Archive for category: Technology

Information and stories about technology news.

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The Clean Technology Hub Pioneers Renewable Energy Solutions in Africa

Renewable energy in Africa
The Clean Technology Hub is a center for innovative energy technologies based in Abuja, Nigeria. On top of conducting research and development for new renewable energy solutions in Africa — the Clean Technology Hub also acts as a start-up incubator for entrepreneurs committed to clean energy and as a consultant for businesses aiming to become more energy-efficient.

The Energy-Poverty Gap In Africa

Through advancing the field of clean energy solutions, the Clean Technology Hub hopes to bolster sustainable economic growth across Africa. More than 600 million people in Africa are currently living in energy-poverty and the continent’s population only continues to grow. As the world becomes increasingly reliant on technology, the need for energy access in Africa also continues to grow.

The core issue is not simply access to electricity but more specifically, access to reliable and uninterrupted electricity. Several million Nigerians only have access to an average of four hours of electricity per day. According to Clean Technology Hub, 93 million people in Nigeria do not have access to electricity at all. Rural areas of Nigeria face an exacerbated problem as over 60% of communities in these locations do not have access to energy. Of course, this issue is not unique to Nigeria. The Clean Technology Hub hopes to accelerate energy access across the entire continent through renewable and sustainable methods.

The Intersection of Renewable Energy & Technological Development

One of the Clean Technology Hub’s projects, Tech Meets Renewable Energy, intends to address the problem of renewable energy solutions in Africa. This initiative aims to bring energy access to remote areas in Africa through a collaborative effort between sustainable energy and technology. Clean energy providers need technological solutions to monitor consumption and develop transparent payment methods in order to make renewable energy as accessible as possible.

As a part of the Tech Meets Renewable Energy project, the Clean Technology Hub created a program to support entrepreneurs with innovative ideas on how to further develop the renewable energy supply chain. The issue of the energy supply chain can seriously hinder energy access in hard-to-access locations. This is only one of many ways that the Clean Technology Hub has created a space for innovators in the industry who are committed to advancing clean energy solutions.

Gender and Energy Access

Ifeoma N. Malo, the co-founder and CEO of the Clean Technology Hub, is a young Nigerian woman who is pioneering the world of renewable energy solutions in Africa. She believes that energy-poverty is an issue that affects almost every sector in Africa. In an interview with ESI Africa, she discussed the kidnapping of 265 young girls in 2014, who were taken from their schools in Chibok during a study period. She explains that part of “the reason they were kidnapped with ease and in such high numbers is that they did not have electricity,” making it impossible for anyone to get help.

Thus, gender-based development is an important aspect of Clean Technology Hub’s work. Malo believes that female-founded and led Micro, Small and Medium Enterprises (MSMEs) are crucial to the future of renewable energy solutions in Africa. The Clean Technology Hub has a number of programs that empower African women and provide their businesses with cost-efficient, clean energy solutions. Over time, the MSME project has not only accelerated the adoption of renewable energy but sustained thousands of women-owned small businesses.

Looking Ahead

The future that the Clean Technology Hub envisions is the expansion and proliferation of renewable energy solutions in Africa, alongside sustainable economic growth and development. Although there is still a long way to go in closing the energy-poverty gap in Africa, the Clean Technology Hub’s important work has greatly accelerated the adoption of clean, renewable energy solutions in Africa.

– Leina Gabra
Photo: Flickr

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Tackling Heart Disease in Bolivia with the Nit Occlud Device

Heart Disease in Bolivia
Bolivia is the second poorest country in South America, performing poorly in education, life expectancy, economic strength and overall development. Most alarmingly, it lacks sufficient medical care due to a limited supply of adequate resources. Bolivia’s unique geography advances its tremendous healthcare challenges, causing children to be 10 times more likely to be born with congenital heart defects. These conditions are nearly impossible to treat without trained cardiologists and updated facilities, two things often inaccessible to most Bolivians. Thus, addressing heart disease in Bolivia is quite challenging as a result of these factors. However, Franz Freudenthal, inventor and cardiologist, is improving medical care with a simple technique that utilizes an indigenous hobby to heal holes in hearts.

What is PDA?

