Archive for category: Technology

Information and stories about technology news.

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Fintech Startups in The Middle East

This is where the financial technology sectors (Fintech for short) come in. The financial technology sector is comprised of tech startups that exist in the financial services industry. These startups are disrupting the private sector ecosystem in The Middle East. In just the past five years, fintech startups have raised over $100 million.

Fintech and The Middle East

Fintech startups aim to provide a large range of financial solutions using technology. Therefore, financial technology does not aim to replace banking systems; rather, financial technology startups aim to improve the customer experience surrounding banking and other financial services.

Often times, fintech startups address a diverse range of customer needs, whether it be educating them on the process of setting up a bank account or making investing easier to handle. While fintech startups provide differing services, one thing remains the same: fintech is using technology to make financial services more accessible to the general public.

In The Middle East, fintech startups are a new driving force to increase accessibility to the general public. With over fifty startups, fintech companies aim to foster greater financial inclusion. For example, one of the main obstacles for small business owners in The Middle East is gaining financial inclusion.

Startups, such as Ambareen Musa’s Souqalmal.com, address this need by connecting investors with small business owners. This refined database and algorithm allow small business owners to raise capital for a cheaper price while also allowing investors to gain better returns on their deals. Another fintech startup that has raised 20 million dollars in funding is PayTabs, which is an online payment processing solution that allows small businesses to add payment services to their sites.

Funding for Fintech

Funding for fintech startups is done through a combination of crowdsourcing (84 percent), allowing people with startup ideas to get funding from anywhere around the world, and government and industry support. Through crowdsourcing, startup founders can receive money faster than they would be able to from investors; as a result, their businesses can grow faster and have an impact on the public faster.

There is a 380 billion dollar market that is comprised of the world’s financially underserved consumers and businesses. Not only are there economic gains to be made through the rise of fintech but there are also large social gains. Furthermore, governments in The Middle East are contributing to the thriving fintech ecosystem by supporting regulations and initiatives such as accelerator programs.

For instance, The Bahrain Economic Development Board launched Fintech Hive in 2017, a fintech startup accelerator that funds and provides instrumental resources for fintech startups. Banks in The Middle East, particularly the UAE, have also started to adopt some of the digital solutions put forth by fintech startups.

With the public sectors of the government working together with the private sectors in the fintech industry, there is a powerful combination of forces working together to foster greater financial inclusion to those in The Middle East.

– Shefali Kumar

Photo: Flickr

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How Cell Phones Lead to Poverty Decline

How Cell Phones Lead to Poverty Decline
In India, a fisherman’s business has been revolutionized by cell phone usage. Vijay Navle sells fish to be exported from India and before he was able to use a cell phone, he had to spend most of his days physically visiting all his suppliers to know what was available. But since he and the other fishermen gained mobile phones, they can call each other easily and communicate stock, pricing and shipment, demonstrating how cell phones lead to poverty decline.

A Hub For Connection

In fact, Navle states: “I can immediately inform my customers that there’s a big catch coming in fresh and we get a better price for it.” Enhanced communication has allowed the business to grow more efficient and profitable for the lower-income workers in this industry.

In fact, India is the fastest growing market for cell phone usage and other new technology. From 2000 to now, the number of wireless subscriptions has grown from a little under two million to over 1 billion.

Manufactures and telecommunication companies are looking to expand smartphone usage in India as well since Indians use a cell phone to access the internet over 80 percent of the time, rather than using a desktop computer. Comparatively, in the U.S. and U.K., the internet is accessed using cell phones only about 30 percent of the time.

Increased Internet Access Combats Poverty

The access to the internet via smartphones has revolutionized many aspects of life across India. In Orissa, one of India’s poorest states, the non-profit mPowering creates incentives via apps to get children to attend school and reward mothers for attending health care classes.

