Archive for category: Technology

Information and stories about technology news.

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Innovations in Poverty Eradication in Bulgaria

Innovations in Poverty Eradication in Bulgaria
The past three decades have resulted in a fluctuating economy within Bulgaria. Specifically, the global financial crisis of 2008 has left the country with insolvency. Despite this hardship, Bulgaria continues to rise on the Global Competitiveness Report, coming in at 49 out of 144 countries. Advancements in the information communications technology (ICT) sector has played a large part in their resiliency and may be the key to innovations in poverty eradication in Bulgaria.

The Global Competitiveness Report

The Global Competitiveness Report measures a number of pillars. Since the implementation of its national strategy for poverty eradication in Bulgaria in 2015, Bulgaria has significantly improved its Global Competitiveness Report ranking in the 12th pillar: innovation capability. In 2015, it ranked 94 out of 140 countries. In 2019, its ranking jumped to 48 out of 141 countries.

In 2018, the Global Competitiveness Report added an additional pillar for ICT adoption. Bulgaria currently ranks 30 out of 141 countries on this pillar. From 2016 to 2018, there was a 300% growth in the Bulgarian ICT workforce. To paint a more detailed picture, the industry went from 5,000 to 20,000 workers.

What is ICT?

People may best know Bulgaria for its software industry, namely educational software, financial services software, analytical software and Manufacturing Execution System (MES) management software. Of the E.U. members, many regard Bulgaria as having the best performing ICT sector. In addition, Bulgaria houses approximately 10,000 ICT companies. This may be due to the low corporate tax rates of 10%.

ICT Organizations for Marginalized Citizens

A subsequent factor of poverty is social exclusion. Gaps in employment and educational opportunities create social barriers for poverty-ridden areas. Despite 71% of Bulgarian homes having access to high-speed internet, only 41% of citizens have basic computer skills. The following organizations have devoted themselves to mending this gap:

  • Telerik Academy: Telerik Academy is a free educational program for Bulgarian citizens that teaches computer literacy and key digital competencies for careers in the ICT software sector. Its founders, Svetozar Georgiev, Boyko Iaramov, Vassil Terziev and Hristo Kosev, created Telerik Academy in 2009 as a way to train people for their company’s ICT needs. Shortly after, Telerik expanded its services to reach anyone wanting to develop skills for future ICT careers. Telerik Academy has serviced over 115,000 Bulgarian children and professionals in its first 10 years.
  •  The Bulgarian Centre for Women in Technology (BCWT): The Bulgarian Centre for Women in Technology (BCWT) is another important organization in the ICT sector. Since its start in 2012, the BCWT has devoted its efforts to diminishing gender stereotypes in the ICT realm by motivating females to pursue careers in science and technology. In 2015, Bulgaria had the highest percentage of EU female ICT workers with 27.7%. The BCWT has a number of past and ongoing initiatives that have contributed to this ranking. Enterpregirl, for example, is a competition that invites young Bulgarian women to present their innovative ICT-related projects. The goal is to develop confidence in young women’s entrepreneurship skills in a field that has been historically reserved for men.

Bulgaria’s ICT sector has remained on a steady incline for the past five years, with no intention of slowing down. Bulgaria’s growing software industry proves to aid with innovations in poverty eradication. Organizations like Telerik Academy and BCWT are crucial in closing the employment and educational gaps that ultimately fortify poverty. Despite the country’s insolvency, Bulgaria remains dedicated to poverty eradication in Bulgaria through ICT education and opportunities.

– Sage Ahrens-Nichols
Photo: Flickr

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The Local Production of Medical Supplies in Developing Countries

local production of medical suppliesAs developing countries struggle to meet their medical supply needs, many organizations have attempted to address these needs through the global supply chain. However, this system is often inefficient and inadequate for helping developing countries. Empowering struggling communities through the local production of medical supplies may be the key to improving medical care throughout the world.

Not Enough Oxygen

When working to improve healthcare in developing countries, aid organizations often struggle to supply adequate medical supplies in a timely manner. Supply shortages mean that these organizations fail to provide enough medical resources for these countries.

This lack of medical supplies is especially problematic during a pandemic such as COVID-19. While the pandemic has increased the need for oxygen in medical care, developing countries face the worst oxygen supply shortages. Estimates place the annual number of newborn deaths due to lack of oxygen at around 500,000.

