Archive for category: Technology

Information and stories about technology news.

,

Mobile Devices in Africa Becoming a Basic Necessity

Africa Mobile Technology Essential Development
The number of wireless devices in the U.S. outnumbers the population. With a population of 315 million in 2011, there were approximately 328 million mobile devices in the U.S. Americans enjoy mobile devices, as do an increasing number of the African population. Paul Kagame, current president of Rwanda, captured the growth of mobile devices in Africa by stating, “In 10 short years, what was once an object of luxury and privilege, the mobile phone, has become a basic necessity in Africa.”

Let’s look at some examples:

  • Nigeria: A decade ago, landlines dominated in Nigeria, with about 100,000 phone lines. Today, Nigeria has close to 100 million mobile phone lines and the landline company is no longer in operation.
  • Kenya: In the last decade, mobile phone subscribers have increased 500-fold. Additionally, in 2009, mobile phone sales increased by more than 200 percent when the 16 percent general sales tax was removed. The sales continue to rise.
  • Rwanda: In 2010, mobile phone users grew by 50 percent. Doubled in one year!
  • South Africa: 72 percent of those between the ages of 15 and 24 have cell phones.
  • Africa as a whole: 650 million Africans, particularly the youth, use mobile phones for both social and functional purposes. This by far surpasses the number in the U.S. and Europe.

Although mobile phones across Africa generally consist of low-end Nokia phones used for the Short Messaging Service (SMS), smartphones with Internet capability are on the rise throughout the continent. In some African countries, mobile phones are more common than clean water, bank accounts and electricity, according to the World Bank and African Development Bank.

Why has there been an explosion in mobile phones? The main cause is the increasing reliance on mobile phones by youth. The youth, ages 15 to 24, depend on their mobile device not only for communication, but also for listening to the radio, transferring money, shopping, using social media and more. With some Africans only making $2 a day, many will occasionally skip their meals in order to pay the $5 and $8 monthly cell phone expenses.

Mobile devices are also used as a way of combating many social issues in Africa:

  • Activism: Mobile devices have offered communication, transparency, organization, openness, and empowerment to the electoral process.
  • Education: As mobile devices are more common and more affordable than PC’s, they are used as tools to deliver teaching content. As more than half of the parents in Africa are illiterate, there is hope that these teaching tools will have a positive impact on the education status of African children. In South Africa, MoMath, a mathematical teaching tool, has been launched.
  • Disaster management: With constant wars and genocide occurring throughout Africa, displaced persons are commonplace. Through mobile devices, displaced persons are able to reconnect with their families.
  • Agriculture: Agriculture is one of the largest employers throughout Africa. Through mobile phones, farmers are now able to make better decisions, resulting in more profit. Farmers use mobile phones to research weather information, market prices, and micro-insurance schemes.
  • Health: According to the World Health Organization, nearly 30 percent of drugs supplied in developing countries are fake. Through SMS, buyers can send the code found within a scratch card on the medicine packaging to find out if the drug is fake or not. This is a life saving resource, as in Nigeria, nearly 100 babies died due to ingesting a solvent usually found in antifreeze through their teething medication.

By 2016, there will be an estimated billion mobile phones on the continent of Africa. This has a huge impact for potential investors. In Kenya alone, the use of mobile devices has had a big economic impact. The mobile device industry contributed about $3.6 billion to the country’s GDP and has provided numerous employment opportunities.

– Caressa Kruth

Sources: CNN, The African Report, Washington Post
Photo: Evidence4Action

,

Kenya’s Climate Innovation Center

kenya_climate_innovation_center
Climate change affects everyone, but remedies to its effects are best utilized when they are locally relevant, rather than one-size-fits-all.

Launched in September 2012, Kenya’s Climate Innovation Center (CIC) is working to provide entrepreneurs with a forum to design and develop locally minded climate and clean-energy technology. The Climate Innovation Center provides incubation services, financing, market research and capacity building services to local innovators, focusing on projects in the sectors of renewable energy, agri-business and water management.