Patent Ductus Arteriosus (PDA) is a common congenital heart defect, particularly prevalent in certain parts of Bolivia. The defect is caused by an opening between two major blood vessels traveling away from the heart. The opening is crucial to a baby’s circulatory system before birth, but it should close almost immediately upon exiting the womb. PDA cases, however, present holes in the heart that remain open. Although the exact cause of congenital heart defects like PDA is typically unclear, decreased oxygen levels have a direct impact on fetal heart health. Because La Paz, Bolivia sits at 3,600 meters above sea level, where the atmosphere has lower oxygen levels than most parts of the world. Therefore, Bolivia’s altitude is the likely cause of irregular blood. Also, the mother’s inability to provide appropriate oxygen levels to her child can result in severe complications.

Breathlessness and failure to thrive are the most common symptoms in mild cases, but fatigue and failure to gain weight can also occur because harmed hearts must work three times harder to pump blood than healthy hearts. Children with severe cases of PDA are at a higher risk for pulmonary hypertension, arrhythmias, infective endocarditis, anticoagulation and congestive heart failure. However, each of these symptoms can be relieved by skilled women in the Andes Mountains’ high plains.

Ingenuity to Fight Heart Disease in Bolivia

Aymara women have been knitting clothes and blankets for centuries, but with help from Franz Freudenthal, they are now knitting heart-closure devices to mend PDA. The Nit Occlud is a hi-tech medical advancement modeled after an occluder, an industrially-produced device intended to block holes in babies’ hearts. Unlike a normal occluder, the Nit Occlud’s design cannot be mass-produced due to its intricate design. Therefore, Freudenthal had to search for an alternative production plan. The perfect method, he soon found, was the wonderful weaving skills of the Aymara women.

The Nit Occlud is composed of a super-elastic metal known as nitinol, a nickel-titanium alloy capable of memorizing its own shape. After a doctor inserts the device through the body’s natural channels, it travels through blood vessels, expands to its original shape, plugs the heart’s hole and permanently restores basic cardiac functionality.

Typical treatments for PDA include surgical procedures, cardiac catheterizations, or heart transplants, but these are not available Bolivia and are not welcomed by the Aymara people. Even though the Aymara people have recently adopted Catholicism, they still believe in the power of the Andes Mountains spirits and their effects on human souls. Keeping in mind that manipulating a heart – performing open-heart surgery or a transplant – is considered desecration according to the spirits, Freudenthal created a minimally invasive innovation to respect patient beliefs and to “make sure that no child is left behind.”

Making Impact

Although congenital heart defects remain the fourth leading cause of premature deaths in Bolivia, the rate has dropped 36% since 2007. Freudenthal’s Nit Occlud has saved more than 2,500 children in nearly 60 countries after experiencing immense success in Bolivia. The country is also succeeding in its fight against poverty. The number of Bolivians living on less than $3.20 a day is projected to decrease by 35% in the next 10 years. Additionally, more children are being vaccinated and more prenatal care opportunities are becoming available to mothers. With these advancements in healthcare and poverty reduction, the economy will soon flourish and rates of heart disease in Bolivia are sure to drop .

– Natalie Clark
Photo: Flickr

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How Delivery Apps Aided China During COVID-19

delivery appsWhen China was at the peak of its COVID-19 outbreak, unexpected lockdowns affected well over 700 million people. Hundreds of thousands of these people grew anxious and engaged in panic buying, leaving essential stores depleted. Many people suffered from a lack of necessary supplies as a result. However, within days, supplies from all around the world began flowing into China. In order to comply with lockdown measures, many people turned to digital delivery apps to continue receiving their basic necessities.

Efficient Delivery

Despite its new uses during the pandemic, delivery technology is not a new concept in China. In fact, China has one of the most efficient delivery systems in the world. While other globally renowned companies, such as the U.S.-based e-commerce platform Amazon, pride themselves on rapid, two-day delivery, China’s home delivery apps can be at your door within minutes.

These digital delivery platforms, better known as wai mai xiao ge (which directly translates to “takeaway lad”), have flourished throughout the country. Whether users need to order takeout, groceries or even a portable phone charger, these delivery apps can do it within minutes. Though these platforms were originally seen as a convenient method to receive goods, they soon turned into a vital lifeline after China enacted stay-at-home measures during the COVID-19 pandemic.

Creating Jobs

Besides aiding those at home in need of essential goods, wai mai platforms have also greatly benefitted the deliverers themselves. Meituan Waimai, one of the most prominent on-demand delivery companies in China, created over 336,000 jobs for wai mai drivers as the coronavirus surged. These new jobs were vital opportunities for those who lost their primary source of income during the crisis.