These efforts are part of their campaign to reduce infant mortality and illiteracy in the area. The points earned can be redeemed for clothes, food and medicine every month. In the first year of the program, the percentage of children attending school had already increased for 52 to 71 percent and disease rates had fallen.

Financial Stability On the Rise

The use of the internet has also allowed financial stability to become more accessible to Indians. Besides free, educational information that they can access, the government of India is working to change life for rural agriculture workers by providing them with banking.

Since only 27 percent of villages have banks within five kilometers, the government is focusing on growing the mobile banking industry and licensing new banks. Cell phones also allow the agriculture industry to become more efficient and profitable, as the cell phones lead to poverty decline in rural areas.

Demand for Progress

The increased accessibility to cell phones still promises some growth. As mobile phones allow Indian people to be more successful, there is an increased demand for new technology — cellular and otherwise.

Cell phones lead to poverty decline across the nation, and the market for providers is competitive. Low prices for internet access promise connectivity to families all over, as technology becomes their greatest asset in improving their lives.

– Grace Gay

Photo: Flickr

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Solve Education: Transforming Education in Developing Countries  

Solve Education: Transforming Education in Developing Countries  
More than 250 million children do not attend school, according to UNESCO. After realizing that almost all NGOs only address this issue for a limited few thousand children, the famous venture capitalist Ong Peng Tsin became inspired to take a more revolutionary angle. Believing entrepreneurial investment in creative startups can increase social good for millions and eventually transforming education in developing countries, Tsin asked: “Can we teach without human teachers? Can you teach without schools?” 

What is Solve Education?

Gathering minds from the gaming industry, the social media world and pedagogues, Tsin then created a smartphone-based system called Solve Education. The company’s mission is to close the global education gap by taking advantage of the rise of smartphones and game mechanics to engage youths in accessible, educational opportunities.

Technology as a solution is relatively new to philanthropists worldwide, but the technology boom in Asia produces wealthy entrepreneurs looking to invest in social enterprise tech focused on multiplying impact with big-scale tech projects.

Naina Subberwal Batra, CEO of the Asian Venture Philanthropy network, distinguishes between the generation of philanthropists who say: “Let’s build schools; let’s put our name on buildings” and the newer group who’ve “made their money through tech. And if you really want to look at social enterprise tech is the fastest way to scale.”

EdTech Investments

Global investors in the first half of 2017 have poured about $8.15 billion into edtech ventures. As a whole, the Asia-Pacific region has been predicted to own 54 percent of the global edtech market by 2020. Google and KPMG reported that India’s online education market will reach about $1.96 billion in the next four years, which equates to about the $1.2 billion invested in Chinese edtech companies in 2016.

The interest in edtech investments aligns with the fact that Asia has more young people than any other continent. Parents in Singapore invest about $70,939 annually for their children’s education, which is almost twice the global average amount. China, in its 13th Five-Year Plan, is encouraging the development of online education to gradually modernize China’s education system with $30 billion in investments by 2020. Other countries in Asia have similar plans revolving around increasing tech education.   

As part of an emerging style of philanthropy, Solve Education uses technology to take part in transforming education in developing countries by incorporating educational games to teach children across Southeast Asia. Solve Education hopes to reach 100 million people in teaching them basic vocational skills.

A Powerful Organization Advocating For Good

Tsin’s self-funded initiative, this application will be based on its initial success to essentially create millions of workers that will generate revenue flow in their field. So far, the initiative is being used in the following countries: Indonesia, Malaysia, Myanmar, Philippines, Rwanda, Singapore, Thailand and Vietnam.

Requiring only low-end smartphones and intermittent internet service, this application reaches those that are marginalized by education systems and opportunities.  

This crowd-working model is not a guaranteed success, but it does broach the issue of limited and inaccessible education in an innovative and optimistic way. It provides more opportunities for the youth, ethnic minorities, immigrants and refugees, women and girls, the unemployed and others that generally have difficulty gaining access to quality education.

