Archive for category: Technology

Information and stories about technology news.

, ,

Millennials are Essential to Ending Extreme Poverty

ending_extreme_poverty

By the end of the year, the Millennial generation is projected to outgrow the Baby Boomer generation in the U.S., being predicted to grow to 75.3 million. Their large numbers will become crucial to helping end extreme poverty by 2030.

Since 1980, the world has made the unprecedented progress regarding extreme poverty–cutting extreme poverty in half from 43 percent in 1990 to fewer than 20 percent today.

Even with this upward progression, over 1 billion people worldwide suffer from extreme poverty, living on less than $1.25 per day. To make steps toward ending extreme poverty by 2030, 188 countries agreed to the UN’s goals at the World Bank Meetings in 2013.

If Millennials around the world connect themselves through social media and other events, this goal will become possible. As the first generation to have full access to technology at a young age, Millennials can spark a conversation and voice their concerns via social media.

While social media is beneficial in the fight to eradicate extreme poverty, events and festivals are taking place around the country to get the generation involved in the project.

On April 10, 2014, Global Citizen partnered with the World Bank Youth Network to host End Poverty 2030: Millennials take on the challenge in Washington, D.C. The event focused on the important role Millennials play in the fight to stop extreme poverty, even featuring a short film created by award-winning film writer and director Richard Curtis.

Over 1,000 people, including Secretary General of the United Nations Ban Ki-moon, attended the event while thousands more watched the event online. During the event, Ki-moon had a few encouraging words for the generation.

“I know that your generation can break this vicious cycle of extreme poverty, and I count on your strong engagement,” Ki-moon said.

More awareness for extreme poverty can be found at the Global Citizens Festival on Sept. 26 in Central Park. The music festival will include superstars Pearl Jam, Beyoncé, Coldplay and Ed Sheeran, with more to be announced on the festival’s website.

This year in order to buy a ticket, potential buyers are encouraged to complete the Eight Global Steps before entering their name into a raffle system. Some of these steps include tweeting the UN’s Global Goals or signing a petition to bring awareness to the Global Food Security Act.

Since the festival’s inception in 2011, $1.3 billion has been raised to support extreme poverty.

As festivals and events continue to be organized and geared towards Millennials, there is hope to end extreme poverty by 2030.

– Alexandra Korman

Sources: Forbes, Global Citizen, Pew Research
Photo: Huffington Post

, , ,

The Virtual Care Clinic Introduces Hologram House Calls

hologram_house_calls

The Virtual Care Clinic, recently announced by the University of Southern California, is a pioneer in the field of virtual health care that promises easily accessible and personalized health care across the globe.

The two main components of this virtual clinic are hologram house calls, which stream video to individuals and an app that assesses someone’s needs based off of archived data as well as the information the patient provides.

The ninth annual University of Southern California’s Body Computing Conference was heralded by the announcement of hologram house calls, a prime feature to the previously announced Virtual Care Clinic which is currently under development.

The house call consists of a hologram or video beamed across the globe to wherever a patient in need resides, giving an incredible advantage for doctors to assess a patient with a little more contextualization.

This feature is important because it allows for a quick diagnosis and also allows doctors to further understand the situation of health care recipients, most of whom live in poverty.

The hologram house call is an essential extremity of the Virtual Care Clinic because this alone provides easily accessible care not just domestically but abroad, which is really an amazing feat.

Just by using the hologram house call anybody may speak to a trained medical physician in seconds and be given a diagnosis in minutes; the potential for giving health care guidance shrinks from providing establishments to providing a device that will stream the video.

Also, the house call operates with wearable or injectable technology that logs data in order to provide an almost complete examination; with these technologies working together, it is as if one were visiting a real doctor who would give him or her a precise consultation.

Along with the hologram house call, a second part of the virtual care clinic is less data intensive and focuses more on providing consistent, non-personnel type of aid.

With the app, all one must do is insert his or her age, medical condition and history of diseases that run in the family to be given accurate and helpful information on what kind of treatment to seek and when to seek it.

