Archive for category: Technology

Information and stories about technology news.

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Breaking Down the Barriers to Innovation Capabilities

Innovation Capabilities
Innovation is essential for countries to develop, but there are countless barriers to innovation capabilities. Innovation capabilities are the parts of a production process that people cannot buy but are critical to supporting and driving innovation. Companies must learn and develop these elements. These elements include basic organizational skills, human resource management, planning routines and logistical abilities.

The Importance of Innovation

Without innovation, companies cannot evolve and be sustainable. This, in turn, impacts the progress of whole countries. A lack of innovation leads to people being unable to leverage their resources.

According to the World Bank, many developing countries suffer from low innovation. Low innovation includes the following:

  1. Weaker managerial and technological capabilities and the lack of ability to cultivate them.
  2. Weaker government capabilities.
  3. A general lack of physical, human and knowledge capital.
As a result, developing countries often have a difficult time progressing through innovation. In 1900, many now developed countries were in a similar state to developing countries today. These developed countries were able to capitalize on their innovation capabilities and successfully manage new technologies. This is what developing countries must now do to progress.

Innovative Examples

There are several examples of how developed countries have capitalized on innovation, compared to those still developing:

  1. Brazil was able to upgrade technologically after a slump in its iron industry.
  2. Japan took its textile technologies and modified them for the needs of different locales. It also diversified into machinery, chemicals, cables, metals and banking. This enabled Japan to establish its first leading manufacturing industry.
  3. The United States leveraged its copper resources. It pushed the frontiers of metallurgy and chemistry through a combination of high-level human capital and a network of universities and laboratories.

Developing countries, however, have had trouble reaching the same goals. While Norway was able to leverage its oil and gas deposits with its high-tech sector, Nigeria was not. Spain and Chile were unable to successfully identify and adopt new advances in mining and metallurgy for their copper industries. This eventually leads to these country’s selling out to foreign interests who could.

Production Capabilities: Management and Government

Two subsets of capabilities directly impact innovation including production and technology. Production includes management and government, while technology includes incentives and the environment.

Management focuses on the organization and maintenance of a company. Developing countries tend to have weaker managerial capabilities than developed countries. In these developing countries, managers tend to not have as much education. This greatly impacts their capabilities to properly identify and understand high-return on potential projects, take responsibility for long-term planning and implement new talent.

Limited competition can prop up inefficient companies. A lack of government support, however, makes it difficult for more efficient companies to effectively incentivize their workforce and upgrade their technologies.

A country’s productivity can illustrate an example of the effects of different management practices. There is a 25 percent difference in productivity between developing countries and those in the United States.

Governments organize and support how effectively companies run. In developing countries, governments generally do not have enough human resources or they are unable to efficiently organize policies. The organization, design and implementation of these policies help to rectify market or systemic failures and promote innovation.

These capabilities are the rationale and designing of a policy, efficacy of implementation, comprehensibility for the National Innovation System (NIS) and consistency. Most developing countries, however, are unable to meet these requirements.

Technology and Innovation: Organization and Environment

Governments and management often work to organize companies. It is the organization of the company itself, however, that allows it to implement and expand new technologies. Companies must incentivize workers so they can receive the tasks that make them the most productive. This also empowers workers to brainstorm new ideas and improvements for products or systems.

This type of organization creates an innovation-friendly environment for the company. These incentives show positive influences on creativity and innovation in workers and the company as a whole.

An example of innovation at work is the Aquafresh company in Ghana. It dealt with fierce competition from Asia, eventually discovering that the best way to confront this competition was not to address it at all. Aquafresh started as a clothing company but later reinvented itself, turning to soft drinks. This was possible due to its innovation-friendly environment and organization. This environment eased the transition and sustained them through the change.

Solutions for the Barriers to Innovation Capabilities

Adopting better managerial and organizational practices can push companies to innovate in products, processes and quality. This can also inspire companies to create innovative projects, which can lead to new products and technologies.

Access to human, knowledge and technological capabilities increases a developing country’s innovation potential. This renders foreign aid less important as the countries learn to become self-sustainable.