All in all, Solve Education is a powerful nonprofit in its resourceful intersection of social good ambitions and use of rising edtech in transforming education in developing countries.

– Alice Lieu

Photo: Flickr

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Importance of US Foreign Aid: Biotechnology in the Philippines

Biotechnology in the Philippines
Biotechnology in the Philippines is so important that a new biotechnology center is being built to support the Philippine Department of Agriculture. The project is being funded mainly by the U.S. Agricultural Trade Development and Assistance Act, Public Law 480. Agriculture makes up 20 percent of the Philippine’s GDP, yet Filipinos dependent on agriculture as their main source of income are some of the poorest in the nation.

Biotechnology in the Philippines

Biotechnology is a science that allows farmers to be more efficient and environmentally conscious by growing more crops resistant to pests and diseases on less land. This scientific advancement is essential in the nation, as almost half of Filipinos work in agriculture and the country is experiencing significant population growth.

Rice is a staple in Filipino culture, but it is not the most nutritious of foods. Biotechnology in the Philippines is helping researchers develop Golden Rice, which is genetically modified rice that contains Vitamin A — a vital nutrient for human health. Just by increasing food production, biotechnology works to assist an ever-changing world facing overpopulation, starvation and climate change.  Climate change is changing the way people farm, as droughts and deforestation alter the amount of water that can be used for farming.

“The goal of constructing this center is to generate improved technologies, increase productivity, and enhance commercial value of DA’s priority crops such as rice, abaca, coconut, white and yellow corn, cotton, cassava, sweet potato, yam, tomato, and eggplant,” Dr. Roel R. Suralta, head of DA’s Crop Biotechnology Center.

Producing more crops more rapidly means more money in Filipino farmer’s pockets, and creating pest-resistant crops with the help of biotechnology will increase the likelihood that crops will be lucrative once harvested.

The Philippine Rice Research Institute

The Philippine Rice Research Institute (PhilRice) is the other main partner for the new biotechnology building in the Philippines. The organization was created in 1985 by the Filipino Department of Agriculture to ensure that the production of rice in the Philippines could feed all Filipinos. PhilRice’s mission is simple: produce quality rice to make sustainable and environmentally sound profits.

Biotechnology and plant breeding help rice crops stay pest-resistant in economically sound and sustainable ways. PhilRice also researches the creation of new, more nutrient-dense and water-efficient soil, and genetic modification of rice strains works to make the most cost-effective, pest-resistant breeds.

While the Rice Chemistry and Food Science Division analyzes the progress of these new technologies, the Rice Engineering and Mechanization Division looks to develop farm machinery for pre- and post-production to modernize rice farming operations. Such efforts have been met with policy support to ensure such new technologies and practices are successfully put into practice.

A communication team has also been put in place to educate and bring awareness to farmers and the general public on Rice Science for Development (RS4D). Training and education of new technologies and methods are projected to increase productivity and income for farmers.

Future Growth

In 1954, President Eisenhower enacted PL 480 in the United States to ensure that the U.S. provides food assistance abroad. Aside from continued research, the new building and continued efforts in the Philippines will uphold this 70 year-old promise, and educate and train people to utilize biotechnology for international good.

Biotechnology in the Philippines increased the agriculture market by $642 million, and 14 climate change resistant rice strains have been created in recent years. The strains in-use now only take 5 to 7 years to breed as opposed to 10 to 12, and such results provide international hope for feeding ever-growing populations and combating a changing climate. For these reasons, it’s essential for U.S. foreign aid to continue and for biotechnology in the Philippines to remain active in agriculture.

– Hope Kelly
Photo: Flickr

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Make It Rain! Cloud Seeding Benefits and Concerns

Cloud Seeding
The World Wildlife Fund predicts that in 7 years, two-thirds of the world’s population will face a water shortage. This hypothesis is due to a number of reasons such as higher birth rates and longer lives as a result of improved healthcare, pollution as a result of oil, chemicals, trash disposal and fecal waste, poor management of resources and conflict.