In regions struggling with COVID-19, like Africa and the Middle East, oxygen shortages can be disastrous. Transporting oxygen tanks to these countries from the U.S. and Europe is often not efficient in cost or time. As such, the global supply chain for oxygen cannot supply these countries with what they need in a timely manner.

Not Enough Equipment

What’s more, the current response assumes that developed countries have enough supplies to meet global medical needs. This is not the case, however. According to the WHO, the global supply of personal protective equipment needed to effectively prevent the spread of COVID-19 only meets 60% of global demand. The WHO estimates that the world needs 89 million medical masks and 76 million medical gloves each month to combat the virus effectively.

These global supply chain shortages affect access to vaccines in impoverished communities in particular. More than a quarter of all vaccines have three or fewer distributers. This severely limits the access that poorer communities have to vaccines. Further, these distributors often headquarter exclusively in developed countries. This can make it even more difficult for developing countries to acquire enough vaccines to meet their own medical needs. Africa, for example, only has one vaccine manufacturer that is a member of the Developing Countries Vaccine Manufacturers Network.

Encouraging the Local Production of Medical Supplies

Rather than relying on an already struggling global supply chain, it may help more to encourage the local production of medical supplies in these countries. Having local manufacturing plants would allow vital medical equipment to reach impoverished communities much more quickly and efficiently than it otherwise could.

Since April 2020, an organization called Assist International has worked with manufacturing plants in Kenya, Rwanda and Ethiopia. These plants provide a local source of oxygen tanks to hospitals in these countries. So far, the program has helped more than 40 hospitals in Africa, creating a cheap and efficient system for the local production of medical supplies.

Implementing Additive Manufacturing

Additive manufacturing also provides a possible solution to the problem of medical supply shortages. This style of manufacturing allows for the quick and cost-effective production of important medical supplies. These may include mechanical parts for ventilators, surgical equipment and even prosthetics. 3D printing is a particularly versatile tool, since it can produce different kinds of equipment without unique machinery for each. Once installed in local production facilities, 3D printers can then support a variety of production purposes. They would therefore streamline the process of the local production of medical supplies in impoverished communities.

Medical supply shortages for developing countries are an especially pressing issue. As the world faces a pandemic and global supply chains begin to fracture, many developing countries cannot meet their medical needs. Working to empower impoverished communities through the local production of medical supplies and additive manufacturing may alleviate the strain on these countries’ medical systems.

– Marshall Kirk
Photo: Wikimedia

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How BraineHealth Is Revolutionizing Healthcare

Limited access to healthcare is a challenge that millions of people face globally. According to data collected by the World Bank and W.H.O., roughly half of the global population had no way to access necessary health services in December 2017. The high costs of getting healthcare forced nearly 100 million people into poverty that year. For hundreds of millions of people across the world, even basic healthcare is economically out of reach. Unfortunately, COVID-19 has put additional strain on healthcare systems around the globe. The pandemic has disrupted medicine supply chains in many parts of the world, preventing vital medical supplies from reaching hospitals in a timely manner. This is particularly dangerous for developing countries with healthcare systems that were already struggling to meet their countries’ needs. However, recent technological innovations like BraineHealth are seeking to revolutionize healthcare to overcome these issues.

How BraineHealth Can Help

This problem may seem insurmountable, but not to BraineHealth. The Swedish company is hoping to use artificial intelligence and robotics to make healthcare more accessible for people throughout the world. BraineHealth’s healthcare innovations can apply many areas of healthcare, such as primary healthcare, senior healthcare and mental health services. In all these areas, BraineHealth hopes to connect doctors and other medical professionals with their patients in a way that is easy, affordable and safe.

With BraineHealth’s system, patients could potentially receive diagnoses and expert medical consultations without having to leave their homes. This would reduce medical costs and travel expenses for patients, and it would provide a safer alternative to in-person appointments. Here are four BraineHealth programs that seek to revolutionize healthcare.