The first of its kind in the world, the Climate Innovation Center is expected to support up to 70 ventures in the first five years. However, their good work does not come for free. The CIC is funded by the government of Denmark and UK Aid, and is hosted by the Strathmore Business School, in collaboration with the World Bank, Global Village Energy Partnership International, PricewaterhouseCoopers and the Kenya Industrial Research and Development Institute.

Some of the measurable outcomes of the CIC’s operations include the creation of jobs and companies, a reduction of carbon dioxide emissions, greater climate resiliency, access to clean energy and water, better sanitation and strengthened innovative capacity.

One outstanding member of the CIC is working to increase access to energy sources for people in Kenya. PolyBiogas is an organization that creates digesters, which use a variety of biodegradable materials, such as food waste, livestock dung, waste from agricultural processing, crop materials to generate biogas. This biogas can then be used for cooking, heating, lighting and running engines. Using this alternative source of energy then helps reduce household waste, conserves trees that are being used for firewood and reduces costs to resource-limited people.

A revolutionary in its field, Kenya’s Climate Innovation Center is nurturing the creativity and ingenuity of its own people to solve the world’s challenging environmental problems. The freedom to innovate should not be reserved for the world’s elite, and the CIC is working to develop the vast potential within its own borders.

– Tara Young

Sources: Climate Innovation Center, Think Africa Press, InfoDev
Photo: Green Africa Directory

Crop Failure Predicted By New Computer Program

crops_south_africa
Drought and famine are serious problems that countries with an agricultural based economy face. One bad crop or no crop can bring down the economy and leave many people hungry. With global warming showing its unfortunate consequences of extreme weather patterns on agricultural yield, more people are left hungry. Moreover, extreme weather patterns are not expected to stop anytime soon. That is why Nature Climate Change’s recently published study based on international research about predicting crop yields will be very helpful, especially for those who depend on a fruitful yield and seek to avoid major crop failure.

The study focused on devising a computer program that would successfully predict the crop yield. The study did this by examining 23 years of weather patterns and crop yields. Researchers then tested their program on four different kinds of crops: rice, wheat, maize, and soybean. The program was successful in predicting whether certain crops would fail about 3 months ahead of time, wheat and rice more accurately than the others. This will be a great help to farmers all over the world, as they will be able to  prepare for a crop failure. Precious resources won’t be wasted, and food can be collected and stored to anticipate the months of famine, and alternate work can be sought in order to ensure an income.

Studies like these can help not only the individual farmers but also national and global economies. According to the article, this will help observe worldwide food production. It will also help citizens and professionals alike see what crops/geographical areas are being most devastated by extreme weather patterns. Finally, understanding crop failure and adjusting work at an individual and national level based off the potential crop yield will help the economy stay stable during a difficult period.

– Aalekhya Malladi

Sources: All Africa, Nature Climate Change
Photo: esri

, , , ,

Why Technology Won’t Solve World Hunger

Technology Won't Solve World Hunger Kids Using Laptop
Ideas for ending world hunger are the subject of deep contention and intrigue. Conversations about how best to go about ending hunger are held among regular people far removed from the international, sociopolitical arena or non-profit sector, as well as among leaders in national governments and conferring minds within the United Nations.

Duncan Green in The Guardian recently reminded the world of the stark contrasts between those who can afford to eat and the nearly 900 million who sleep on empty stomachs. Progressive efforts underway in Ghana and Brazil have seen initiatives such as cash transfers to the impoverished and an increase in minimum wage. These programs have made strides, but in nations like India that are growing exponentially, the government must address the issue.

Of the myriad of ways to eradicate hunger, is technology perhaps a truly viable option at this point? If so, are the contributions made by technology being overlooked as a way to finally solve world hunger, or is technology simply a tool in this case?

Josette Sheeran, blogging for The Huffington Post, seems to think that technology is something of a cure-all for world hunger. She talks of the electronic vouchers used in Palestinian territories that give people greater access to food. The World Food Programme (WFP) is responsible for that, and other projects, such as the one in the Philippines that uses texting to feed workers. People participate in work projects and can collect their payment at participating food shops.