Zhang Shuai, a 24-year-old delivery driver from Zhengzhou in Henan province, works in Shanghai, one of the largest and wealthiest cities in China. Shuai signed up to work with Meituan Waimai when COVID-19 cases began to grow because it was too difficult to find any other job. However, his delivery job with Meituan Waimai now provides him with $1,400 per month, a wage that is higher than the average urban salary in Shanghai.

Many workers from remote, rural villages also use these jobs with delivery apps as an opportunity to move to more urbanized cities and establish a less regimented life for themselves. While living in the village, many people from rural China worked in factories that often required a specialized skill set and a peer who could provide a recommendation for them. However, the same workers can get hired as a deliverer in a metropolitan city soon after verifying their identity and credentials. Once hired, they can receive better pay than what factory work would provide.

The Future of Meituan Waimai

As the pandemic continues, home delivery systems also continue to grow with it. Prior to the COVID-19 outbreak, Meituan Waimai was a $46 billion business. However, within the last few months, it has reached a record high at $100 billion amid the virus and is projected to continue growing from there, providing more job opportunities as it does so.

– Heather Law
Photo: Pexels

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4 Ways Digital Currency Can Improve the African Economy


Since the beginning of the digital age, there have been several advances in the world of digital currency. From mobile banking apps to mining for cryptocurrency, the use of physical bills and coins is becoming less common. The potential of this new technology in developing countries, particularly for those in Africa, cannot be ignored. Here are four ways digital currency in Africa can improve the economy.

4 Ways Digital Currency in Africa Can Improve the Economy

  1. Transferring money is easier and faster when combined with technology. For those who cannot waste time waiting for money to travel from one location to another, digital currency in Africa would allow for conveniently instantaneous transfers. Additionally, more companies are taking notice of the strong potential market for digital currency in Africa and the positive impact it could have on citizens and businesses. Airtel Africa, a telecommunications company serving East, West and Central Africa, has recently partnered with Mukuru, an online remittance company, allowing Mukuru customers to instantly send money transfers directly to Airtel Money customers across 12 African countries. This means that people can make intra-Africa payments from Southern Africa, where Mukuru has a major presence, to other nations in Africa. Users would also benefit from no longer going to an agent to receive international payments physically. Once Airtel Money customers receive the money, they can use it to pay bills, purchase goods and services or even cash out at one of Airtel Africa’s branches or kiosks. This will allow African citizens to get the most out of their money.
  2. Managing personal income leads to greater financial literacy. As the use of digital currency spreads, people are increasingly exposed to the language of business as well as standard banking practices. For those living in countries with low financial literacy rates, this could be the difference between economic stability and poverty. The implications of digital technology in Africa are astronomical due to the previous lack of education on these financial principles across the continent. In Somalia, the current rate of financial literacy is estimated to be 15%. On the other side of the spectrum, Botswana has a rate of over 51%—the highest in all of Africa. With this first-hand knowledge, more people will be able to learn how to manage their finances properly.
  3. Digital currency allows for more connections between African citizens and the rest of the world. The use of digital money transfers not only allows those living in Africa to pay and request money from people within their continent but also those around the world. With the recent partnership between Airtel Africa and Mukuru, small business owners in Africa can now establish business relationships with people in Europe, Asia and the United States, among others. As these relationships continue to grow, the digital currency can flow freely between Africa and the rest of the world, opening the continent up to high-dollar investments from more developed regions and, in time, lead to a potential rise in the African economy.
  4. More women have access to their finances. Only 37% of women in Sub-Saharan Africa have a bank account compared to 48% of men—a gap that has only widened in the past few years. The numbers are worse in North Africa, with around two-thirds of the adult population remaining unbanked and the gender gap for access to financial education standing at an 18% difference, the largest in the world. However, with the rise of digital technology in Africa, more women can become empowered and take control of their finances. Female entrepreneurs rarely apply for loans as a result of low financial literacy, risk aversion and fear of losing their businesses. If these women were to utilize digital banking technology, they would be able to pay employees, investors and, most importantly, themselves more efficiently. As more and more women manage their finances, they will be able to lift themselves out of poverty and strengthen their local economies.

As digital currency in Africa continues to flourish, more entrepreneurs, families and willing investors will be able to witness the rise of the African economy. Money transfers and online banking will likely support the growing economy as it joins the rest of the world in the technology age. With continued global support, African citizens will be able to lift their economy to new heights.