The potential for this technology is overwhelming considering that the mobile tech industry is ever-growing in places where development is occurring faster every day. Conceivably, the Virtual Care Clinic would provide consistent and affordable health care with the ultimate utility of being completely mobile.

– Emilio Rivera

Sources: University of Southern California, Co.Design, Popular Science
Photo: Wikipedia

, , ,

Smartphones Affect Education Gaps in Rural Pakistan

smartphones_affect_education
Throughout rural Pakistan, many teachers don’t have access to quality educational training for a variety of reasons, including cost, distance and family commitments.

Online distance learning could easily fill-in these educational gaps, but limited Internet coverage has proven to be a stumbling block for educators and students alike.

Developments in Literacy (DIL), a nonprofit founded by Pakistani-Americans in order to bring quality education to disadvantaged children in underdeveloped regions, has created a revolutionary solution to end this problem.

Funded by USAID, DIL created a mobile distance learning program known as mLearning. The parameters of the program were straightforward. Teachers were each given a smartphone with video lessons loaded onto them, giving teachers unlimited access to the material.

Once a month, teachers would meet at one of the 23 WiFi hubs DIL established throughout the nations to download more training videos. The 8- to 10-minute videos cover a variety of techniques to engage and inspire students to love learning, especially math and English.

Although the program’s focus is on bettering the understanding of school subjects and the teaching ability of rural educators, the end-game is to inspire children to stay in school. The goal is to have smartphones affect education gaps in rural Pakistan.

MOBILELEARN_2048847g

The average number of years that Pakistani children stay in school is only eight years, with most dropping out before age 16. This low level of academic participation has capped the Pakistani literacy rate at 57 percent, with only 45 percent literacy for women.

Because of this, mLearning is aimed at improving the education and opportunities of poor children and at-risk rural girls through better teacher training and learning resources.

During the course of the initial mLearning program, 200 teachers were given smartphones and completed the program from January 2013 to November 2014. Currently, more than 5,000 children benefit from being taught by teachers who have participated in mLearning.

Since the end of mLearning, the educational aid videos have been shared with 40 schools not affiliated with DIL, and countless teachers have shared the videos personally from their smartphones.

That’s the real brilliance behind mLearning using smartphones as its method of delivery. Since DIL owns the majority of the content, teachers are able to share the videos freely.

mLearning’s results thus far have been impressive. Across the board, teachers reported a 30 percent increase in their English skills and a 40 percent increase in their comprehension of mathematics. As the mLearning videos continue to be spread around, DIL is looking to expand the program.

– Claire Colby

Sources: USAID, World Factbook
Photo: USAID
Photo: The Hindu.Com

, ,

Mobile Phone App Helps With Dengue Fever Prediction

Dengue Fever PredictionThe ability to determine where and when epidemics will break out may soon be available at the touch of your fingertips.

In Pakistan, dengue fever was largely endemic in the southern city of Karachi; however, in recent years it has been appearing in a previously unaffected area — northeast Pakistan.

The World Health Organization (WHO) states that dengue fever is transmitted by the infectious bite of a mosquito, and currently there is no vaccine or specific medication for this illness, which usually results in a range of symptoms including “mild fever, to incapacitating high fever, with severe headache, pain behind the eyes, muscle and joint pain and rash.”

A recent article by SciDev describes the possibilities of a mobile phone app which can effectively predict epidemics by tracking the patterns of people.

“As the transmission of the virus that causes dengue fever is partly driven by human travel, analyzing how people move across the country allows researchers to predict when and where epidemics may break out,” SciDev says.

Telenor, a Norwegian mobile provider that operates in Pakistan, teamed up with researchers to track the call records from close to 40 million subscriber SIM cards within the last seven months of 2013.

Mathematical data pertaining to traveling patterns could be tracked and was later published in Proceedings of the National Academy of Sciences.