Companies in developing countries need help with overcoming the barriers to innovation capabilities. If the National Innovation System could focus on supporting companies with better capabilities, investing in higher-level human capital and management and the development of capable governments, a larger innovation system could come into fruition for developing countries. This, in turn, would benefit the entire world.

– Nyssa Jordan
Photo: Flickr

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Technological Sustainability: Fixing World Problems 

Technological Sustainability
Technological innovations are changing the world. These innovations enable easier and more sustainable ways to support the Earth. Ensuring sustainable development includes technological innovations that improve the overall well-being of humans. It also requires a broad knowledge of technologies that can help advance people and organizations within the system. In order to create technological innovations for sustainability, there has to be a well-rounded understanding of the system. Once one has absorbed this knowledge, then they can create different technologies. These types of technologies include devices, methods, processes and actual practices. Technological innovations affect local communities in global areas as well.

Sustainable Development Goals

Technology is boosting the number of Sustainable Development Goals. This is creating solutions for social, economic and environmental threats. People have created many medical solutions through technological innovations. According to UNCTAD’s 2018 Technology and Innovations report, data analysis is aiding the response to disease outbreaks in different countries. In developing countries, some are using 3D printers to make custom-built prosthetic limbs for a cheap price.

Technological Innovation Devices

There are many other technological innovations that are promoting goals for the development of sustainability as well. Namely, one of those innovations includes the Zéphyr. Karen Assaraf, Julie Dautel and Cédric Tomissi created the Zéphyr, which acts as an eco-friendly generator. The device only uses water to inflate and capture solar energy from 165 feet in the air. Its purpose is to bring power to places that natural disasters have struck. In addition, the Groasis Waterboxx planting device is another technological innovation for sustainability. Pieter Hoff created the device which attempts to make growing crops in the desert possible and more efficient. It takes 90 percent less water than its traditional growing counterpart and people can use it in some extreme climates.

Initiatives for a Sustainable World

Along with technological innovations, there are also initiatives in place to create resources for a sustainable world. ENGIE Insight is a sustainable resource initiative working with businesses to reduce environmental impacts. ENGIE provides businesses with technology to support the reduction of their carbon footprint. So far ENGIE has worked with Gamestop and AMTRAK to assist in the creation of practices that reduce harm to the environment.

Additionally, in March 2018, the United Nations Industrial Development Organization (UNIDO) launched its Industrial Development Report. This report promotes industrial development and argues that mass consumption of manufacturers will set a “virtuous circle of industrial development – comprising income creation, demand diversification and massification of consumption.” The report also acknowledges that manufacturing is a key provider of quality goods and has a positive impact on living standards. Further, this contributes to the Sustainable Development Goals by ensuring the sustainability of the environment.

Technological advances that support sustainability are very important and are a part of the solution to change the world for the better. As the world becomes more sustainable, poor and marginalized communities should experience increased opportunities. In addition, improving sustainability through technology is impactful beyond the restraints of socioeconomic status. It all starts with technological innovations that require efforts from the people and political powers to set in motion.

– Jessica Jones
Photo: Flickr

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Technological Advancements in Africa

Technological Advancements in Africa
Technology plays an important role in a nation’s modernization. Through health, communication and economical advances, all nations benefit from the inclusion of tech. The world’s leading nations are also synonymous with technological innovations, emphasizing the effect and power of focusing on technological integration with society. Promoting technological advancements in Africa has benefitted them greatly. 

Looking at the Numbers

Africa has seen a dramatic spike in mobile phone users from 330,000 in 2001 to 30 million users in 2013. However, the first piece of technology that has made a large impact and that one can consider a mark of technological advancement in Africa is the internet. In 2014, Africa Renewal, a United Nations magazine, concluded that the main issue in technological penetration of Africa would be in the rural South African regions outside of the scope of major cities.

However, the data that Pew Research showed that in six African countries, South Africa, Ghana, Senegal, Nigeria, Kenya and Tanzania, internet usage increased by 2 to 16 percent from 2013 to 2017, leaving South Africa the highest at 59 percent. This data shows that even if the median percentage usage, 41 percent, is not nearly as high as more developed nations like the U.S.’s 89 percent, sub-Saharan countries are still increasing in internet usage.