– Daniela Canales
Photo: Flickr

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7 Ways Ghana Has Developed Its Technology to Produce Solutions

Ghana Has Developed Its Technology to Produce Solutions
Over the last two decades, the Republic of Ghana has been the hub for technology production in sub-Saharan Africa. Ghana has developed its technology to produce solutions in its IT programs and sustainability training. One of the metropolitan cities in the Republic of Ghana, Accra, has always been the first to discover a new method or tool useful for technology and solutions. In the last 20 years, Ghana started with virtually no institutions for health, economy and environmental sustenance.

F.K.A. Allotey of the government of Ghana said that”We paid the price of not taking part in the Industrial Revolution…because we did not have the opportunity to see what was taking place in Europe. Now we see that information and communication technology has become an indispensable tool. This time we should not miss out on this technological revolution.” Here are seven ways Ghana has developed its technology to produce solutions.

7 Ways Ghana has Developed its Technology to Produce Solutions

  1. The Republic of Ghana has been making plans to promote economic growth for the last decade. Ghana has developed its technology to produce solutions due to a substantial lack of such in the last decade. It is shooting for a low to middle-income status in the upcoming decade. In order to accomplish this, the focus has shifted heavily on agriculture. Agriculture is the ticket to a sustainable living environment with food security, supplies and clothes, etc. The issues hindering productivity in Ghana have been farmland, economic conditions and infrastructure. This is due to the lack of fundamental training in land management and equipment. To combat this, widening the use of technology to make farming in Ghana easier should accelerate productivity. When technology makes things more convenient, people can accomplish more in one day.
  2. Productivity in Ghana is at a higher rate than its neighboring nations. Ghana uses 6% of its gross domestic product to pay for education, one of the highest percentages in the world. It is a participant in world trade. Gold, cocoa and oil are three of Ghana’s primary exports. This keeps profits high enough to continue to educate and train younger citizens to farm and harvest. For example, the GDP (gross domestic product) of the neighboring country Togo is less than Ghana. Meanwhile, 30% of the population in Togo lives below the poverty line (2,366,700 people). Ghana’s percentage of those below the poverty line is 23.4% (6,966,180 people).
  3. Ghana has made a shift to incentive-driven economic policies to improve leadership. In order to do this, smaller land rural farmers will now be able to identify their needs (crop production, improvements on harvest/post-harvest procedures and finding the value in their commodities). There will be more incentive to increase productivity when farmers feel that others are hearing and taking their needs into consideration. An NGO project by Obrobibini Peace Complex emerged to open sustainability training centers in Ghana, as being a regenerative nation is paramount. This project raised $18,194 out of its $20,000 goal. These training facilities should work to expand sustainability knowledge for marginalized Ghanaians. This project improved the health and livelihoods of the citizens in Ghana who are otherwise struggling with farming and equipment.
  4. In 2017, students at the Kwame Nkrumah University of Science and Technology developed a solar-powered vehicle for transport called “aCar” to further explore the transportation needs of the country. Mostly, Ghananian farmers need transportation to and from the town markets (especially rural farmers) and also carry the goods that they need to sell. The aCar became a convenient way to transport goods and trade with other farmers at markets in town. The car is solar-powered, does not require fossil fuel and saves farmers money.
  5. In 2020, Accra is the hub for technological advancement and the future of the nation’s development. It is home to many tech firms and startup ideas. Accra acts as a host for pharmaceutical companies like “mPedigree” and “Rancard” that provide telecommunication services with other companies in the region. Setting up these telecommunication companies in the heart of Ghana’s metropolitan city has helped thousands of students growing up in Ghana find a path and way of learning. The median age in Ghana is 21 years old (5,230,050 people within the age range of 15-24). The future of Ghana is relying on young citizens to develop and further produce technological solutions to the prominent issues that currently lack such.
  6. Meltwater Entrepreneurial School of Technology (MEST) in Accra is providing complete IT training, funding for software startups and even mentorship for all students. Having more young people trained in IT is helpful for the progression of technology and productivity within the nation. These schools and programs give young Ghanaians inspiration, hope and prosperity for their future and that of the nation. Students originating from rural cities and towns are learning skills that they can use internationally or locally. They are learning environmental and technological problem-solving. Tech hubs like Impact Hub Accra, iSpace and MEST are working the minds of those who want to learn to develop their communities.
  7. After making executive decisions since 2000 to implement a plan to technologically develop and advance, there will always be room for further development and Ghana is reaching its peak. The introduction of the internet and wireless technology over the last 10 years has extended information to reach otherwise marginalized cities. Where the internet has yet to reach, radio broadcasting comes behind and reaches further into the rural corners of Ghana to keep people educated and informed.