The WFP also uses social media with their WeFeedBack initiative that lets the user online select a favorite food and using a special calculator, can see based on its cost how many children would be fed with it. The calculated amount is what WFP encourages the user to donate.

Not long ago, a lab-grown burger patty was cooked and eaten in view of the public, touted as a way to help save both planet and people. A report from The Atlantic posits that the world already produces enough food to feed a growing global population and that new technology won’t necessarily solve the hunger crisis. Three-dimensional food printers are also a new tech tool being developed, but the report makes the case that in-house food printers won’t be an appliance in every kitchen because regular people cannot figure out the technology.

Why, then, would these technologies work in the emergent world? And, even if labs in emergent nations were capable of mass producing meat, consumption would be limited to the middle class and upper classes.

Sarah Sloat for Pacific Standard cites a 2012 paper by CUNY law student Rebecca Bratspies that says food production has grown inversely proportional to the hungry. Better food distribution will help solve hunger more than technological developments. The feeling, then, is that even with the massive amount of resources available to solve the world hunger crisis, the solutions are not dependent upon increased production.

Technology in food production has proven to increase production, but access is still contingent upon how food is distributed and how easily available it is to those who need it. Getting there may not be an issue of widespread production, but rather individual nations doing what they can to feed citizens.

– David Smith

Sources: The Guardian, The Atlantic
Photo: Huffington Post

,

China Funds Five Research Centers in the Global South

China_funds_research_centers_in_the_Africa
For a variety of reasons, China has become known for its “interactiveness” with the global south. This “interactiveness” has included construction projects, student scholarships, and sending  doctors.

Recently, China began to fund five research centers in Africa and the global south in order to increase collaboration between Chinese and African scientists. The topics of focus for the scientists will include the climate, water, environmentally friendly technology, biotechnology, and space technology.

Using the Chinese Academy of Sciences (CAS), $6.5 million will be distributed to the research centers over the course of the next three years. These funds will work to improve China’s soft power in the global south by conducting joint research projects between the CAS and the research centers.

Currently, there is a CAS network known as The World Academy of Sciences (TWAS) that will also benefit from this Chinese outreach to the global south. Along with the research projects, the funding will also provide for an increase in workshops, training, and PhD programs.

According to Salim Abdool Karim, director of the Centre for the AIDS Programme of Research in South Africa and a TWAS member, “The five centers will play an important role in global scientific collaboration by increasing South-South training opportunities.”

This collaboration is expected to increase climate change research. Yongqiang Liu, a research meteorologist at the USDA Forest Service’s Center for Forest Disturbance Science sees it as a good way to “prepare future leaders to lead climate change research for developing countries.”

Action through research investment should improve China’s image in the world. Currently, China stands at 50% favorable and 36% unfavorable among populaces from around the world. Comparably, the US was seen as favorable by 63%, and unfavorable by 30%. More specifically, when people were asked if they thought China considered their country’s interests, 27% thought a great deal with 63% saying either not too much or not at all.

There is still a great deal of room for China to improve its international appeal. By working with developing nations to improve research in sustainable technology and other important sciences, China can build off the work of TWAS and foster support from citizens in these countries.

Once the three years comes to an end, the education and collaboration should improve the environmental technology sector, as well as build the capacity for a future scientific community with various projects and goals. If successful, this move may be beneficial in regards to China’s popularity as well.

– Michael Carney
Sources: SciDev.Net, Pew Global

, ,

Motorcycle Ambulance Saves Lives Through Effective Patient Transport

Motorcycle_ambulance

Motorcycles are often the vehicle of choice in the developing world because of their ability to zip over harsh terrain and their low maintenance costs. A motorcycle manufacturing company, eRanger, has taken this versatile vehicle and given it a new purpose as an ambulance. The eRanger company builds motorcycles with a sidecar that serves as a stretcher to transport patients from remote areas to the nearest health center or hospital.