Human Trajectory

Such an outcome is further exasperated by changes in climate, particularly in the form of an increase in the number of droughts and the melting of glacial mountains. If this continues, humanity will face a number of issues. For starters, health will decline and disease susceptibility will increase as more individuals lose access to clean drinking water and proper sanitation.

If these changes occur, then the financial security as individuals will also be affected as people become unable to function properly for work and school. Overall, the efforts of poverty reduction will be for naught if climate change continues to deplete water resources. In order to help combat these effects of climate change, scientists have been working towards enhancing a process called cloud seeding.

Cloud Seeding

Cloud seeding is the process of adding chemicals — like dry ice, silver iodide, etc. — to clouds to increase rainfall. Typically, these chemicals are shot or released into the sky by machines or small jets. Since its discovery in the 1940s, this system has been used to generate snow, and to try to stop hurricanes, or extend monsoon seasons. However, it wasn’t until 2017 that the hypothesis for the methodology was confirmed to be true and, thanks to this significant finding, scientists determined a range of potential effects/uses of cloud seeding.

Of these proposals, the potential effect cloud seeding can have on agriculture and the food security problem is one of the most notable. Cloud seeding is believed to support healthy growing seasons as it has the potential to combat droughts by boosting the amount of precipitation in a given area by 5 to 15 percent.

If cloud seeding is implemented, there will be increased harvesting and more food available from a wide variety of crops for the ever-growing human population. The process also has the potential to improve biomes, allow for more fertility and create more farming land and land that could be used to build better homes. Such effects can then indirectly create jobs and contribute to financial security for people living in poverty-stricken countries.

Realistic Expectations

Due to the potential benefits, many developing countries are starting to fund their own cloud seeding program, but without considering the potential drawbacks. Some of the downsides of this technology include the safety of continued exposure to silver iodide and other chemicals, which some studies have reported can cause skin discoloration and be carcinogenic.

Another setback is the economic and technological availability. There are countries like Dubai and China where they have the economic sufficiency but lack the technology and basic geographical set up to manage the precipitation. The amount and length of precipitation is also difficult to control, as can be seen in 2009 Beijing and the 2017 flooding  in Dubai.

The bottom-line is: cloud seeding is uncharted waters. There are variables that need to be taken into consideration before introducing nationwide cloud seeding programs in developing countries, especially in the case of long-term use. However, once addressed, cloud seeding has the potential to bring the seemingly achievable dream of eradicating global poverty a step closer to reality.

– Stephanie Singh
Photo: Flickr

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Puralytics: The Eco-Friendly Water Solution

Puralytics
Water is necessary for life, and the poor quality of just one water reserve can undermine the health of farmers’ crops and the people in a whole community. To counteract the spread of harmful chemicals and preventable diseases, Puralytics has brought water purifying innovation to developing countries. Through LilyPads that float on pond surfaces to get rid of farm waste, and SolarBags that bring clean drinking water to households, the company’s impact will go global as they expand production.

Puralytics’ Global Impact

Puralytics’ products are known for harnessing the power of natural light to rid water of pollutants and pathogens. It’s all done by the mesh covering that disinfects water so bacteria and viruses cannot transfer to the people drinking it. Other water treatments concentrate farm run-off and pesticides, but with Puralytics, these contaminants are destroyed. Heavy metals combined with molecules of these broken-down chemicals adhere to the mesh material, and thus clean water in a way that’s kind to the environment.

This company’s products are sustainable and, unlike other water treatment technology, do not use Mercury lamps that can break and put out more hazardous waste. The company doesn’t use chemicals in the purification process either; all they need is an occasional cartridge replacement. In particular, the LilyPad reduces water usage by providing farmers with more efficient watering methods.