Ghana has developed its technology to produce solutions and increasing more today than ever three years ago. The Ghanaians are young and flourishing constantly learning new things and adding programs to their hub for technological development to continue growing, developing and improving. In the next decade, Ghana hopes to become a self-sustaining, middle-class economy. In the next decade, technology improvements in Ghana will advance far beyond where they stand even now.

– Kimberly Elsey
Photo: Flickr

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5 Innovations Fighting Global Poverty

Fight Global Poverty With These 5 Innovations

Now more than ever, technology is working hard to help those living in poverty. Although there are many innovations, here are five unique innovations fighting global poverty.

5 Innovations Fighting Global Poverty

  1. Score Stove 2: An appliance called Score Stove 2 not only cooks food but also creates electrical energy through heat combustion, an electricity source that one can use to charge up to 12 batteries at a time. To reduce deforestation, the stove requires almost 50% less wood than conventional stoves. Its energy-saving design also minimizes smoke inhalation. This environmentally friendly stove is a unique solution to a traditional stove.
  2. Hippo Roller: The Hippo Roller can carry up to 90 liters of water at a time, an efficient tool for those who need to carry several gallons of water a day to provide for their families. People can also use the Hippo Roller for irrigating crops, cleaning and cooking. Currently, 51 countries are using this appliance. It has supplied about 60,000 people with efficient water transportation. This innovation is a simple solution working to combat the water crisis and fight global poverty.
  3. LifeStraw: The LifeStraw also tackles the global water crisis, filtering and removing bacteria or parasites from water sources for those who do not have access to clean water. The LifeStraw has an unlimited shelf life, is very durable and lightweight and is an essential survival tool. Inside the shell is a membrane microfilter that remains effective for up to 1,000 gallons, or 4,000 liters, of water. The LifeStraw is now popular among hikers and backpackers. However, the original purpose of the LifeStraw was to help eradicate Guinea worms from water, making it safe to drink for those with limited access to clean water or healthcare.
  4. Life Saving Dot: Iodine bindis are saving lives in rural India as iodine deficiencies are a leading cause of brain damage and anemia. This Life Saving Dot, which people can wear like a bindi, gives a daily dose of 150-220 micrograms a day to the wearer. While the founders of the company have worked to give many away for free, Life Saving Dots generally sell at a low price to low-income families. Global poverty and health directly relate, both acting as the cause and effect of the other. Technology like this is helping to stop this cycle.
  5. Tree Planting Drones: Tree-planting drones in Myanmar are restoring forests. Biocarbon Engineering and the Worldview International Foundation have teamed up to plant trees in empty fields. The drones first collect data about the fields and then determine what plants would best survive there. The drones allow the coverage of more land at a faster rate than if people planted the trees by hand. Environmental factors, such as deforestation, flooding and drought, directly affect communities. Forests supply clean air, water resources and wood to help maintain food security and wealthy communities.

These five innovations fighting global poverty show how technology can be a powerful tool for addressing global poverty. Just one of these innovations offers so much relief to those in need; imagine what might happen if everyone in poverty had access to these technologies.

– Hannah Kaufman
Photo: Flickr

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3 Ways Silicon Valley is Combating COVID-19

Silicon Valley Combating COVID-19
Silicon Valley is highly regarded as a center of entrepreneurship that has solved many of the world’s problems. Recently, these innovators have shifted their attention to COVID-19 through a variety of strategies like creating safer and more efficient ways to treat patients, shortening the supply chain of personal protective equipment and donating money to help mitigate the virus’ effects. The sector boasts produces $275 billion in profit every year, deeming it one of the wealthiest regions on Earth and underscoring its immense financial power. Silicon Valley is mobilizing its resources to create innovations and provide financial firepower to help eliminate the virus globally. Here are three ways Silicon Valley is combating COVID-19.

Robots

Robot production, an already increasingly popular industry worldwide, is playing a significant role in COVID-19 prevention. Robots are capable of performing a myriad of tasks that could help mitigate the virus. For example, machines programmed with ultraviolet disinfection techniques are being used to clean medical areas in a way that is faster and more effective than human workers. Knightscope, a Silicon Valley company that produces security robots, recently updated its fleet to spread COVID-19 information through speaker systems.

Robots have proven especially beneficial in many developing countries for disinfection and testing purposes, highlighting how technology  can help the impoverished. In Rwanda, for instance, robots record temperatures and deliver supplies to medical facilities across the capital city of Kigali. Similarly, Egypt is using remote-controlled robots to administer COVID-19 tests to minimize the risk of virus transmission during testing. With technological innovations like these from Silicon Valley, there is hope for reducing the spread of COVID-19 in countries across the world.