4 BraineHealth Programs Revolutionizing Healthcare

  1. Artificial Intelligence: BraineHealth is developing an AI program that will allow for quicker and more efficient remote diagnoses. This program receives information about a patient’s symptoms provided by the patient and analyzes this report. By examining it against a database of thousands of documented diagnoses, the algorithm can provide as accurate a diagnosis as possible.
  2. Diabetio: This program combines social robotics and artificial intelligence to assist diabetic patients with managing their diabetes. The Diabetio robot will help manage the patient’s carbohydrate intake, and it will keep the patient informed about whether they are at risk of developing diabetes. To help the patient most efficiently, this program will retain and process information about the patient’s daily activities.
  3. Medipacker: BraineHealth is also looking to revolutionize healthcare by expanding access to medical information and education through its Medipacker education program. This program aims to give backpackers the opportunity to become qualified first-aid providers at little to no cost. By removing economic barriers to first-aid education, BraineHealth hopes to encourage more people around the world to learn about emergency medicine.
  4. InEmpathy: Recently, BraineHealth has partnered with the charity InEmpathy. InEmpathy’s work focuses on building better systems of healthcare in developing countries. Crucially, this organization is now helping to bring BraineHealth’s technological innovations to communities in need. BraineHealth will therefore be able to adapt its technologies to best fit the needs of their destination countries.

Looking to the Future

Millions worldwide lack adequate access to healthcare. Even in areas that have hospitals, the costs of health services are often too high for poor communities. Using technological innovation, BraineHealth is working to revolutionize healthcare so that the people in these communities can have access to healthcare that would otherwise be out of reach.

– Marshall Kirk
Photo: Flickr

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The Resurging Tech Industry in South Asia

Tech Industry in South AsiaAs recently as a few decades ago, the pursuit of worldly education and career in Western countries was a badge of fame for South Asians. India, Pakistan and other South Asian nations could not offer the same level of job opportunity as the West. Therefore, many people in the educated class chose to emigrate in hopes of a wealthier lifestyle. Two factors contributed to this trend – the lack of opportunities at home and the increased quality of life abroad. At one point, over 80% of the graduates from India’s most prestigious university, IIT, used to pursue opportunities abroad.

As a result, the tech industry in South Asia fell to a baseline, sustaining itself without thriving. However, a phenomenon is occurring that has been dubbed a ‘reverse exodus’. Many of the South Asian professionals that emigrated to the West have returned to their mother country. This mass-return of individuals to their home countries is causing a boom in the industries that traditionally experienced what is known as ‘brain-drain’ (the loss of skilled professionals to emigration).

These five factors are integral to understanding the resurgence of the tech industry in South Asia.

5 Factors Causing The Resurging Tech Industry in South Asia

1. One of the major reasons behind the reverse exodus is for family. Parents that had once wanted their children to grow up in Western nations are returning to South Asia after a strong development in the education sector. Allowing children to grow up alongside a larger, more connected family creates a stronger bond than when oceans separate families. In addition, the parents of these emigrated high-skilled tech professionals are aging. The choice is to “bring them there or return home.” Oftentimes, the family will choose to return to their mother country to care for their aging parents.

2. The rapid development of South Asian opportunities pulls professionals back home. Rich with a younger population well-versed in global technology and a large market for labor, South Asia’s economy is on the cusp of a boom. This is recognized not only on the global economic scale but by the individuals choosing to return as well. In an interview conducted with a returnee, Ram, he notes that “there were opportunities in India – India is growing”. Ram already has a family and was advancing in his career steadily. However, the economic opportunity offered to him if he returned home was a stronger pull than anything in the West.

3. Industry specific zones are springing up, allowing clusters of innovation and clusters of returnees from the West. One example of this cluster effect is the Andhra Pradesh MedTech Zone in India, where medicinal technology is being innovated and discovered at a rapid rate. Medical and technology professionals from the West that returned to this sector find themselves surrounded by a silicon-valley type industry cluster. They also find clusters of similar-minded people. Returnee Ram meets people from Chicago and other US cities: “in the community of people (…) it’s like a mini-US”.

4. Capital for businesses is now readily available in South Asia. After the economy surged forward, jobs became widely available. Funding was plentiful for those that wished to start their own businesses. The IT industry hosts a yearly gathering in California for individuals who might want to return to South Asia. Companies like Intel, Amazon and Yahoo have started to attend the job fair. These potential opportunities for job growth pull many of the interested population back home. The job market and capital is potentially more accessible than in the West.

5. Government support is present for those that want to return and pursue a higher standard of living. Ram noted that entrepreneurial activities are “open to everyone”, fully accessible to anyone that wants to try their hand. The government streamlines the process so that “if you come and expect that you’re going to open your own company in a few weeks,” it’ll happen. Though there may be a more established support system in the West, the clear government support for individual development in South Asia is one of the strongest factors causing many to return.