Pew Research has shown that younger people are the ones utilizing the internet more. From Tanzania to South Africa, 34 to 75 percent of people aged 18-29 utilize the internet. This group of users is breathing life into technological advancements.

One such case is Peter Kariuki, a Kenyan native, who recognized the growing issue of road accidents in Africa. Road accidents are now the eighth leading cause of death in all of Africa, at 1.35 million deaths in 2016, beating tuberculosis. Peter Kariuki has created CanGo (formerly SafeMoto), a ride-sharing app that links a user with a safe and experienced motorcyclist in the hopes of lowering the rate of traffic accidents 

CareAI

Outside influence has trickled into Africa. One such influence comes in the form of the European Commission and CareAI. CareAI is a computing system that can diagnose diseases anonymously using blockchain. Blockchain is a decentralized growing list of records or blocks that cryptography links.

Malaria, typhoid fever and tuberculosis are some types of diseases that CareAI can test and identify and can do so in an anonymous manner. This anonymity allows migrants, minorities and those without health care to receive the diagnosis without the fear of others outing or persecuting them. The next step after the diagnosis is for CareAI to prescribe an individual with a prescription through an NGO, a nonprofit organization that operates independently of any government or even an NGO doctor. 

M-Pesa

Technological advancements in Africa have helped regions connect via the internet and mobile devices. Widespread use of the platform has increased communication and facilitated technical improvements that improve internet connections.

An offshoot of this connectivity has brought an age of innovation, such as the app M-Pesa which acts as a digital wallet that allows for remote withdrawals without having to visit a bank. With this increased acceptance of technology in Africa, outside organizations have begun to invest in helping Africa, such as U.S. company Zipline. Zipline’s partnership with Rwanda delivers blood and plasma via drones. Technology has aided Africa’s ascent to modernization and will keep improving as long as innovation exists.

With health care innovation, Africa can easily provide medical attention to those living in remote areas. The increasing connectivity of African society benefits not only the welfare of the nation but computer media connections. Outside of health care, technological advancement in Africa has improved manners of access to finances, ridesharing and social media. Africa has taken a step in the right direction in focusing on technological improvements, and people can provide assistance through the African Technology Foundation with its mentorship or partnership programs that focus on providing the education and resources necessary for technological advancements in Africa.

– Richard Zamora
Photo: Flickr

Minnesota Nonprofit Provides Medical Aid in Somalia

After two decades of ongoing civil war, Somalia’s health care system is in shambles. Almost two-thirds of Somali doctors have fled the country while health care infrastructure continues to be destroyed. As a result of these and other issues, the country is ranked 179th out of 191 countries in terms of its health care system, according to the World Health Organization (WHO).

Today, one-third of the deaths of children under 5 years of age are caused by malnutrition and 3.2 million people lack access to emergency health services.

The Response: Medical Aid in Somalia

Many global organizations have responded to this crisis. The International Committee of Red Cross spent a third of its budget on medical aid in Somalia in 1992, and other organizations such as the WHO and the U.N. have worked extensively in the country. However, it’s not just large organizations that are working to restore Somalia’s health care system.

Starting in 2016, a Minnesotan organization called the Minnesota Association of African People With Disabilities (MNCAPD) has partnered with the global nonprofit MATTER to send shipping containers full of medical equipment to Somalia. The organization has been able to deploy these supplies — which range from hospital beds to full x-ray rooms — about twice a year since 2016. The MNCAPD also has an official partnership with the Somali Ministry of Health to ensure ease of integration into the Somali health care system. The group mainly focuses on medical issues affecting women, children and the elderly, sending items such as nutritious food for mothers and children as well as wheelchairs and canes.

Background

Founded in 2014, MNCAPD is an organization created by adults with disabilities in Hennepin County, the most populated county in Minnesota. At a local level, MNCAPD works to find housing for adults with disabilities as well as help them with issues such as immigration and setting up medical appointments, among other things. However, MNCAPD also works extensively on providing medical aid in Somalia through its partnership with the Somali Ministry of Health and MATTER.