SolarBags and LilyPads

SolarBags brought clean water to 114 people in the Southern Moshi region of Tanzania for a case study. After interviewing some of the community members, 79 percent of respondents said they enjoyed the water’s taste while the rest were neutral. Some community members even reported less sickness caused by waterborne diseases.

SolarBags were also highly effective in Tesoco, Mexico where desire for them grew beyond the case study group. Soda, also a contributor to obesity, commonly replaced water due to lack of sanitation. After introducing the bags, participants drank between 50 to 100 percent more water and cut back on the sugary beverages.

The LilyPads have also already begun to show promise for a better future. In fact, there has been an 80 percent reduction of chemicals and pathogens in water reserves using this product — a LilyPad that’s one square meter can treat one cubic meter of pond water in a day. Plus, their sleek design is non-intrusive and only takes up one percent of the space on a farm.

LilyPads affect more people than just agricultural communities. Some farmers sell their produce through international markets, extending the positive effects of clean water to other countries. During the 2015 Global Forum in Agriculture, Mark Owen, founder and CEO of Puralytics, discussed his company’s partnership with Aneberries. This distributor based in Mexico has then used LilyPads on their farm plots and help provide half the berries shipped to the United States.

Treat Water, Treat the World

Puralytics’ LilyPad was named one of USAID’s 17 award-winning innovations through the Securing Water for Food Grand Challenge for Development program. As a result, the company will receive a grant to help fund their efforts of expanding production and finding more partnerships across Latin America.

So many factors depend on clean water: crops, livestock, community members, people in other countries, the environment and more. Owen told forum participants that when people treat one water source, it’s also treating the entire world, and no truer words could be said.

– Sabrina Dubbert
Photo: Flickr

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Fighting Malaria with Genetically Engineered Mosquitoes

Genetically Engineered Mosquitoes
This June, the Bill and Melinda Gates Foundation announced that it would be investing over $4 million in support of Oxitec — an Oxford-founded group that focuses on reducing insect-borne disease around the world. Specifically, the Gates Foundation and Oxitec are partnering to fight malaria with genetically engineered mosquitoes.

The Threat of Malaria

Mosquitoes kill more humans each year than any other creature — a total of 830,000 — and can carry a number of diseases including dengue fever and zika virus. The most deadly of these is malaria.

The World Health Organization (WHO) reports that there were 216 million cases of malaria in 2016, which resulted in nearly 450,000 deaths. Malaria hits the very young the hardest, and most fatalities are children under the age of 5; even the children who survive may develop intellectual disabilities.

Malaria occurs in nearly 100 nations. The world has made great progress fighting the disease, including eliminating it in much of Europe and North America, but progress has stalled. Support for fighting malaria has stagnated and the disease is starting to develop a resistance to the drugs which treat it.

A New Strategy

This is where Oxitec’s genetically modified mosquitoes come in. Oxitec introduces a self-limiting gene in male mosquitoes. When these lab mosquitoes mate with females in the wild, any male offspring are unharmed and continue carrying the gene. Female offspring, though, will die before they reach adulthood.

Only adult female mosquitoes can bite and spread diseases. The self-limiting gene effectively targets this portion of the mosquito population while also allowing new males to survive to carry and spread the gene after the original lab mosquitoes have died.

These genetically engineered mosquitoes would be one of several vector control methods (such as mosquito netting and repellant sprays) aiming to reduce the number of disease-carrying mosquitoes in affected areas.

The Oxitec mosquitoes have already proven effective in recent field tests in Brazil where they were released to combat the zika virus and dengue fever. Areas where modified mosquitoes were released showed an 82 percent reduction of larvae and a 91 percent reduction of dengue fever cases. This may have been a relatively small test, but the lab mosquitoes were incredibly effective and even outperformed tried and true traditional methods like insecticides.

Safety and Precision

Similar to many other genetically modified products, many have met the Oxitec mosquitoes with some suspicion. In 2016, residents of the Florida Keys voted against a planned field test in their communities, and environmentalist groups have also opposed Oxitec in the past.