3D Printing

Silicon Valley is home to some of the world’s largest 3D printing companies like HP and Formlabs and is widely regarded as the leader of innovation in the field. Now, 3D printers are being used to quickly and affordably generate personal protective equipment such as masks and face shields for health care professionals. 3D printers are especially efficient in bringing needed equipment directly to medical facilities by bypassing government bureaucracy. This is an especially valuable asset for developing nations, as critical supplies are often not available due to government corruption or inadequacy. 3D printing technologies are currently being made more affordable so more developing countries can invest and benefit from their advantages. 3D printing is another way how Silicon Valley is addressing COVID-19 t internationally.

Donations

Many Silicon Valley billionaires have contributed some of the biggest donations for COVID-19 mitigation efforts. These philanthropic actions have shown how Silicon Valley is addressing COVID-19 beyond its technological endeavors. The CEO of tech giant Twitter, for example, has pledged over $1 billion in stock of his online payment company Square to global COVID-19 relief. This donation represents 28% of his wealth, inspiring other tech moguls to make similarly substantial donations. Renowned Microsoft founder and philanthropist Bill Gates has allocated at least $350 million to COVID-19 relief through Bill and Melinda Gates Foundation. However, these generous moves by Silicon Valley elite are not enough: less than 11% of all billionaires have provided financial assistance for COVID-19 relief. With its notorious wealth, Silicon Valley has the power to great;y help solve the world’s problems through philanthropy.

Silicon Valley is combating COVID-19 through its world-renowned innovation and financial capabilities. While robots and 3D printing are especially helpful in supporting the world’s poor in and the fight against COVID_19, these innovations cannot end with the pandemic. To truly eradicate global poverty, Silicon Valley must take a continued vested interest in the world’s poor.

– Garrett O’Brien
Photo: Flickr

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Intel’s Tech for Good Initiatives During COVID-19

Intel creating Tech for GoodThe COVID-19 pandemic has been an accelerator for collective innovation and partnerships. One example has been Intel’s Tech for Good initiatives. Intel has played a big role in using its technology to combat COVID-19 in two main ways: medical (Response and Readiness Initiative) and educational (Online Learning Initiative). So far, Intel has worked on close to 200 projects in collaboration with more than 100 organizations. Intel’s efforts have made a huge impact, both during the original pandemic response as well as within the early steps toward recovery.

Intel’s Tech for Good During the COVID-19 Pandemic

In April 2020, Intel pledged $50 million to COVID-19 relief in the form of supporting research efforts, technology for medical infrastructure and help for low-income students’ online learning needs. Collectively, $40 million focuses on improving patient care, scientific research and online learning. The other $10 million focuses on funding new ideas and technologies with external partners and employee-led relief projects to deal with the COVID-19 pandemic. Intel also donated $10 million, which went toward masks, gloves and PPE for local communities.

Medical: Response and Readiness Initiative

An example of Intel creating Tech for Good was during the initial period where Intel and Medical Informatics Corp (MIC) provided ventilator manufacturers with vital parts and created virtual intensive care units (ICUs). These remote ICUs operate on the MIC’s Sickbay™ platform. They protect front-line healthcare providers by reducing the risk of exposure to the virus. Additionally, they provide an efficient means of monitoring critical care patients through a single dashboard on a computer. This effort helps hospitals ease the strain on their manpower during the pandemic. Intel has agreed to fund the initial implemental fees and waive the first 90 days of software subscription licensing. This will help hospitals access the products needed to upscale their workforce and meet the demands of treating patients promptly.

Furthermore, as a multinational company with an international focus, Intel has donated funds to countries that require help to combat COVID-19. In collaboration with the American Chamber of Commerce in Malaysia (AMCHAM), Intel Malaysia pledged to donate more than RM2 Million to help healthcare professionals in combating COVID-19. The funds donated will go toward buying COVID-19 test “kits, ventilators, patient monitors and air purifiers” for government hospitals in the states of Penang and Kedah. This is all done in an effort to reduce the burden on the Malaysian healthcare system during the pandemic.