The organization’s Executive Director Nimo Ahmed estimates that shipping costs, which are entirely covered by MNCAPD, come out to about $12,000 per delivery of medical supplies. “I would love to ship [supplies] every day…but I cannot…because of funding,” Ahmed told The Borgen Project. The group mainly relies on donations to fund the shipments. This involves reaching out to friends and family to broader community fundraising efforts.

In 2015, the year before the group started sending supplies to Somalia, they paid a visit to the country. “I learned that there [are] people that are worse [off] than us,” said Ahmed. “I met some mothers that didn’t eat for a couple of days, I see kids that didn’t eat for a couple of days. I see there are little kids that didn’t have nutritious foods, I see kids that cannot go to the doctor…I see disabled people [who] cannot get access to…a wheelchair or a cane.”

“I invite [other organizations] to go to the place that they want to help and see what’s exactly helping, and just do the work on the ground of finding somebody…who’s on the ground and knows what’s happening,” Ahmed said.

– Kelton Holsen
Photo: Flickr

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Technology’s Role in Human Trafficking

 Technology's Role in Human Trafficking
The United States Department of Justice defines human trafficking as a crime that involves exploiting a person for labor, services or commercial sex. Tactics for recruiting victims have existed since the dawn of time with vulnerable people, forced or coerced into trafficking. Those most at risk for recruiting include vulnerable demographics. This includes groups such as homeless people or runaways, domestic violence victims, undocumented and documented immigrants. The internet has made the facilitation of human trafficking easier, but it has also improved circumstances for victims and survivors. This article will highlight technology’s role in human trafficking.

Technology’s Role in Human Trafficking

Prior to the use of technology and in some areas where access to the internet is limited, recruiters depend on personal social networks, the lure of wealth and romantic relationships to recruit victims. In addition, women and girls, already involved with the trafficker and known as bottoms, will assist the trafficker in recruiting other victims.

One way in which technology changes this dynamic is by allowing recruiters to operate through the veil of anonymity. Traffickers often conduct conversations via the Dark Web. According to Europol’s Internet Organized Crime Threat Assessment from the year 2015, 40 percent of criminal-to-criminal payments take place in Bitcoin, a decentralized digital currency without a central bank.

Anyone can become a sex trafficking victim because access to the internet furthers the reach and influence of a trafficker. If they are unable to take advantage of socioeconomic vulnerability, then they will be able to use a potential victim’s naivete in online interactions to their advantage. Further exploitation of the victim often includes threats of using commercial sex acts that people have documented. Traffickers might threaten to expose the images, which is a fairly common exploitation tactic. Laws against nonconsensual pornography or revenge porn are increasing, although New York’s laws need improvements.

Tracking Victims

Technology’s role in human trafficking becomes increasingly disturbing, considering the abilities to track the victim’s every move. This could potentially involve the use of GPS technology; however, traffickers have gone as far as embedding GPS tracker chips into their victim’s bodies. An article in Principia Scientific International, which is legally registered in the United Kingdom as a company incorporated for charitable purposes, detailed the story of a doctor x-raying a patient who had handed him a note saying, “I have a tracker in me.” Both the doctor and the victim in the story chose to remain anonymous for safety reasons. This is especially alarming considering an RFID chip was, in fact, embedded in the victim. Often used for pets, RFID chips, short for radio frequency identification, utilize electromagnetic fields to automatically identify and track tags attached to object.

The Bill: AB226

On March 4, 2019, KOLO-TV featured a story regarding the bill, AB226. The bill would ban forced human microchipping. Democratic Assemblyman, Skip Daly, presented the bill at a legislative hearing in Carson City. The network stated that it wanted to show the story after a Wisconsin company offered optional implantable microchips to its employees. Many of the people interviewed for the story appeared to believe that this issue had science fiction overtones. They further stated that “no good could come of (the use of microchips).” This implies the ambiguity of the results of such a procedure and presents issues that could possibly occur in the future.

