular diseases in impoverished countries.

– Daniel Borjas

Photo: Flickr

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How Technology is Helping Economies in Developing Countries

The Internet and other advances in communication technology have helped make the spreading of globalization even quicker. For developing countries, access to technology can have many benefits —  one such improvement being the boost of a nation’s economy. Other ways that technology is helping economies in developing countries include reducing the costs of production, encouraging the growth of new business and advancing communication.

An issue that developing countries must bypass is prioritizing technology innovation, not just adapting to technology. Another issue is that the distribution of technology needs to be equal across a country; so far the poor have not been able to have the same amount of access to technology. It is important for organizations to monitor technology and to encourage innovations and job creation in order to solve these issues.

One organization that works to do just that is Broadband for Good, a group that gives internet access to rural areas and encourages programs to utilize the technology in creating progress in communities.

When technology is used correctly it can be extremely helpful in furthering the prosperity of economies. One such example of technology creating a positive impact on the economy is in regard to India — the Self-Employed Women’s Association uses SMS to send agricultural workers messages about commodity prices. This information helps farmers determine the best places to sell their produce. Farmers who participated in this program have said that they have been able to sell their products over wider areas, which has increased their incomes.

Another example, also in India, is the Hand in Hand Partnership (HIHP). The HIHP is an organization that provides women with mobile devices so that they can launch their own tech-driven businesses. The HIHP helps train and provide technical support for these women. By encouraging women to innovate ideas instead of just giving them technology, HIHP is helping to better the economy in a sustainable and long-term way.

Other countries successful in creating businesses are Nigeria, Egypt and Indonesia. 38 percent of these countries’ gross domestic product (GDP) was generated by micro-entrepreneurs. In a 2011 World Bank report, figures showed that small businesses like these create new jobs and generate new ideas — both of which are great for helping economies.

– Deanna Wetmore

Photo: Flickr

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A Generous Generation: Millennials Give to Charity

Millennials Give to CharityGeneration Y, whose members are commonly referred to as “millennials,” is often considered to be the most selfish generation. However, the perceived narcissism of millennials is a simplified and inaccurate depiction of this age group. Recent data has proven something that older generations can’t seem to believe: millennials care about people other than themselves. In fact, many millennials give to charity.

According to the Millennial Impact Report, 75 percent of millennials donated to charity in 2011. That number increased to an impressive 84 percent in 2015. Seventy percent of millennials even help raise funds for their favorite causes.

If the charitable millennial still seems like an imaginary creature, consider Micaela Hill, a 22-year-old volunteer with AmeriCorps NCCC. At present, Hill is involved in disaster relief efforts in Texas. Two years ago, she did medical volunteer work in Guatemala. Needless to say, she resents the self-absorbed image bestowed on her and her fellow millennials. “I am currently surrounded by 300 charity-minded millennials,” Hill told The Borgen Project. “My friends have always been willing to help others.”

Conceding that millennials are engaged in charity work, is there anything to support the myth of the “narcissism epidemic” that supposedly plagues them? A study done by the University of Illinois’ psychology department determined that college-age individuals score the highest on Narcissistic Personality Inventory (NPI) assessments. However, the research also explains that this phenomenon has little to do with generations and more to do with maturation. Young people today actually earn lower NPI scores than young people 20 years ago.

Indeed, millennials give to charity and they are doing so in modern and tech-savvy ways. An estimated 62 percent of millennials make charitable donations online. The Digital Age has led to the birth of fundraising websites like Indigogo and Kickstarter, which make donating fast and simple for proficient web-users. Eight percent of millennials give to charity through social media platforms, and 50 percent use their social media accounts to share information about charities and causes they believe in.

In Hill’s opinion, the Internet and social media contribute crucially to millennials’ awareness of global affairs. “Now everyone knows about [global issues] and can become aware of what they can do to help,” she says.

Most millennials report that when they give to charity, they want the opportunity to see the good their donation has done. This desire to make a visible change in the world is considered narcissistic according to the NPI test, but many millennials would argue it is admirably ambitious. Hill is one such individual.

“We all haven’t had the chance to enact the changes we want to see in the world yet, but we are now coming of age. Our time is coming.”