Though the South Asian region continues its development as a result of the high-skilled professionals returning home, there is still substantial work to be done to retain the talent. Government support, economic opportunity, and familial support are all strong initial pulls. However, the issue of brain-drain won’t be fully resolved until there is sustained regional development. Focusing on industry development must be a mainstay for countries in the region in order to retain their talent and continue the growth of the tech industry in South Asia. Hopefully, through a region-wide commitment to development, South Asia will fully recover from the past losses of brain drain and develop into a hub for the global technology industry.

– Pratik Samir Koppikar
Photo: Flickr

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Innovations Transforming Dairy Farming in Kenya

Dairy Farming in KenyaDairy farming is a competitive business worldwide. Small and large scale dairy farmers alike face similar obstacles—slim margins, a fragile product and a decreasing market. Kenya produces 5 billion liters of milk every year and the dairy industry accounts for 5%-8% of the country’s total GDP. This large proportion of GDP means that innovations in dairy farming offer significant potential to improve the livelihoods of thousands. In light of this economic fact, new industry actors are emerging to transform dairy farming in Kenya.

EASYMA 6.0

Finding reliable buyers is a difficult task. In many cases, Kenyan dairy farmers are forced to sell to local traders that pay unfair prices. When the digital scale and supply chain system EASYMA 6.0 was introduced in 2014, however, conditions for dairy producers improved. In collaboration with USAID-funded programs, Kenyan tech agencies developed and deployed EASYMA 6.0 into local communities.

The process of EASYMA 6.0 starts with farmers weighing their milk at designated buyer collection centers. Producers then get an automated receipt as well as an immediate advance. This system ensures that farmers receive fair compensation for the quantity of product they supply. Ultimately, this innovation makes it easier for farmers to earn a fair living wage.

In addition to providing security in payments, EASYMA 6.0 also enhances transparency and record-keeping within the dairy industry. As a result, more than 22,000 Kenyan dairy farmers now have access to farm extension services, financial products and even livestock insurance through EASYMA 6.0.

Mazzi Milk Jug

Although a seemingly small and simple issue, spoiling milk can lead to large losses for dairy farmers in Kenya. Spoiled milk can lead to huge losses, negating much of the hard work performed by farmers. Without viable ways to fix the issue, farmers will continue to lose a valuable part of their product—and, thus, their incomes—every year.

In developing countries, safely delivering milk and dairy products is the hardest challenge farmers face. Small-scale farmers produce 80% of the milk in Kenya. Due to small-scale farmers’ insufficient access to quality storage and refrigeration, a significant amount of milk is spoiled during delivery. This struggle prompted the development of Mazzi, a durable and inexpensive jug that prevents spills and slows curdling.

Traditional jugs, or jerry cans, leave dairy products vulnerable to contaminants that cause spoilage. Additionally, traditional jugs are also fragile and very hard to clean. The Bill and Melinda Gates Foundation worked with Global Good and Heifer International to find one key solution to this issue: Mazzi.

Mazzi is a 10-liter reusable plastic container that prevents spills, limits contamination and is easy to clean. Mazzi has a wide mouth that allows farmers to use two hands during the milking process, ultimately increasing productivity. The invention also has a detachable black funnel that enables farmers to determine whether cows have udder infections, as well as a stackable lid that helps with transport and makes the product easy to clean.

The Mazzi jug will only cost $5, compared to competitors priced around $30. By increasing incomes through improved yields, this inexpensive innovation is transforming dairy farming in Kenya and improving the lives of farmers in the process.

MyFugo

Many farmers rely on the dairy industry to make a living, yet Kenya has not adopted technology to improve yield. MyFugo is a software application that is projected to increase milk production in Kenya by helping farmers monitor their cows in real-time. Allan Tollo, the app’s founder, explains that “the app helps the farmer monitor his cows throughout the day enabling them to tell what time their cow will be on heat for it to be served at the right time.”

The MyFugo technology operates by using a Smart Cow Collar. Farmers place the device on their cows and receive notifications on their smart devices of the exact time their cow is in heat. Farmers can increase milk production by reducing the calving period by more than six months. This innovation eliminates prevents farmers from missing cow fertility dates, decreases calving intervals and lowers feeding and treatment costs.