However, the story of the victim at the doctor’s office signals that this could be a present-day issue. Despite this fact, most do not hear of the issue. It is unknown how many other victims have had microchips implanted into their bodies. Technology’s role in human trafficking seems bleak so far; however, when people use technology correctly, it can be a powerful tool in anti-trafficking efforts. Further, Ashton Kutcher and Demi Moore created the company, Thorn. The company “house(s) the first engineering and data science team focused solely on developing new technologies to combat online child sexual abuse.” Despite these positive efforts, human trafficking continues to be an alarming issue globally.

– Julia Stephens
Photo: Wikimedia Commons

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Poverty in Big Data

Poverty in Big DataIt is impossible to remedy the causes of poverty without enough data to make accurate assessments for formulating solutions. There is little infrastructure in fragile countries and developing nations, making data collection difficult. Gaps in data can exist that are a decade wide. Infrequent studies conducted with only a single method of surveyal are inadequate. If there are not multiple methods of gathering data, the data will be skewed, because there will be no means of comparison for bias.

New methods have been developed to gather data remotely. These methods rely on finding signs of poverty in big data. Big data is a term for the massive amounts of data collected by computers. Poverty in big data can be detected by using self-learning artificial intelligence known as machine learning programs.

Cell Phone Data

While smartphones often remain out of reach for the impoverished, basic cell phones are a staple of life even for those living in developing nations. In fact, the greater part of sub-Saharan African countries own mobile phones. For example, in Tanzania, the country with the lowest reported number of phones, 75 percent of the population still owns a mobile device. In South Africa, the country with the highest reported number of phones, only nine percent of the population lives without a mobile phone. Another study on Rwandan households also found that mobile phones were more common than televisions or computers, ubiquitous items to the American household.
Because of these factors, there is an abundance of cell phone data (CPD) even in regions that typically lack data on poverty. According to a study done by the World Bank Group in Guatemala, CPD interpreted through machine learning can yield sufficiently accurate data of urban areas. CPD can be used to determine the location of a person’s home and how far they typically travel. With this data, researchers can see who is likely to travel to a location and who has a means of transportation for getting there.

Satellite Imagery

Civil unrest and harsh conditions can make it dangerous to gather data on poverty in some regions. These factors can disincentive data collection and cause years of gaps in survey data. A new remote method of analyzing public data on physical regions has helped demystify treacherous terrain. Satellite images of the Earth’s terrain, also known as Earth observations, display signals of wealth in a region. By measuring the luminosity of man-made light at night, researchers can make estimates of the economic status of an area. A proven correlation between illuminated areas, electric power consumption, and a country’s GDP justify these estimates. This is a fast and efficient method of obtaining data from a country that has seen natural disasters or civil war.

Social Media

The digital footprint of social media users, or lack thereof, can be useful in estimating data on the development of areas. According to the Pew Research Center, 53 percent of those in emerging nations use social media. Internet use correlates with the GDP per capita of a country, so the rising numbers of users are promising. However, sub-Saharan Africa and India are falling behind the rest of the world.

Finding poverty in big data through machine learning has proven to be informative and safe for researchers. The relatively unobtrusive nature of conducting studies in this manner makes sure that locals do not feel disturbed or angered. Remote and impersonal studies such as these also avoid issues such as under-reported poverty in illiterate households and over-reported poverty from those asked to recall their consumption.

– Nicholas Pirhalla
Photo: Flickr

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Bringing African Farmers into the Digital Revolution

digital inclusion for African farmersThe spread of mobile technology has granted developing nations access to the digital revolution. This is called digital inclusion. From the digital revolution, we have experienced one of the most innovative new business models, networking. Companies like Facebook and Instagram are involved in social networking. Uber and Lyft specialize in transportation networking. Go-puff, Grubhub, and Door Dash all focus on food delivery networking.

What makes these business models unique to networking is that their products are simply information. Food, cars and people’s personal information, provided by the users themselves, is the secret. Networking companies need only to provide intuitive transfer of this information over the internet.

New companies across Africa are taking advantage of the networking business model. With increased digital inclusion for African farmers, there are new ways for transactions to be streamlined.