Called the eRanger ambulance, this motorcycle offers the high-power capacity needed to cover diverse and often difficult terrain in rural and remote areas. The sidecar stretcher acts as a bed for the patient, allowing for quick and effective transport. The stretcher is designed to be simple but safe, rugged but reliable, with a cushioned pad for patient comfort and a roll cage for safety.

Loading a patient is made easy by simply pushing back the roll cage and strapping the patient into the stretcher. A rain cover can be attached to the roll cage, providing comfort and privacy in different weather conditions, and this innovative ambulance also offers room for emergency medical supplies underneath the stretcher.

The eRanger ambulance also provides additional comfort through its rugged suspension system, which absorbs shock so patients bounce less during transport. This vehicle provides the perfect alternative to the popular 4 by 4 all-terrain vehicles because of its enhanced suspension system, low cost, and simple maintenance. Motorcycle ambulances are also preferable to car ambulances, especially during the rainy season, because they are better able to navigate over developing nations’ diverse terrain.

These motorcycle ambulances are already stationed at health centers through Africa where health workers and community members can utilize them as needed. The eRanger method goes beyond just providing the vehicles, though. They provide training, maintenance instruction, and tools to keep the motorcycles in good condition.

Sustainability is key, says the eRanger company, so they provide a maintenance unit with all the necessary tools and equipment for the eRanger ambulance. This affordable, reliable, and sustainable ambulance also helps communities become more self-reliant by taking health care into their own hands.

For example, the eRanger ambulance makes it possible for a mother in labor to reach a health care clinic quickly, reducing maternal mortality rates in many African nations.

The eRanger model also allows its motorcycle to adapt to the needs of problems in the developing world, from emergency ambulance to mobile medical clinic. The company also manufactures an eRanger immunization clinic, which recreates the sidecar into a stainless steel mini clinic with refrigeration storage, weight scales, and clean water unit.

This versatile motorcycle promises dramatic impact to healthcare in developing nations. Backing that promise is an eRanger patron, Nelson Mandela, who helped eRanger South Africa launch in the Eastern Cape. Since the launch, eRanger has built a college for riders and operators in Eastern Cape, which includes basic control of the vehicle, road riding, off-road riding, and essential maintenance.

In just five hours, operators can reach a basic competency to operate and care for the motorcycle, but advanced training is always available, says eRanger. With just the right mix of affordability, sustainability, and reliability, eRanger is helping save lives in developing nations by providing safe, quick access to critical health care.

– Georganne Hassell
Sources: eRanger, UNICEF, Changemakers, The Guardian
Photo: Motorcycle

, ,

What is Poverty Alleviation?

Poverty Alleviation
Poverty alleviation aims to improve the quality of life for those people currently living in poverty. Another term that is often used is poverty reduction.

 

Innovation Leads Poverty Alleviation

 

Rudy De Waele, CEO of Nyota Media, a growth agency for entrepreneurs and start-ups in Africa, recently gave a speech at the Mobile Innovations at the OCE Discovery event in Toronto, Canada. His speech, “How Mobile Technology is Transforming Africa” discussed the WOW Generation, mobile energy solutions and 3D printing, among other successful innovations happening on the continent of Africa. He spoke of how the WOW Generation is a new generation of young, talented and driven social entrepreneurs who are not only in it for the money, but who are taking into account a positive return to society as well. WOWers have already helped thousands by working with local entrepreneurs to solve local problems with low-tech solutions.

De Waele also covered a number of mobile energy solutions currently in effect. Angaza Design is a company based in Palo Alto that is currently working in Tanzania, Kenya and Zambia. Using solar panels, Angaza Design has developed pay-as-you-go technology to provide energy that will charge mobile phones in rural areas.