Concerns with protecting the earth’s ecosystems are understandable and commendable. Still, genetically engineered mosquitoes have the potential to save hundreds of thousands of lives, protect children from the risk of lifelong disabilities and accomplish all of this with minimal and controllable impacts on the environment.

The modified mosquito strategy is not intended to cause the mass extinction of mosquito species. The self-limiting gene only lasts up to ten generations, which ideally will allow for long-term reduction in disease without leading to an unstoppable downward spiral in insect populations.

Long-Term Goals

The gene is also designed to only affect a single, specific species of insect at a time. This specificity allowed Oxitec field tests to target the Aedes aegypti mosquitoes that were instrumental in spreading zika and dengue fever in Brazil while leaving other insect populations unaffected.

Whatever the case, both the precision and effectiveness of the genetically engineered mosquitoes doubtless played a role in convincing the Gates Foundation to back Oxitec. Philip Welkhoff, the malaria program director at the Gates Foundation, has affirmed that new, innovative ways of fighting malaria are necessary to eradicate the deadly disease once and for all. The second generation of Oxitec’s mosquitoes are set to be field tested by 2020, and countless lives hope for a breakthrough.

– Josh Henreckson
Photo: Flickr

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A New Solar Power: UV Water Filtration System

UV Water Filtration System
Today, nearly 850 million people live without access to clean water. Clean water, while a basic necessity and right, has become nearly unobtainable for those living in poverty around the world. In places where unsafe water is the only water available and used for washing clothes and dishes, bathing, drinking and in food preparation, it’s negative effects permeate nearly every aspect of life.

Unsafe Drinking Water In Developing Countries

Approximately 75 percent of diseases in developing countries occur from polluted drinking water. In developing countries, waterborne diseases such as diarrhea account for over 800,000 deaths per year for children under the age of 5. They also create ripple effects throughout the community, placing additional economic stresses on people already living in extreme poverty.

The need for clean water has been the target of governmental aid in many developing countries for years. However, more could be done for individual communities, particularly in rural areas, as they are often without access to the clean water systems available to more populated and typically wealthy areas.

UV Waterworks

In 1996, physicist Dr. Ashok Gagdil created a UV water filtration system known as the UV Waterworks (UVW) to supply small communities in developing countries with safe drinking water. Funded by the United States Agency for International Development (USAID), and private foundations, Gagdil was able to design a device capable of delivering clean water to a village of 2000 for a year for under $2 per person.

This UV water filtration system is as small as a microwave oven, weighs just 15 pounds and can treat approximately 15 liters of contaminated water per minute. The contraption works simply by exposing the water to UV light, which eliminates bacterial and viral DNA and other organic particles that make the water unsafe for human consumption.

While UV water filtration systems had been in use prior to Gagdil’s UVW, the innovations involved in his creation made for a more affordable, reliable and efficient UV water filtration system for developing countries. The system was licensed in 2010 to WaterHealth International, a company focused on providing affordable, safe water to communities in need. The UVW is now used in WaterHealth International’s standard filtration system.

How It Works

In Gagdil’s UV water filtration system, the UV lamp is positioned above the tanks of water, reducing residue in the water supply, and the water flows evenly without a need for a pump system — an expensive and temperamental part of many UV water filtration systems. This process then exposes the water to more UV rays for maximum decontamination.

The UVW system addresses the needs of rural communities disconnected to grid power by using a 12 V car battery or a photovoltaic solar panel as system’s power source. These two power sources were tested with support from the US Department of Energy in locations without access to grid power with great success.

Other UV Water Filtration Systems

At an even smaller scale, there are UV water filtration systems that operate without power sources all together and are tailored for personal or family use. The SteriPen is a UV water filtration wand capable of cleaning up to 32 ounces of water in 90 seconds. This wand is popular among those traveling in areas where clean water is scarce, as is it light, portable and lasts for 100 treatments before requiring new batteries.