This information combined with clinical and climate data helped serve as a “model retroactively to predict the likely location and timing of epidemics across the country.”

This newfound data provided encouraging results that would enable researchers to “effectively target interventions, surveillance and clinical response” for where and when to expect dengue epidemics.

“The travel model predicted the geographic spread and timing of outbreaks in 2013 in both recently epidemic and emerging locations, the paper says. For example, it showed good overlap with the actual pattern of the first dengue cases in the northeastern cities of Lahore and Mingora,” says SciDev.

Predictive models may be the solution for mapping and creating early warning systems for diseases such as dengue. With such success regarding Dengue Fever prediction in Pakistan, it is possible for other Asian countries to adopt the same technology for other diseases, such as measles, malaria and influenza.

Soon, the very touch of a button may be able to save thousands from experiencing the disease via dengue fever prediction.

– Nikki Schaffer

Sources: WHO, SciDev, PNAS
Photo: Pixabay

, ,

Kio Kits: A Modern Education Solution

Kio_Kits
On a continent where electricity, let alone an internet connection or data coverage, is never a given, bringing technology to the classroom has proven to be a challenge in rural and poor urban regions of Africa.

A BRCK Initiative

But, the African software developers, engineers and technologists of the Kenyan company BRCK have recently rolled out an educational pilot program of tablets, specifically designed to combat connectivity problems.

The program, BRCK Education, comes from the creators of the original BRCK. A router and modem system boasting a built-in global SIM card, internal storage, surge protection, more than 8 hours of battery life, adaptable charging for solar panels, car battery and computer or wall outlet, BRCK grants access to the Cloud from anywhere.

BRCK Education’s pilot Kio Kit, which holds 40 tough Kio tablets, a set of headphones for each student, an original BRCK and wireless charging docks for the Kio, is designed to be a “holistic education technology solution that turns every classroom into a digital classroom,” according to BRCK.

Inside the Kio

The Kio Kits, which look like rugged, plastic suitcases, are not solely made for transporting and recharging the water and drop resistant Kio. The case houses an offline “micro-Cloud” server.

When the case is turned on, the micro-Cloud is activated, giving children and teachers access to the preloaded interactive content saved on the server, without the expense of having to connect to the internet.

Kio, meaning “window” in Swahili, kits are designed to give African school children the same quality education that their technologically more connected peers already enjoy.

The preloaded content is updated remotely, currently by four Kenyan education content companies and the international curriculum giant Pearson. This ensures that all children using the Kio are receiving the most up-to-date information.

But Pearson isn’t the only big-name backing the Kio Kits. Intel, Mozilla, and the African companies JP, e-limu and eKitabu are all getting in on helping the Kio Kits become a success.

Hope For Expansion

The pilot program is currently being run in schools in Kenya, Tanzania and Uganda. The African Wildlife Fund has also purchased Kio Kits to distribute to schools in Ethiopia, Congo and others.

If the pilot program goes well, BRCK is already designed to be used throughout the globe, making it a viable option for other developing nations.

The BRCK Education team hopes to positively change the lives of children who have little or no access to technology through the Kio Kits, in Africa and beyond.

The BRCK team is confident that their system will succeed in changing education for the better. As they claim on their website, “If it works in Africa it will work anywhere.”

– Claire Colby

Sources: BRCK 1, BRCK 2, Forbes, htxt.Africa
Photo: Potentash

, ,

Microsoft: Internet Access in Africa Using TV White Space

internet_access_in_africa
The Wi-Fi networks we use at home or in cafés have a limited signal reach of about 100 square feet.

To manage the problem of Internet connection, IT companies and Microsoft Corp. are utilizing TV white space. The technology is a spectrum of broadcast frequencies, typically used to transmit TV channels from one location to another, harnessed for wireless networks.

Through the 4Afrika initiative, Microsoft collaborates with local universities and IT companies including those in Namibia, Kenya, Ghana, South Africa and Tanzania, to bring the internet to unconnected parts of Africa. Microsoft launched the initiative in February 2013, with the latest project this year in Botswana.