The app is free to use, but the collar costs $150. Although expensive upfront, animals will produce more calves in their lifetime leading to higher milk production, increased revenues and greater economic stability for dairy farmers in the long-term.

MyFugo has registered 8,000 farmers already and is constantly working to grow its user base. The app can track animals at any location, as well as identify their risk of disease. Farmers also gain easier access to veterinary doctors and loans. With many small farms traditionally lacking access to veterinary care and financial loans, this innovation offers the potential to transform dairy farming in Kenya.

Broad Impact

Many farmers are reluctant to embrace new technologies that challenge traditional farming techniques. However, these innovations are steadily transforming dairy farming in Kenya and creating unparalleled opportunities for farmers to earn a successful living. With new technology and easy access to records, dairy farming in Kenya is traveling a new road toward lasting progress. The successful integration of technology in Kenya’s dairy farming industry demonstrates the potential of future innovation in the agricultural industry at large.

– Sienna Bahr
Photo: Flickr

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Growing Stem Cells to Fight World Hunger

Stem Cells Fight Hunger Meat is everywhere in modern-day life, found at food trucks, the local grocer and luxurious restaurants alike. As ubiquitous as conventional meat seems, lab-based stem cell techniques continue to show promise in developing alternative sources of protein for the world’s carnivores. Along with plant-based substitutes, these cell-based alternatives are an innovation that seeks to reduce the known consequences of mass meat consumption. Perhaps one day, society may see stem cells fight hunger on a global scale.

Traditionally Sourced Meat

Meat, in all potential forms, is essential because of the proteins and nutrients it contains. This is particularly true for lower-income families. Due to its availability in many regions, meat serves a vital role in composing people’s diets. In fact, a 2018 article observes that “Both the global average per capita consumption of meat and the total amount of meat consumed are rising, driven by increasing average individual incomes and by population growth.” Thus, meat is a valuable resource due to the nourishment and food security that it can provide. Yet, the livestock requirements for an exponentially growing human population are significant.

The Rising Consumption of Resources

As of the last decade, 92% of all the freshwater that humanity consumes goes toward agriculture. About 33% of that is used for animal products. Not only do cattle, poultry and other livestock need water to drink, but their plant-based food sources need large amounts of water to grow. At the same time, the land devoted to supporting livestock raised for consumption takes up nearly 80% of all available agricultural land. Barring any major change, animal farming will likely continue to be extremely resource-intensive. This poses problems in a world that constantly demands more.

Memphis Meats

One company that recognizes the global need for sustainable meat is pursuing a new avenue of development: using stem cells to fight hunger. Memphis Meats, a startup founded in 2015, has received capital from investors like Bill Gates and Richard Branson. The company focuses on growing stem cells as meat alternatives. Pre-selected animal stem cells, when grown in Memphis Meats’ cultivators, can turn into real meat. While the company is still refining and enhancing its process, it shows promise.

Furthermore, the company has raised $161 million after its most recent call for investment. These funds will go toward further development and a new production facility. According to the Memphis Meats website, “At scale, our process will create less waste while dramatically reducing greenhouse gas emissions.” Memphis Meats therefore reaffirms that despite the potential problems of the animal agriculture current system, practical, sustainable business solutions do exist. Their work provides the possibility that stem cells could fight hunger in the near future.

A Look into the Crystal Ball

As concerns over livestock and agriculture stack up alongside concern over feeding a population of billions, these priorities may conflict. Easy answers are rarely easy to find. However, cell-based meat could provide an entirely new, sustainable source of food. At the same time, it could allow for a large-scale change in the management of the Earth’s land and water. Growing investments in this startup industry can also be a powerful force for change on a large scale.

Moreover, meat made from growing stem cells carries with it the potential to allow for important reallocations of currently available protein sources. This could one day substantially increase the international food supply while keeping it environmentally and socially conscious. It may sound farfetched that stem cells could fight hunger, but the necessity of a solution and initiatives like Memphis Meats suggest that this idea is not so far-off.

– Alan Mathew
Photo: Unsplash

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How Podcasting Fights Global Poverty

Podcasting Fights Global Poverty
In a rapidly changing society with the constant technological revolution, humanitarian organizations have to think outside the box in their strategies for community outreach, education and goal achievement. Another outcome of this continually evolving technology accompanies the rise of the Internet as a new form of news media: podcasting. Today, podcasting fights global poverty in myriad ways.