Similar to the SteriPen, the Pure Water Bottle filters a small amount of water for the individual. Relying on a dual process of mesh filtration and UV water filtration for cleaning water, the entire process of the Pure Water Bottle takes 2 minutes and removes 99.9 percent of contaminants. Water is collected and filtered to remove particles larger that 4 microns before being sterilized by a hand-crank-powered UV bulb.   

A Filtered Future

While the SteriPen and Pure Water Bottle are more expensive UV water filtration systems suited for smaller scale family or individual use rather than village scale, they can help address the needs of families in urban areas, or with somewhat better economic means. This group, while not suffering the most extreme poverty, is still a large and growing number in developing countries such as China, India, Brazil and others.

By providing a number of options with a range of costs and applications, innovations in small scale UV water filtration systems are helping to address one of the most pressing needs of the world’s poor.

– Anna Lally

Photo: Flickr

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Tackling Poverty Alleviation Through Technology Programs

poverty alleviation through technology

Although breaking the cycle of poverty is difficult, poverty rates around the world have been improving. According to a report issued by the World Bank, 35 percent of the world’s population lived in extreme poverty 1990. In 2013, that number was down to 10.7 percent, which means the U.N.’s first Millenium Development Goal, to cut poverty in half by 2015, has been accomplished.

However, while many have moved out of extreme poverty, statistics show that the end of poverty is far from over. As a potential way to help speed up the process even more, many companies are helping with poverty alleviation through technology programs.

Companies Tackling Poverty Alleviation Through Technology

  1. Microsoft 365: Microsoft teamed up with the United Nations Development Programme on Jan. 23, 2004, to help with poverty alleviation through technology in Africa. It strongly believes that technology is a crucial aspect that can bridge the gap between schools in urban and rural areas, eventually eliminating world hunger and poverty. Co-founder of Microsoft Bill Gates hopes to end poverty by 2030 by launching his software in more developing countries around the world.Microsoft set up a three-pillar model in order to make sure the technology was applied correctly in schools. The first pillar provided the appropriate service for the individual based on their technological ability or age group. The second pillar equipped more than 200,000 teachers with the software in order to make sure the teachers were trained and familiar with the technology before it was introduced to students. The third pillar encouraged participation and creativity. The students were introduced to programs such as Skype or OneNote.
  2. GeoPoll: GeoPoll is a company that is taking advantage of mobile phones becoming more common in developing countries. Since 2012, it has partnered with more than 85 mobile network operations and has had connectivity in 64 countries of the world. Its purpose is to send a survey text through those living in the developing countries. Once citizens fill out the survey, the results are sent to the government and NGOs, allowing them to help with poverty alleviation.An example of when a GeoPoll survey was used was during the outbreak of Ebola in 2014. GeoPoll conducted food security surveys in countries that were affected and helped gather data on food prices and wages. From these results, it was able to decipher which areas needed more aid and which areas should continue to be monitored.
  3. Humanitarian Accelerators: Humanitarian Accelerators was launched in 2016 by the Ruler of Dubai, Sheikh Hamdan Bin Mohammed Bin Rashid Al Maktoum. It is meant to help with cultural, social and environmental issues in the region by connecting businesses all around the globe to United Arab Emirate’s humanitarian sector. Humanitarian Accelerators has set up its technology in over 116 different countries with the hopes of improving the lives of those in developing countries.In the past, the company has worked to provide educational technology to refugee students in order to ensure they receive the same level of education as other children. One of the company’s current initiatives is to employ technology in order to provide job opportunities to refugees.
  4. Poverty Spotlight: Poverty Spotlight is a program that is currently working in 18 countries and is most advanced in South Africa. It is meant to help with poverty alleviation through a mobile app that enables those in poverty to self-diagnose their own level of poverty. Its mission is to help individuals and families in poverty discover innovative solutions to lift themselves out of their situations.Individuals complete a survey about what they are in need of, then their neighbors fill out the same assessment and together they work on achieving them. The app allows individuals to become aware of their situation and build motivation and support from others to overcome it. The staff behind Poverty Spotlight also creates a personalized plan for every family.