TV white space makes broadband internet access in Africa affordable for most users in isolated parts of Namibia that could not otherwise access using typical café Wi-Fi. The distance of the frequency waves from the TV towers is much farther than a basic modem signal radius.

Namibia is an example of a large-scale white space project that covers a 38.5 by 94-mile area. The regions of Oshana, Ohangwena, Omusati and 28 schools in Northern Namibia are now connected to a broadband network.

One of the purposes of connecting secluded areas is to ensure that schools can communicate with other schools, businesses and nations.

Namibia is not an exceptional country grappling with access to the internet. Many African schools and hospitals outside of urban areas require the internet to provide learners and patients with the best education and health care.

In Ghana, tablets and other electronics are used to connect students to a broader academic and business community. Orlando Ayala is chairman of emerging markets at Microsoft.

He says that “We have to be an active participant in ensuring that by empowering this young human resource, that translates into innovation and creation of jobs. Hopefully, Tech Start-ups come from not only Africa but beyond Africa.”

Broadband Internet connection in Limpopo, South Africa also links secondary schools to a larger education community. Mountain View secondary school teacher Simon Matlebjame says that “We will be able to interact with other countries. Learners will be marketable and employable.”

The Internet gap between some parts of Africa and other communities is often referred to as the “digital divide,” or Africa’s economic and technological relationship to the rest of the world.

Another one of 4Afrika initiative incentives is to enhance Africa’s global economic value.

Microsoft looks at Africa as an investment in the future of technology. The company’s message is that the “Microsoft 4Afrika Initiative is built on the dual beliefs that technology can accelerate growth for Africa, and Africa can also accelerate technology for the world.”

By focusing on world-class skills, innovation and access, the company aims to provide the tools for success in the global market. Beyond economic opportunity, the initiative brings quality health care to African countries.

Project Kgolagano connects hospitals and clinics to allow easy transmission of medical records and patient access to specialized medicine through telemedicine. In partnership with the University of Pennsylvania, Botswana government and other IT companies, Microsoft helps join specialized health care and hospitals.

Director of the Botswana Innovation Hub Marketing, ICT and Registration, Dr. Geoffrey Seleka says that “there is currently a lack of specialized care in remote hospitals and clinics in Botswana.” The specialized care using photo and video transmissions between hospitals will make quality health care realistic.

A 2012 U.N. Human Rights Council resolution declared that Internet access is a basic human right.

Hospitals all over Botswana and Africa are, or are in the process of being, connected. By the efforts of local educators, IT companies and the 4Afrika Initiative, hospitals will have easier access to crucial medical records and students will have easier time learning.

The overarching goal is that people in Africa will share medical, educational and technological innovations with the rest of the world.

– Michael Hopek

Sources: Penn Medicine, Microsoft, UW Electrical Engineering, 4Afrika Microsoft 1, 4Afrika Microsoft 2, 4Afrika Microsoft 3, 4Afrika Microsoft 4
Photo: The Guardian

, , ,

The Role of XPRIZE in Ending Poverty

Ending_Poverty
Lack of access to sanitation and agriculture; the inability to maintain infrastructure or attend school—these are just some of the issues addressed by non-profit organizations aiming to combat global poverty. XPRIZE, one such non-profit, comes at the problem from a different angle by focusing on what the organization believes to be a need for ending poverty and spurring development: competition.

According to the organization’s website, “an XPRIZE is a highly leveraged, incentivized prize competition that pushes the limits of what’s possible to change the world for the better.” This group believes that innovation can solve the world’s problems, and competition created by the website and sponsors will foster this innovation.

There are eleven highlighted prize competitions listed on the website: Adult Literacy, Global Learning, Qualcomm Tricorder, Google Lunar, Wendy Schmidt Ocean Health, Nokia Sensing XCHALLENGE, Ansari, Northrop Grumman Lunar Lander XCHALLENGE, Progressive Insurance Automotive, Archon Genomics and Wendy Schmidt Oil Cleanup XCHALLENGE.