Podcasting to Fight Global Poverty

Podcasts have become a part of communication culture importantly. They cover topics from niche series to major global issues, and they can reach a wide variety of consumers in a fast-paced world. Whether completing a train commute, taking a car ride or cooking dinner, podcasting fills the need for auditory media in a way that exposes significant issues and inspires insightful conversations.

Podcasts are an effective method of spreading information about international issues like global poverty. Take “Poverty Unpacked,” for example, a podcast led by Keetie Reolen. Reolen is a Research Fellow with the Institute for Developmental Studies in the United Kingdom. She uses this medium as a way to archive her research and educate listeners about the intricacies of global poverty. She converses with leaders in this field to offer thoughts on global poverty that are otherwise underrepresented in traditional media.

In one recent episode of “Poverty Unpacked,” Reolen interviewed the author of “The Shame Game,” Mary O’Hara, about the stigmatization of poverty and those experiencing it. In another, she talks with Andrew Fischer, an Associate Professor at the Institute of Social Studies in the Netherlands, about reducing poverty on an international stage. Her survey of experts highlights innovative approaches and new directions for humanitarian organizations and governments to take when tackling this issue. These podcasts also normalize the practice of having intellectual conversations about a topic so many people know on the surface level, but many never engage with on a deeper level.

Support from International Organizations

On the other end of the spectrum, globally renowned groups like the World Bank host podcasts to highlight the organization’s work as well as that of experts to tackle poverty. The World Bank has short-form podcasts, allowing the group to explore a variety of subtopics under the umbrella of global poverty podcasts. A multi-episode special entitled “Afronomics,” for example analyzes the World Bank’s efforts in Africa through testimonies from multiple authorities. Another podcast, “Water World,” provides a detailed rundown of the World Bank’s Water Scarce Cities project.

Inspiring Listeners to Create Change

Podcasting fights global poverty by providing a creative opportunity to educate the public in a way that connects with listeners beyond the statistics. Innovation, technology and research in this field should have a platform for connecting with the public, not just other researchers. Educating people in this intimate way will allow them to not only better understand global poverty, but also equip them to incite positive change.

– Riya Kohli
Photo: Flickr

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Youth Leader Innovations to Combat Global Food Security

Global Food SecurityThe global population has been growing exponentially in the last few decades as compared to earlier times in human history, given that 42% of the population is under the age of 25. With a rapidly growing population, global food security is threatened and it is expected that without major agricultural enhancement, there will not be enough food for future generations. By 2050, crop production must grow by 60-100% from 2005 levels in order to avoid this fate.

Youth hold the future of the global food system in their hands. There are many young people working to combat the global food security crisis in a way that puts sights on the future, not the present. Through scientific innovations, advocacy and more, these young men and women not only give hope for a world with less hunger but also vehemently encourage others to join them. Some examples of their work follow. 

Kiranjit Kaur: Kisan Mazdoor Khudkushi Peedit Parivar Committee

Kiranjit Kaur of India, a 23-year-old political science postgraduate student from Punjab state, is a pioneer in the fight against farmer suicide. Losing her own father to suicide spurred her to focus on community engagement to address the statistics of over 16,000 farmer suicides in India each year. With 39% of the employed population working in agriculture, success is important for the health and well-being of farming families.

Punjab was an agricultural haven during the Green Revolution, but since the 1990s, with increased land productivity and the cost of agriculture, loans have become a norm and financial stress has increased. Kaur motivates the women in her community to participate in a social campaign that focuses on mental health, mutual support and activism. As for now, she spends most of her time working with the group but plans to do a Ph.D. on farmer suicide in the future.

Craig Piggott: Halter

A New Zealand native, Craig Piggott dedicates his talents to agricultural innovations in herding and tracking cows. His invention involves a GPS-enabled and solar-powered collar for cows, Halter, which enables farmers to herd the animals remotely; using sounds and vibrations to both direct the cows and alert the farmers of any issues. Piggott developed the app through three years of testing, and a few dairy farmers in Waikato are eager to implement the technology within their own herds. With more testing and exposure, he hopes to extend the program nationally to aid New Zealand’s agricultural field.

This innovative app will save time and resources by decreasing the farmer’s workload and using grazing grass more efficiently, thanks to the virtual fences. Piggott’s company was founded in 2016 when he was 22-years-old and has grown to a current team of more than 40 scientists, engineers and other professionals.