– Mary Efird

Photo: Flickr

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Deaftronics: Tackling Hearing Loss in Impoverished Countries

Hearing Loss in Impoverished CountriesThere are 200 million people in Africa alone who have some form of hearing impairment that can be alleviated by using hearing aids. Unfortunately, hearing aids are not widely available and they are not cheap. Deaftronics plans on tackling hearing loss in impoverished countries with their solar hearing aid.

Hearing loss can be caused by a number of factors. It can be caused by damage to the outer, middle or inner ear. Hearing loss can also be genetic. Those who suffer from this condition can end up having a number of issues in their lives.

Hearing loss makes it much more difficult for children to learn how to speak, which causes them to develop more slowly than other children. In the classroom, children with some form of hearing loss will have a much more difficult time understanding what is being taught to them. They will end up falling behind and possibly fail classes. As they grow older, these kids will end up having a much more difficult time finding jobs and providing for their families. This ends up keeping those with hearing loss within the cycle of poverty.

Hearing aids can be used to assist those with hearing loss, but they can be expensive. The average cost of a hearing aid is about $600 and battery replacement can be costly. Batteries for hearing aids usually run out within 10 days, which results in frequent, costly battery replacements.

The solar hearing aid hopes to alleviate this costly issue and take on hearing loss in impoverished countries. As the name implies, the solar hearing aids run on solar power. Users set the batteries in a solar charging station in the sunlight to charge the batteries for the solar hearing aids. Then the users place the batteries in their hearing aids, which are fully functional for about 10 days.

Although the solar hearing aids include hearing aids along with the solar battery, the battery can work with about 80 percent of all hearing aids. Therefore, those who need hearing aids are not limited to a single pair of hearing aids.

Cost is a large factor in why hearing aids are not widely available to those who need them. Compared to the $600 for the average pair hearing aids, solar hearing aids cost about $200 per unit. Not only that, but the solar batteries and the solar hearing aids last for two to three years.

Deaftronics has done everything within its power to make sure those who suffer from hearing loss can get an affordable pair of hearing aids.

Originally, Deaftronics’ focus was to get hearing aids to people in Botswana. Now they are receiving orders from South Africa, Kenya and Angola. As Deaftronics continue to expand, more countries will ask for solar hearing aids and Deaftronics will be able to help more people with hearing loss in impoverished countries.

The solar hearing aids are not only providing people with the ability to hear, they are also giving people a chance to learn in school without being held back by hearing loss and a chance to use their education to get a job and escape from poverty. Solar hearing aids are not only alleviating hearing loss in impoverished countries, but they are also helping people escape from the cycle of poverty.

– Daniel Borjas

Photo: Flickr

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4 New Technologies That Can Help End Poverty

Technologies that can help end povertyDespite gloomy predictions for the future among pessimists, humanity develops the tools for a brighter tomorrow. At the Lisbon Web Summit on November 6, 2017, physicist Stephen Hawking discussed the pros and cons of artificial intelligence. Though Hawking is aware of how new technologies threaten jobs, he also believes that such advances can alleviate disease, global warming and poverty. Artificial intelligence isn’t the only gadget in development. Here are four technologies that can help end poverty, provided they’re used the right way.