Some of these have already had winners selected, some are just beginning and some have finalist teams chosen. These competitions each fall within one of the “grand challenge” categories, which are Energy and Environment, Exploration, Global Development and Learning and Life Sciences.

A number of competitions involve using technology to improve access to education or healthcare. The Ansari XPRIZE was the first competition in 1996 and was awarded in 2004 to Mojave Aerospace Ventures for the creation of an aircraft capable of private space flight.

This competition relies on public participation, as well. People around the world can go online to see the current competitions and the guidelines for each and can vote for which competitions they would like to see in the future. Furthermore, anyone can join or create a team, with the idea being to have experts and amateurs in fields working creatively to produce solutions to global issues.

Through this unique approach, according to its website, XPRIZE is “spurring innovation and accelerating the rate of positive change.” By creating competition, problems caused by poverty are being and continue to be solved and brought to public attention.

– Rachelle Kredentser

Sources: Forbes, Philanthropy, XPRIZE 1, XPRIZE 2, XPRIZE 3
Sources: Global Learning XPRIZE

, ,

Cheapest Smartphone: Productivity and Connectivity for All

Cheapest_Smartphone

Global mobile carrier, Orange, has just launched the world’s cheapest smartphone. By doing so, they have opened up countless potential opportunities for low-income individuals and their families.

The new device is called Klif and runs on Mozilla’s Firefox 2.0 mobile operating system. Retail has been set at $34, or the equivalent exchange rate in countries where American dollars are not used. Features of Klif include a two megapixel camera, Firefox web browser, an FM radio and full Wi-Fi, GPS and Bluetooth integration.

While smartphones are readily available to Africa’s upper and middle classes, those in lower income brackets are typically unable to afford the devices, let alone the sky-high data plans required to run them. Klif includes a data, text and voice plan, and can be run immediately after activation.

Klif marks a key milestone in the greater tech revolution already occurring across Africa. The device allows for thousands to afford Internet access, and increased connectivity has been shown to increase economic income and output. It also allows for thousands to now contact friends and family in a moment’s notice.

With smartphones and certain apps, farmers can check the weather, nurses and doctors can receive patient updates and students can supplement their learning. As Orange expands its network, even more people will be able to reap the benefits of increased data access.

Orange has released Klif in 13 countries across Africa and the Middle East, with the hopes to enter more markets in the near future.

Executive Vice President of Connected Objects and Partnerships for Orange, Yves Maitre, said of Klif, “By scooping up all the costs into one, incredibly priced digital offer, we hope that critical access to the mobile internet and all the opportunities that that opens up, will be within reach of many more people.”

With Klif and increased mobile access in general, developing countries have more potential to catch up with the top nations of the world.

— Joe Kitaj

Sources: CNET, It News Africa
Photo: Wired

, ,

NASA and USAID Partnership: Mekong River


What do you think of when you think of NASA technology? “Space” is probably going to be the answer most people give, unless they’ve heard of SERVIR, the result of a partnership between NASA, USAID, the World Bank in Washington, and several other organizations.

Daniel Irwin, the director of the program, knows this better than anyone. “When people think of NASA,” he says, “they think of Mars Exploration Rovers or finding water on the moon, but a big part of our mission is to study earth from space, to advance scientific understanding and meet societal needs.”

SERVIR is actually not an acronym – it is taken from the Spanish word meaning “to serve,” because the goal of the initiative is to do just that.

By combining NASA’s technology and humanitarian groups’ understanding of what areas need what resources and what would benefit people the most, SERVIR is able to better serve the needs of populations.

The NASA website says that the resources developed by SERVIR can help governments and other agencies to more effectively “respond to natural disasters, [improve] food security, safeguard human health, [and] manage water and natural resources.”

SERVIR has hubs at locations throughout the globe, ad just this August, SERVIR-Mekong was launched in Bangkok, Thailand.