Sophie Healy-Thow: Scaling Up Nutrition

Sophie Healy-Thow, a 20-year-old Irish college student, is a prominent European name in the rural development advocacy and global food security spaces. She and her team’s natural bacteria project won the BT Young Scientist Exhibition in 2013, and she was also named one of Time magazine’s Most Influential Teens. Healy-Thow also speaks out about calling leaders to action, and hopes for a time when young people are listened to and engaged instead of just getting a pat on the head.

Today she speaks at the U.N. conventions and TED talks and is part of a team developing a Kenyan project called Agrikua, which focuses on encouraging women’s involvement in agriculture, providing education and other support. After university, she plans to work for a charitable organization that helps women, inspired by her current involvement in ActionAid U.K.

Jefferson Kang’acha: The Eden Horticultural Club

Food security is not a new issue in 19-year-old Jefferson Kang’acha’s life in Kenya, and he works to grow tomatoes in order to protect the staple ingredient of many Kenyan households. Due to declining yields, the price of tomatoes has spiked to high prices that most Kenyan families cannot afford. In response, Kang’acha developed the hydroponic production of tomatoes, which grows the plants with no soil and in a controlled climate.

By founding the Eden Horticultural Club, he is able to provide tomatoes to his community, including schools and hospitals in the area. In the first few months alone, he was able to distribute 2.5 tons of tomatoes to more than 100 households. He hopes to one day use this process to assist global food security throughout Africa and beyond.

The Future of Global Food Security

The future of the agriculture industry is hard to predict, but the U.N. encourages youth participation and innovation to solve the problem. Goal 2 of the U.N.’s Sustainable Development Goals (2030 Agenda for Sustainable Development) seeks to “end hunger, achieve food security and improved nutrition and promote sustainable agriculture.” Vast problems require bold solutions, and these four young people are just the tip of the iceberg when it comes to innovators doing their part to protect global food security.

– Savannah Gardner
Photo: Pixabay

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How Education in South Korea Slashed Poverty

Education in South Korea
After the Korean War, South Korea was one of the poorest countries in the world with a GDP per capita of $79. Today, it is home to many innovative technology companies and has a GDP of $1.619 trillion. This massive progress is largely due to the high standards of education in South Korea. With a strong cultural emphasis on education, the country was able to develop a flourishing economy and facilitate poverty reduction.

The Principles of Education

Education has always been important for Koreans. In the 18th century Korea, neo-Confucianist ideals and a stringent class system framed the Korean social order. Many considered education essential to slowly eliminate social stratification and offer equal opportunities. In fact, King Sejong the Great, the fourth king of the Joseon dynasty, created the Korean alphabet Hangul for that specific purpose. He wanted all of his people to be able to read and write, not just those of higher social class.

During the Japanese colonization of Korea, which lasted from 1910 until 1945, Japanese became the official language and Hangul was completely banned. Despite Japan’s imposed restraints on potential educational opportunities for Koreans during this time, the desire for education persisted. It was so tremendous that after Korea gained independence, the Korean people overwhelmingly demanded more opportunities for education. It evolved into a standard of economic and social mobility, or the fairest way to move up the socio-economic ladder. The industrialization process began through this principle, subsequently making education essential for employment.

South Korea’s Rise to the Top

In 1945, around the end of Japanese colonization, South Korea’s literacy rate was 22%, among the lowest in the world. To eradicate illiteracy, South Korea launched campaigns that aimed to educate those who did not have primary education. Additionally, in the 1950s, the government made elementary school obligatory by law. As a result, South Korea’s literacy rate rose to 96% by 1958.

The policies used to increase literacy rates also contributed to the rise in post-secondary education. South Korea ranks as the number one most educated country, where almost 70% of individuals between the ages of 25 and 34 have completed college, university or any other form of higher education.

Along with education in South Korea, the country’s economy transformed tremendously. Many consider South Korea’s economy to the most innovative economy regarding technology and has ranked number one in innovation for several years, raising its GDP to $1.619 trillion. Its ratio of research and development program spending to GDP is the highest in the world. South Korea has one of the most intricate and interconnected economies, leading in exports of information and communications technology as well as automobiles. It is also the first country to introduce 5G internet services for mobile carriers.