  1. Blockchain
    Blockchain records transactions made in cryptocurrency, such as Bitcoin. These ledgers are publicly available. Brian Singer, a William Blair partner, predicted in 2015 that access to a cheap and transparent payment system through Blockchain would serve emerging markets well. How have Bitcoin and Blockchain helped the world so far? By allowing a transparent ledger, Blockchain prevents falsified land deeds from stealing the land of small farmers. With no need for a physical building, Blockchain can save foreign aid money; through the data provided, Blockchain can optimize a developing economy. Cryptocurrency provides a small, but significant, step in helping impoverished people begin their own businesses.
  2. Smart Survey boxes
    The World Bank reported how Smart Survey boxes in Tajikistan monitor energy usage. These boxes collect data on energy quality and power outages. At first glance, Smart Survey boxes seem an unlikely candidate for technologies that can help end poverty. But having the right data in a crisis ensures that the right cure can be provided. Automated information collection leaves little room for human error and little reason to put volunteers in unsafe areas.Utz Pape, a World Bank economist, summarizes the impact of data collection on poverty: “It can help improve data quality of existing surveys, it can help to increase the frequency of data collection to complement traditional household surveys, and can also… improve our understanding of people’s behaviors.”
  3. Genetically Modified Crops
    The use of genetically modified organisms (GMOs) in farming has led to fiery debated in the past decade. But the results are clear. Using seeds designed to resist pests and herbicides, GMOs led to more yields, fewer applications of pesticides, and more profits for farmers, according to a study by Penn State. Stephen Hawking warned about the careless application of technology, and GMOs are no exception. The impact of GMOs on other organisms has not been well documented. But when Penn State concludes that “The technology may be more appropriate for farmers that have difficulty spraying pesticides and herbicides,” it’s easy to see how developing nations benefit from the invention.
  4. Video Games
    Though considered fun distractions in America, video games have immense teaching potential. The United Nations described an initiative in India that taught English to children through mobile phone games. A similar project, in Somalia, taught money management skills to young Somali women. The Somali mobile game project boosted job training and placement for 8,000 people, both male and female, by 2015.

All these inventions— cryptocurrency, data collection, GMOs, and video games— destroyed the world in countless science fiction novels. In the real world, they’re technologies that can help end poverty.

In some ways, the brighter tomorrow has already arrived.

– Nick Edinger

Photo: Flickr

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How an App to Treat Malaria is Working in Mozambique

App to Treat MalariaFor the people of Mozambique, malaria is a familiar and deadly part of life. As one of the world’s leading victims of the disease, Mozambique sees thousands of its citizens die as a result every year. Global initiatives have fought hard to treat and prevent malaria, including awareness campaigns and insecticide-treated nets. Since 2015, though, Mozambique has used an innovative resource: a smartphone app to treat malaria.

Mozambicans in rural areas often receive their health care from government-funded community health workers. These community health workers (agentes polivalente elementare, or APEs) are trained to diagnose and treat Mozambique’s most ubiquitous diseases, including malaria. Seeing a need to improve treatment, APEs in Mozambique have been provided with the CommCare app, created by the Malaria Consortium’s inSCALE research project and funded by the Bill & Melinda Gates Foundation.

The CommCare app allows APEs to better treat their patients through a number of means. It teaches better consultation methods through images and audio. It also creates better communication between APEs and their supervisors and functions, so medical records can be uploaded anywhere. App users in Mozambique have reported that it provides for clearer and more accurate treatment. New methods for recognizing and treating malaria are more easily transmitted to remote areas. The app to treat malaria has given community health workers better tools, communication and resources to assist in their vital work.

The entire population of Mozambique is at risk for malaria infection, typically spread by insects. The disease presents itself through flu-like symptoms and can be fatal if left untreated. Prior to 2010, there are no official figures for the number of deaths due to malaria. Since 2010, deaths to malaria have decreased and, in 2015, dipped to an all-time low.

On a morose but encouraging note, malarial confirmations have risen concurrently with the decreasing deaths. This suggests that malaria is being recognized, diagnosed and treated in Mozambique.  

Malaria is a relatively easy disease to treat. With early diagnosis, antimalarial medications can clear out the parasite and cure the patient. African countries are prone to malaria because of several factors: mosquitoes are rampant, medical clinics are scarce and preventative measures are often difficult to come by.

Because early diagnosis is so vital to a malaria victim’s odds of survival, Mozambique has taken steps to bridge the gap between rural areas and medical treatment. Aside from preventative measures, Mozambicans in remote areas rely on APEs to treat the country’s deadliest afflictions. The CommCare app gives APEs the resources to more accurately diagnose malaria and treat it appropriately.

Mozambique is seeing a positive trend in recent years. There are more diagnoses and fewer deaths. Eradication of the disease is still far off; however, using technology such as the CommCare app to treat malaria is guiding Mozambique in a positive direction. Countries around the world would be served well by adopting the same approach to the fight against malaria.

– Eric Paulsen

Photo: Flickr

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ZubaBox: An Innovation Bringing the Internet to Remote Areas

ZubaBox: An Innovation Bringing Internet to Remote AreasFor the technologically privileged, access to the Internet is considered a tool of our everyday lives. But out of the world’s entire population, only a third of people in developing countries have access to an Internet connection, according to a 2015 report by the International Telecommunications Union. Countries with no access to the Internet are disadvantaged economically, as they are do not have the knowledge and resources to widen their professional opportunities.