Hello Tractor!

The mechanization of agriculture is an important innovation to spread into developing countries. Unfortunately, many farmers in these countries cannot afford to outright buy a tractor and maintain it. Hello Tractor! creates a network between tractor dealers, contractors and farmers that makes mechanization a reliable and affordable investment for all.

Based in Nigeria, Hello Tractor! targets the 36 percent of the Nigerian population that is employed in agriculture. The physical product of Hello Tractor! is a device that attaches to tractors and monitors them, sending GPS and maintenance data to the Hello Tractor! software.

Farmers use the software by downloading a mobile application, to book the dates in which they need tractors. Once contractors send out their tractors, they can use the app to see if the tractors are being used properly. Tractor dealers also have access to the information so that they may perform maintenance when required.

John Deere supplied 10,000 tractors to Nigeria’s Ministry of Agriculture in 2018 and they are all managed by the Hello Tractor! systems. Ultimately, digital inclusion for African farmers can build trust between stakeholders.

Agri-wallet

Selling produce is a more arduous task than many may think. As the market expands, this risky and tedious process only puts more pressure on farmers. Digital inclusion for African farmers can settle this issue.

Between the farmer and the consumer, there exists a distributor. However, unlike how we think of big business deals in America, these distributors can not put down payments on produce. They must take weeks to sell the products to consumers and bring back the returns to the farmers after.

A solution to this problem is in high demand as 70 percent of workers in Kenya are employed in agriculture.

Agri-wallet fits nicely into a niche area between the Kenyan farmers and the market distributers. When farmers sell to their distributors, Agri-wallet pays up-front into the farmers’ banking app. Now, farmers can restock during this intermittent period of sales.

Convenient transactions and loans such as these would not be possible without the growing interconnectivity of mobile technology spreading into Africa.

Now, 4,000 farmers in Africa are benefitting from the services of Agri-wallet.

Farmer’s Pride

According to the Kenya Agricultural Research Institute, 3 quarters of Kenyan farmers have planted fake seeds at least once. Farmer’s Pride is a Kenyan company that will provide infrastructure and safe avenues for e-commerce among farmers and distributors.

A primary focus of Farmer’s Pride is “putting the area on the map” so that village-level farmers are more attached to society as a whole. Extra care for farmers, from digital access to insurance to local access to veterinary care for livestock, is what makes Farmer’s Pride such a promising franchise.

10,000 farmers have been connected through Farmer’s Pride, making an extra $2m income through their intervention.

These secure smartphone apps are promoting e-commerce, intelligent planning and proper resource management. When African farmers are given the opportunity to be included in the digital world, the entrepreneurial and economic prosperity we have enjoyed in America will become open to them.

– Nicholas Pihralla
Photo: Flickr

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Ukraine’s IT and Software Development

Ukraine's IT and software
After the fall of the Soviet Union in the 1990s, many believed Ukraine would climb quickly up the economic ladder. Until recently, government corruption and political instability kept the country in a state of economic stagnation. Over the last two decades, however, the nation’s information technology and software development sectors grew rapidly, helping immensely to boost Ukraine’s economy.

Ukraine Becomes a Major Player

People did not fully recognize the potential of Ukraine’s IT and software industries until 2011 after service exports nationwide exceeded $1 billion. This large revenue also helped the country gain its rank as the 26th most attractive country for outsourced tech services. The following year, the Ukrainian Hi-Tech Initiative conducted a report which ranked Ukraine among the top 10 countries with the most certified IT specialists. Out of the 250,000 Ukrainian IT specialists employed in 2014, over 40,000 of them were certified. Ukraine continues to gain global attention and its rapidly growing IT sector made it one of the most attractive nations for investors and venture capitalists.

The Ukrainian Venture Capital and Private Equity Association recorded that between 2013 and 2018, venture capitalist companies invested $630 million into Ukrainian tech start-ups. Lviv, another major IT city in Ukraine’s Innovation District IT park recently received a $160 million grant. The generous grant provided 14,000 new workplaces in the park. Among the workplaces were tech-labs, hotels and restaurants. This expansion created an array of employment opportunities, which helped to boost Ukraine’s economy even more.