Education: Online Learning Initiative

Challenges to study from home during the pandemic are affecting thousands of needy children globally. According to an American survey, only 60% of children in the United States have access to reliable Internet connectivity. Furthermore, approximately 40% of children do not have electronic devices to facilitate their studying from home. Hence, recently Intel partnered with First Book to launch the Creating Learning Connections Initiative that supports Title I supports children in “school districts affected by the pandemic.” Through the initiative, Intel and its partners are funding $5 million for the purchase of personal computers and digital resources. Furthermore, the initiative is awarding $4,000 to each “district in an effort to set up stable internet connectivity for children who need to study from home.”

Another example of Intel creating Tech for Good is through Intel’s Online Learning Initiative. This program provides “PC donations, online virtual resources, study-at-home guides and device connectivity assistance.” It will start in the U.S., but Intel plans to expand the program around the world. The technology allows students that do not have access to technology with devices and online learning tools. By partnering closely with public schools, Intel will enable many students to continue learning despite the national lockdown. Hence, the pandemic has been a clear catalyst for technological innovation in the interest of social good.

Creating Hope for Future Generations

According to Intel VP Rick Echevarria, “people’s health will be critical to the world’s economic recovery, just as the economic recovery will be key to everyone’s health.” He emphasizes further that the technologies developed by Intel, such as digital health and online learning, will outlive the pandemic. This creates hope that technological innovation and collaboration in the interest of public health will be continued throughout generations.

– Mariyah Lia
Photo: Flickr

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4 Technological Solutions Alleviating Poverty

Technological Solutions Alleviating Poverty
Providing cheap, accessible and reliable technological solutions can alleviate poverty in developing nations. Technological innovations have proven to provide small-scale farmers with agribusiness and expansion opportunities for education services. They also provide growth in energy production and water security. Affordable innovations are therefore essential to improve the lives of those in need. Here are four technological solutions alleviating poverty in developing nations.

4 Technological Solutions Alleviating Poverty

  1. Digital Devices – Global citizens have more access to digital devices than ever before. In developing nations, the overwhelming usage of digital devices allows for the precise gathering of data. This collection of data provides opportunities to improve the health and food sector. For example, the Harvard School of Public Health effectively explained why and how diseases spread in Kenya. Researchers utilized statistics from digital devices to effectively locate the spread of diseases. In developing nations, digital devices can also help to connect small-scale farmers. For example, WeFarm is a free digital network that connects farmers in Kenya, Uganda and Tanzania. WeFarm uses artificial intelligence to connect farmers with similar questions and answers. It also promotes the sharing of information, innovations and solutions. Therefore, farmers have seen an increase in earnings, pricing and quality of products. Similar to WeFarm, Esoko also promotes agribusiness in African countries. Esoko is a web-based program connecting small farmers to large-scale markets. Esoko sends SMS messaging offering price notifications, market opportunities and supply totals. The implementation of Esoko has decreased the cost of local farmers’ transactions. It has also increased consulting abilities and the income of small farmers. Therefore, digital devices are successful technological solutions alleviating poverty.
  2. Online Learning – Additionally, online learning is one of the other technological solutions alleviating poverty in developing nations. Improving educational opportunities is essential for a nation’s overall growth. Unfortunately, specific regions of developing nations do not have access to in-person education services. Therefore, online learning bridges this gap. The African Virtual University (AVU) is a nonprofit organization delivering higher education courses to citizens in Sub-Saharan Africa. AVU offers online learning courses from 50 universities. AVU’s mission is to improve the quality of education, provide women with educational opportunities and stimulate economic growth. In 2011, 25,000 students from 17 African countries enrolled in AVU. AVU has successfully impacted African economies by producing citizens with degrees in business or technology.
  3. Fog Catchers – People utilize fog catchers in regions where there is minimal rainfall. Fog catchers use a fitted mesh to catch water droplets. Droplets then funnel through drainages and into filters. The water that this equipment catches goes toward agriculture, laundry and other appliances. In Lima, Peru, a team from the Youthinkgreen nonprofit organization trained locals to build fog catchers. Locals expect to save over 50% of their water usage a day.
  4. Hydropower – One strategy of hydropower is to implement a versatile dam. Dams increase water security with the expansion of water storage. Hydropower also provides communities with clean, cheap and consistent energy. In the Hubei Province of China, four poor counties received hydropower development projects. The project’s mission was to use technological solutions to alleviate poverty in these counties. The project directly funded various poverty agendas of each county. An assessment of the project found that the ability of hydropower development to alleviate poverty was significant. The counties’ income levels even exceeded China’s poverty line.

Overall, affordable technological solutions alleviate global poverty in developing nations. Technology must be easy to use and consistent with the intension of generating economic progression. As technology continues to develop, services should become less exclusive and therefore more available to developing countries.