Technology allows for many things today that were impossible in the past. The more technology advances, the more opportunities it gives us to learn, educate and help poverty alleviation through technology around the world.

– Negin Nia

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SOLS 24/7 Promotes Technology and Education in Malaysia

SOLS 24/7
SOLS 24/7 is an international humanitarian organization dedicated to ending poverty in Malaysia. It aims to provide poor and underserved people with technology and education to which they otherwise would not have access. The nonprofit runs five social enterprises to help eradicate poverty in Malaysia.

Five Ways SOLS 24/7 Promotes Technology and Education

  1. SOLS Energy
    SOLS Energy believes that solar panels are the best way to alleviate poverty in Malaysia in a lasting, sustainable way. Malaysia is the world’s third-largest producer of solar panels; local production makes solar panels affordable and their purchase supports the domestic economy. Malaysian homes with solar panels get, on average, a 16.9 percent return on their investment annually from being able to sell excess solar power to the electric grid. In total, the solar panels distributed by SOLS Energy have prevented more than 162,000 pounds of CO2 emissions from electricity generated by fossil fuels. SOLS Energy also runs Solar Academy, which trains Malaysians in solar technology to create jobs and spread the knowledge of how to maintain, install and repair solar panels.
  2. SOLS Tech
    SOLS Tech has a twofold goal: eliminate e-waste and spread digital literacy in Malaysia. As a licensed electronics refurbisher, SOLS Tech collects, repurposes and distributes discarded electronic devices. In 2015 alone, Malaysians discarded 44 million electronic devices. Rather than let this waste sit in landfills and pollute the environment, SOLS Tech fixes discarded electronics and shares them with those in need. Approximately 10 million Malaysians do not have access to a computer. SOLS 24/7 believes that computer literacy skills and computer ownership will widen economic opportunities and help alleviate poverty.
  3. SOLS Smart
    SOLS Smart aims to provide high quality and affordable education to all Malaysians. It teaches English and computer literacy, two skills that SOLS 24/7 views as essential to thriving in the modern economy. SOLS Smart is a certified Cambridge English Language Assessment Centre, meanings its students can take the internationally recognized Cambridge English Exams. Learning English and passing these exams opens new opportunities in employment and further education. To date, English classes have reached more than 10,000 Malaysians, and another 5,000 have received training in computer skills. SOLS Smart is one of seven Google for Education partners in Asia. Students are taught to use Google software and products and, at the end of their training, can receive an official certification from Google.
  4. SOLS Scholars
    SOLS Scholars works to help promising students from underprivileged Malaysian communities pursue higher education. It has held more than 100 development workshops, at which students receive academic coaching, job preparation training and college counseling. It has provided more than 450 scholarships to universities across Malaysia for students who otherwise would not be able to afford higher education.
  5. SOLS Edu
    Combining SOLS 24/7’s interests in education and technology, SOLS Edu is a digital learning platform that can be accessed by app or online. The idea behind SOLS Edu is to offer Malaysians, newly equipped with technology through the SOLS Tech program, another way to receive an education. The digital platform is interactive; students learn in a variety of ways (games, videos, etc.) and teachers remotely track students’ progress. SOLS 24/7 believes that access to education and technology will give Malaysians living in poverty new economic opportunities and a brighter future.

Through its many social enterprises, SOLS 24/7 is working to alleviate poverty in Malaysia. Its focus on both education and technology is reflective of the highly globalized, highly electronic modern world of today. By offering classes, job training and education opportunities, as well as providing people access to electricity and electronic devices, SOLS 24/7 is helping millions of poor Malaysians shape a brighter future for themselves.

– Abigail Dunn
Photo: Flickr