But the appearance of a container in remote areas, including refugee camps, has changed the lives of several marginalized communities. Countries such as Ghana, Kenya, Nigeria, Togo, Zambia and Zimbabwe were finally able to bring digital literacy into their neighborhoods through a shipping container, also called ZubaBox, converted into a “solar-powered Internet café or classroom”.

“Zuba” means “sun” in Nyanja, a common language spoken in Malawi and Zambia, which refers to the solar power by which the Internet hub functions. In addition to being environmentally friendly, solar power is crucial for remote populations who often lack the electricity to benefit from standard technologies. The ZubaBox constitutes an innovation that benefits the most remote communities with no access to a stable power supply.

The organization fueling this technology is Computer Aid International, who decided to design the ZubaBox to enhance the online presence of remote rural areas. In each container, they provide refurbished PCs, visualisation cards, monitors, keyboards, mice, an Internet connection, mobile chargers, a ventilation system and benches.
The box can contain enough components for up to 11 individuals, which brings isolated communities together and develops a sense of inclusion. It also enables every individual to grow personally and professionally, which ultimately benefits the neighborhood as a whole. In fact, David Barker, former chief executive of Computer Aid, spoke about the technology as beneficial for doctors who need to contact specialists in the nearest city hospital, school children who want access to educational material or even local people who are looking for ways to expand their professional outlets.

By May 2016, Computer Aid had already placed its 12th Zubabox in a suburb of Bogota, Colombia. Another project on Computer Aid’s agenda is to build a box in the Kakuma refugee camp in Kenya, where 150,000 people found refuge after fleeing 20 different African nations. For the largest refugee camps in the world, having a ZubaBox could enable them to open up to the world and provide them with the opportunity to rebuild their lives and find work once outside the camp.

– Sarah Soutoul

Photo: Flickr

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Smart Developments Network: Innovations Against Poverty

Innovations Against PovertyEven with active funding partners, some development agencies may fall short if lacking internal infrastructure. While funding is certainly an important aspect of achieving sustainable development goals, it may be just as important to ensure that the strategists and support for development projects are up to date and relevant. SNV: Smart Development Works is a nonprofit that works toward providing such resources through an expansive network of professionals in a variety of different sectors. SNV works with policy experts, local governments, private business and institutes of higher learning to provide lasting differences in extremely poor communities.

SNV was founded in the Netherlands in the mid-’60s and has since established itself in Asia, Africa and Latin America. Expertise in sectors relating to agriculture, energy, water, sanitation and health have helped solve problems locally and provide sustainable solutions to poverty. SNV is funded by the Swedish International Development Agency and managed in partnership with BoP Innovation Center and Inclusive Business Sweden.

SNV has several projects on the ground and one in particular worth noting. Innovations Against Poverty is working in the private sector to develop products and services that can aid in fighting global poverty. This particular mission has focused its efforts on younger demographics as well as women in order to empower groups to shift gender and age paradigms. Companies can apply for the Innovations Against Poverty program to get funding that incentivizes innovation, entrepreneurship and consumption of goods and services in their communities.

Innovations Against Poverty was created with the idea that the private sector is a powerful mechanism for creating jobs and increasing incomes while also providing necessary goods and services to a community. Low-income markets in impoverished communities contain business opportunities that can be sustainably exploited with adequate startup funds and resources. Innovations Against Poverty exists to stimulate development where it otherwise would not exist, with financial support ranging from $60,000 to $200,000. Innovations Against Poverty gains a non-reimbursable capital return and provides advisory support for its investors. This support includes training and coaching from international experts. The program also narrows its support to cases that are not seen as “risk free”, thereby investing in businesses that may not receive support in most cases.

Innovations Against Poverty has registered over 1300 companies since its inception and is expected to grow. These innovative solution investments have primarily been made in Cambodia, Ethiopia, Uganda, and Zambia, with a focus in the agriculture and energy sectors. With continued success, Innovations Against Poverty can foster development in more countries all over the world.

– Casey Hess

Photo: Flickr