The Mekong river is located in Southeast Asia that acts as a major trade route to China. Depending on the seasons, the Mekong sometimes floods the surrounding area, leaving the residents of the Mekong area in severe need.

This is one of the reasons why Mekong was chosen as a location for this SERVIR project.

The Mekong center in particular was the result of NASA and USAID partnership with the Asian Disaster Preparedness Center (ADPC.) This is a partnership that will work to make land use more sustainable and to monitor and (hopefully) decrease the effects of climate change.

For example, the Normalized Difference Vegetation Index (NDVI) is something that can be monitored with NASA technology. It is an indicator that comes from the amount of light reflected off of the surface of the earth based on the quantity and quality of plant life.

Areas that have lots of healthy vegetation will have a high NDVI and vice versa. Understanding the NDVI of an area can provide everyone from small farmers to forestry service personnel a better understanding of where to plant crops, develop urban centers, and more carefully preserve vegetation.

The power to help individuals and populations all over the world better respond to the effects of climate change extends to areas of food security and water resourcing as well. It truly is a remarkable innovation.

NASA technology can also be used to chart the course of natural disasters. For example, in the past, during hurricanes, it has allowed scientists to map out the paths of mudslides, which allowed them to understand which areas would be most affected and need the most help.

SERVIR’s track record has been vastly successful. Its team has worked with over 200 institutions in over 30 countries to develop local solutions, and to link local offices all over the globe in a network of ideas and innovations. Over 40 custom tools have been developed through the work of SERVIR.

It’s an excellent example of many of the tenets of humanitarianism: utilizing technology, creating partnerships, thinking big (even beyond the global scale) and dedicating existing resources towards a worthwhile cause.

As Irwin says, NASA technology and USAID’s resources together are helping to create “real time, real world applications that are changing the lives of people where they live.”

– Emily Dieckman

Sources: USAID, NASA, Servir Global, Washington Post
Photo: AmericaSpace

, , ,

Top 50 Technologies Fighting Poverty


There is no question that the technology revolution of the past 40 years has had an immense effect on human health and development, but many have wondered if there is a single, specific innovation that has proven to be the most impactful.

The answer ends up being that there are many necessary technologies and innovations crucial to human development: 50 to be exact.

The Institute for Globally Transformative Technologies at the Lawrence Berkeley National Research Laboratory (LIGTT) has recently published a report called, “50 Breakthroughs: Critical scientific and technological advances needed for sustainable global development.”

The Berkeley Lab, as it’s commonly known, was founded in 1931 at UC Berkeley, and is now owned and operated by the U.S. Department of Energy. A subdivision of the lab, the LIGTT’s mission is to “identify, develop, and deploy, the next generation of breakthrough technologies for sustainable global development.”

The report ob 50 technologies fighting poverty comes after two years of intense analysis and research. The project was funded in part by USAID’s Global Development Lab.

USAID’s Dave Ferguson, who serves as the Director of the Center for Development Innovation, said “We believe science, technology, and innovation can deliver transformational results, and the 50 Breakthroughs study is an extremely valuable contribution in this endeavor.”

The study is divided into nine different categories and aims to give aid organizations and agencies a map of where to invest their time, funds and resources so as to have the greatest impact.

The categories are global health, food security and agricultural development, human rights, digital inclusion, water, access to electricity, gender equality and resilience against climate change and environmental degradation.

The report finds that water is the most important and needed breakthrough. Director of the study, Shashi Buluswar, said, “Water will be the defining problem of the next 50 years. It’s probably the single most important thing that needs to be solved.”

Other breakthroughs include greater access to vaccines, improved and highly efficient fertilizer and increased water filtration capacity.

Buluswar states that the Berkeley Lab is capable of working to implement many of the breakthroughs but encourages organizations both domestically and around the globe to contribute to their further development. You can read the report here.

– Joe Kitaj

Sources: Berkeley Lab 1, Berkeley Lab 2, LIGTT
Photo: desalinate4kids