– John Brinkman
Photo: Flickr

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10 Health Care Apps in Developing Countries

Healthcare Apps
The relationship between phones and medical care evolved rapidly with the rise of smartphones. Not only do people now have an effective means of communication at their fingertips, but they also have information and, lately, an increasing number of medical tools as well. Here are ten health care apps making a significant impact in developing countries.

10 Health Care Apps in Developing Countries

  1. Peek: Peek has its sights set on helping people with vision impairment issues and blindness, a problem exacerbated in developing countries by a lack of resources. Peek can identify people with vision problems and work with health care providers to pinpoint an economically feasible way to supply the treatment they need. Currently, the International Centre for Eye Health uses Peek at the London School of Hygiene. Tropical Medicine is also administering a population-based survey of blindness and visual impairments in Cambodia.
  2. SASAdoctor: SASAdoctor is making health care consultations more accessible in Kenya, where only 12% of the population is insured. The app is available to all Kenyans with an Android smartphone or tablet (65% of the population). For the uninsured, using SASAdoctor is cheaper than an in-person consultation, bringing costs down to the equivalent of $4.66. Patients have their medical history, list of medications and other medical notes in the app. This ensures that the consulting professionals will have the information they need to create an informed medical opinion. A projected 80% of Kenyans will have smartphones in the next few years, making the app increasingly beneficial.
  3. iWander: The purpose of iWander is to help keep track of dementia patients. Set with tracking technology that can be discretely worn by the patient, the app gives users more control over the care of loved ones, which can be vital in countries where health care may be less accessible. By helping families be proactive to crises, iWander can help cut costs, as home care for dementia patients is often expensive.
  4. Kenek O2: Kenek O2 allows the user to monitor their oxygen levels and heart rate while they sleep. Built for iPhones, the app also requires a pulse oximeter which connects to the phone. Together, the cost for these two items is around $100. In contrast, a regular hospital oximeter and similar products could cost upward of $500. Having been used effectively in North America, South America, Asia and Africa, Kenek O2 is currently working on developing a special COVID-19 device to watch for early signs of hypoxia, or the deficiency of oxygen reaching tissues.
  5. First Derm: First Derm also requires a smartphone-connected device called a dermatoscope. This enables patients to take detailed pictures of skin conditions for effective teleconsultations. In places where patients have little access to health care facilities, this makes getting a second medical opinion much easier. So far, First Derm has helped in more than 15,000 users from Sweden, Chile, China, Australia and Ghana. Of these, 70% could be treated without a doctor, most often by over-the-counter treatments available at local pharmacies.
  6. Ada: Functioning as a personal health assistant, Ada provides medical advice to users who input their symptoms. The app is intended to assist those who don’t have the means to seek an in-person consultation right away. Currently, 10 million people around the world are using Ada for symptom evaluation.
  7. Babylon: Another app that’s intended to mitigate the obstacle of going to see a doctor in person, Babylon allows users to input their symptoms. The app specializes in non-emergent medicine, allowing patients to skip a trip to the doctor’s office entirely if their condition allows it. This is beneficial in places where doctors are sparse, or the patient lacks the financial means to get to the hospital. Babylon caters to users across the U.S., U.K., Canada, Rwanda and several countries across Asia-Pacific and the Middle East. The goal is to expand to even more countries in the coming years.
  8. MobiSante: When connected to its ultrasound device, MobiSante provides quality diagnostic imaging. The ultrasound is then sent directly to the patient, enabling them to receive health care outside the confines of a hospital or clinic. The app brings more holistic and informed treatments to people who may have previously struggled in finding a place with the proper resources to diagnose them.
  9. Go.Data: Go.Data is a tool released by the WHO specifically for collecting data during global health emergencies. During the Ebola outbreak in Africa, Go.Data, praised for tracing points of contact, also tracked infection trends and helped in arranging post-contact follow up.
  10. Mobile Midwife: A digital charting app that stores information in the cloud, Mobile Midwife ensures midwives have access to pertinent patient information. Mobile Midwife is designed to function even where an internet connection isn’t reliable. It is beneficial in areas with high mother and infant mortality, helping health providers give high-quality care.

Bridging health care with smartphone apps isn’t a perfect solution, as it often comes with accessibility issues of its own. However, these apps can help people connect virtually with medical professionals, increasing access to health care and often reducing costs. The result is a more equal distribution of power between the health care system and the patient, empowering a healthier (and more health-conscious) population.

– Catherine Lin
Photo: Flickr