Another project De Waele mentioned does not necessarily alleviate poverty, but does improve the daily lives of people living with a particularly harsh disease in Kenya. The Happy Feet project uses 3D printing to create customizable shoes in an attempt to solve the jigger problem. A jigger, also known as a sand flea, is a small insect that bites and feeds on humans, cats, dogs and domesticated livestock. Though a single bite is not likely to cause damage, complications can arise when a female jigger burrows into the foot of a person. Due to the pain, victims of the sand flea are unable to walk, which means they are also unable to work. In cases of serious infestation, it is possible to lose a nail, in the best case, or whole digits from the hands and feet in the worst case. The worst cases appear in places of poverty.

By creating and using new and inexpensive mobile technologies, there is potential for increased economic growth in developing countries. Not only is there growth, but the positive changes are impacting those living in the worst conditions. While 3D printed, customized shoes will certainly help with jiggers and their detrimental impact on those living in Kenya, projects like Angaza Design?s mobile phone charger will give independence to those living in poverty.

However, like most things, poverty alleviation is not a simple act. The United Nations Development Programme states that simple economic growth will not reduce or alleviate poverty, improve equality or produce jobs, unless said growth is inclusive of all individuals in the economy.

For example, a recent study by the African Economic Outlook showed that economic growth in Nigeria has not resulted in poverty alleviation or the creation of jobs. Despite policies for inclusive growth and employment generation, the report showed a 3 percent increase in unemployment between 2010 and 2011. The report explained that this was because the oil and gas sectors, the areas increasing economic growth, do not have much potential to create jobs.

Though Nigeria projects a 6.7 percent growth in 2013 and a 7.3 percent growth in 2014, there are potential problems. Security problems arising from religious conflicts in certain states, as well as the continued cost of flooding, all constitute potential drags on projected economic growth. The report also said that current reforms that have resulted in price and exchange rate stability should be increased by the Nigerian government to see continued progress in economic growth, a key component of poverty alleviation.

– Jordan Bradley

Sources: The Next Web, UNDP, Camps International
Photo: OxFam

Radical Islamism, Jihad, Anti-Terrorism and the Internet

islam_extreme-jihad
More than a year ago, Mohamed Merah, a French citizen of Algerian origins, shot seven people in three different assaults. Among the victims, three were military personnel shot during two different attacks in a two day span in the French city of Montauban, one was a teacher, and three were children, killed after Merah’s attack on a Jewish school in Toulouse.

Merah claimed to have an affiliation with Al-Qaeda, and was known by the French secret services for his extreme views and was considered a potential threat. Even though he had been under surveillance for some time, police forces were still unable to prevent Mohamed Merah’s attacks.

Since 9/11, radical Islam has become a major security concern for the U.S. and other countries. The World Wide Web and the ease of access to Islam extremists’ thoughts have played a major role in the spread of radical ideologies.

Recent discoveries at Merah’s older brother’s in-law’s house have shown that access to radical Islam propaganda is almost as easy as a simple click. In a hard disk belonging to Merah’s brother, a digital library composed of several thousands of texts was found. These texts are both a guide for newbie jihadist as well as a guide to salafi indoctrination.

The websites visited by the murderer show the role of the Web in the spread of the radicalization of Islam. The websites appear in the headlines of searches of key words such as “Sharia” and “Jihad.” They espouse a more radical Islam centered around a rigorous defense of the Jihad. Translated in many languages, these websites are capable of reaching a larger public and thereby pose a greater threat.

Internet surveillance has become a national security priority in countries all over the world. And even when sites are censored because they are deemed dangerous, they often reappear with a different name.

The Internet, by facilitating access to ideas worldwide, has been greatly beneficial to the public, who can now hope for more transparency and easier access to knowledge. Nevertheless, this facilitated access to ideas has also become the unfortunate tool of many terrorist groups, who use it for both recruitment, financial purposes and as a source for their propaganda.

To this day, no international standard has been established to regulate the content of the internet available to the public. Each country makes its own rules, and there is little to no regulation at an international level. The challenge now is to create an international standard in order to avoid abusive censorship and promote freedom of speech and the spread of ideas in a context of mutual respect.