Education, Labor and Technology

The South Korean government believed that economic development on a national scale required high learning abilities and cognitive skills. By investing in education, students would develop skills and knowledge that would help in becoming excellent workers. The economy then flourishes and begins to invest back into education. The government also made sure to provide vocational or technical training which, alongside education in South Korea, has contributed to the low unemployment of 3.7%.

The emphasis on education in South Korea extends beyond national economic improvement. Technological companies such as Samsung encourage corporate-academic collaborations with universities like Sungkyunkwan University in Seoul and the Korea Advanced Institute of Science and Technology in Daejeon where they collaborate on research in electrochemistry and the development of new energy sources. Samsung has also provided technology to classrooms in an attempt to reduce the education gap.

Reduction of Poverty

The international community has long-since known that education alleviates poverty. There is a strong correlation between education, economic empowerment and low unemployment. Education helps economies grow and infrastructures develop. In South Korea, it was government policy that made education the biggest portion of the budget, next to defense. Government policy also used land reform to boost education. Land reform redistributed land which significantly reduced land ownership inequality. It thereby changed social policy, reduced poverty and aided in bringing educational levels to an all-time high. Rural populations with higher levels of education in South Korea produced a large workforce of well-educated individuals that served as a catalyst for industrialization and reduction of poverty. Today, although South Korea still battles poverty and an education gap between the rich and the poor, the country and its economy have greatly transformed since 1945.

– Nada Abuasi
Photo: Unsplash

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How FREO2 Is Bringing Stable Access to Oxygen To Remote Health Centers

Access to Oxygen
Many often take oxygen for granted but during the COVID-19 pandemic, it has become a valuable and sometimes scarce resource. Coronavirus heavily affects the respiratory system; access to oxygen is crucial for doctors to effectively treat their patients. However, medical oxygen tanks often rely on electricity to function. In regions without stable access to power, this can be a dangerous system.

The FREO2 LPOS System

The Fully Renewable Energy Oxygen Foundation, or FREO2 for short, is an Australia-based health technology research group. It developed a suite of technology innovations that can store and dispense medical oxygen without using electricity. FREO2’s work includes the creation, development and deployment of innovative health technologies to underserved hospitals around the world.

FREO2 began developing its oxygen system in 2011. It was spurred by the dire effects that unreliable access to medical oxygen has on children suffering from pneumonia. Pneumonia is the greatest threat to children’s lives in the world, despite the proven effectiveness of medical oxygen as treatment. With the support of the Ugandan government, FREO2’s medical experts and engineers found a solution: they harnessed the power of water.

How Does the FREO2 LPOS System Work?

The FREO2 Low-Pressure Oxygen Store (LPOS) system uses an oxygen concentrator machine to remove most nitrogen from the surrounding air, leaving nearly pure oxygen which is then stored in a large bag. If the hospital experiences a power outage, the LPOS system uses gravity-powered water from above to push oxygen through its pipes at the correct height to ensure the appropriate amount of pressure for the patient. The LPOS system can provide electricity-free medical oxygen for 8 to 10 hours, allowing under-resourced hospitals to treat their patients more effectively.

At the Mbarara Hospital in southeastern Uganda, doctors struggled to provide uninterrupted access to oxygen to children afflicted with pneumonia and other respiratory infections because of unreliable electricity. FREO2 first used the LPOS system on a six-month-old patient in July 2018 at the Mbarara Hospital in Uganda. FREO2’s LPOS system was crucial to treating his pneumonia and his successful recovery.

Inequality in Access to Oxygen

Innovations such as the FREO2 LPOS system have the capability to save lives in remote regions during the coronavirus pandemic. Unequal access to oxygen is an indicator of stark health inequalities between and within countries. Although medical oxygen has been recognized as essential for decades, there are still many health centers without stable access to it.

After its initial success in 2018, FREO2 plans to dispense the LPOS system at scale to 30,000 clinics in regions across Africa and Southeast Asia where the risk of pneumonia is great. However, the COVID-19 pandemic has highlighted the urgency of this issue. To aid health centers during the pandemic, FREO2 has donated eight LPOS systems to rural hospitals in Uganda.

During the COVID-19 pandemic, unequal access to oxygen can be a matter of life or death. The ingenious work of organizations like FREO2 is central in the current global health crisis and beyond. Innovations like the LPOS system have the power to narrow the gap in healthcare access across the world. FREO2’s work could mitigate the effects of health crises at underserved health centers in the future.

– Leina Gabra
Photo: Flickr