– Lauren Yeh

Sources: Washington Institute, Islam Et Verite, The Independent, Huffington Post
Photo: AIM

,

WoundCure Chip Assesses Chronic Wounds

Wound_Cure_Chip
Dr. Manuela Martins-Green and PhD candidate Sandeep Dhall have started a project to develop a diagnostic tool called a “gene chip.” The chip would provide accurate diagnostic tests for chronic “non-healing” wounds. The gene chip can predict how a patient’s chronic wound should be treated in order to increase the chance of healing. If the WoundCure chip project is successful, it could potentially treat millions of people who are affected with bed sores, skin ulcers, diabetic foot ulcers and other related chronic wounds.

Martins-Green and Dhall say that chronic wounds affect an average of 6.5M people and cost roughly $25 billion a year in the U.S. The WoundCure chip data could steer doctors toward effective treatment plans so that wounds can heal properly. Many times, the solution to chronic wounds is to amputate the affected limbs. Open sores are also more prone to infection, which can potentially spread throughout the body.

The WoundCure chip data will be an excellent tool that will allow doctors to quickly determine which wounds require aggressive treatment. The chip will identify which genes have been altered, thus providing quick diagnosis and proper treatment. In an interview with Dr. Martins-Green, she goes more in detail about how the chip works. She explains that, “If the expression of the gene is elevated, it will show red. If it’s not regulated, it will show green. If you use the chip with a wound, the prediction is that the more red the more serious the wound will be.”

The researchers behind this innovative tool are hopeful that it will be a positive impact on tens of millions of people affected by chronic wounds. For the WoundCure chip to actually happen, Martins-Green and Dhall will need to reach their funding target for this project. Those interested in learning more and supporting their research can visit their crowd funding page.

– Daphne Jeon

Sources: Microryza, Motherboard
Photo: Motherboard

Phones Increasing Contraceptive Care in India

India_Women_Cellphone_Access_Contraceptives
In India, a country with a constantly growing population currently at 1.3 billion, the use of contraceptives is rare and often considered socially unacceptable. While the contraceptive prevalence rate is at 56 percent, 38 percent use female sterilization, leaving a very small amount of women who are using reversible birth control methods. It’s no wonder, when the Ministry of Health and Family Welfare in India has been using the same family welfare program since 1952, that they are showing no signs of modern innovation.

Even with the use of sterilization, too many women in India are left completely unprotected. Childbirth kills approximately 67,000 women in India every year, and 1 in 13 children dies before the age of five. 42.5 percent of children under the age of five are underweight, and 20 percent of the total population is undernourished. India is unable to support so many unplanned births, making contraception more important than ever.

That’s where Project Vikalp comes in. One of the nine winners of the Millennium Alliance Awards (co-funded by USAID), the project, which is run by the U-Respect Foundation, is a family planning-health care model that will educate the public and help women obtain contraceptives throughout India.

The secret is in the use of cell phones, which are becoming more and more attainable in India, even for the nation’s poorest. If a couple wants contraceptive counseling in India, it is hard to find. Most health workers claim that they are too busy to discuss family planning, and if they do, they usually suggest sterilization. India’s government has been trying to push the norm toward reversible contraceptives, but sterilization is still by far the most used method.

If the couple is unmarried it is nearly impossible to receive counseling. Most couples don’t even try to find counseling because of the barriers, and because they are intimidated by the social norms.

Project Vikalp is using cell phones to reach couples using a three tiered approach. First couples can reach the project through a toll-free helpline. Then, they can receive contraceptives and support from local health care providers and consultants associated with the project. Couples can use their phones to record when they have started using, switched, or stopped using contraceptives to help planners know when they should tweak the program’s methods.

Through this project, couples don’t have to feel intimidated when searching out contraceptives, and they are affordable for everyone. The project hopes to fill the gaps of knowledge in rural communities and change attitudes about contraceptives so that they are more widely accepted in the region.

– Emma McKay

Sources: Devex, Millennium Alliance