The successful growth of these industries had so much impact that Ukrainian universities had to create specialized degree programs to cater to them exclusively. As of 2018, there were 13,836 students studying at universities with tech programs. Out of the 13,836 students, 5,000 will graduate with the skill-set needed to become IT professionals in Ukraine’s cluster of tech-centered cities. The IT Future Survey from 2018 indicated that 82 percent of all Ukrainian students wanted to pursue a career in IT or software development. To be specific, in 2017, the Lviv IT cluster launched four new tech programs including robotics, cybersecurity, business analysis and life safety. In addition, the cluster also opened four new innovation labs for IT students. The labs should help students master their skill sets in AI tech, machine learning, data science and an array of other cutting-edge technologies.

Outsourcing Services and Real Estate Demand Boosts Ukraine’s Economy

In recent years, the demand for Ukraine’s IT and software services increased exponentially. Consequently, this creates a demand for firms to buy real estate to house their growing businesses. A Cushman & Wakefield property market analysis indicated that in the first half of 2017, IT companies accounted for 50 percent of all office transactions in the city of Kyiv. Tech companies also account for 60 percent of all office rentals in Kyiv’s Gulliver Business Center, a major hub for the city’s tech industry. Other Ukrainian tech-hub cities like Lviv, Odesa and Kharkiv helped boost Ukraine’s economy through these same areas.

Ukrainian tech companies do a majority of their business through outsourcing services. A report conducted by the investment firm AVentures Capital indicated that at least 500 firms provided tech services to the global market. As of 2018, software development became the second largest export service in the world with Ukraine being responsible for 20 percent of those exports globally. With a current market growth of 26 percent, and between 160,000 and 172,000 Ukrainians being software and IT professionals, Ukraine boasts the largest and fastest growth of these industries in all of Europe. Experts speculate that services of this nature are well on their way to becoming the number one export in the country.

Ukraine’s IT and Software Sectors Create Jobs

This growth helped boost Ukraine’s economy and has also provided Ukrainian people with employment opportunities from clients abroad without the direct involvement of their corrupt government systems. The exports of Ukraine’s IT and software services were worth $3.6 billion. In addition, outsourcing companies provided more than 100,000 software development jobs in the country’s IT sector in 2018.

SoftServe, an American outsourcing company, provided 6,000 employment opportunities for Ukrainian IT specialists. The firm also accepts 800 new recruits annually for a six-month training program. A recorded 70 percent of the program’s participants graduate to gainful employment in IT and software development. Moreover, for every software and IT professional that a company hires in Ukraine, four more jobs in various industries open from that one employment opportunity. The growth of these industries had such a large impact on Ukraine that tech companies can almost guarantee a steady inflow into the country’s economy within a few years.

Although Ukraine has a long road to becoming a fully developed country, its people have made impactful improvements over the last couple of decades. Despite the tireless oppression it faced, Ukraine proved that it has the potential to be a world superpower in innovation, creativity and technology.

– Ashlyn Jensen 
Photo: Flickr
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The Hub of Technology in Kenya

Technology in Kenya

In recent years, a focus on technology crept through cables and bloomed within the country of Kenya. Mobile phones, an item sought after in developed countries, conveys a deeper significance for Kenyan citizens, establishing digital communities and managing the majority of payments. Other programs have been created in Kenya, focusing on artificial intelligence and information technology and communication.

AI Kenya & Artificial Intelligence

Devoted to the learning of artificial intelligence, AI Kenya acts as a growing community of data science practitioners, government officials and enthusiasts. The organization provides “tracks” regarding coding and machines, claiming whether “you’ve just learned to code or you’re a seasoned machine learning practitioner,” information will be provided, free to learn.

AI Kenya’s tracks are lessons, introductions and resources that aid the visitor on the path to digital learning. For the introduction to artificial intelligence, Microsoft’s AI Business School and a self-directed online course from Babson College are presented. For an intermediate track, a group of videos reviewing Statistical Machine Learning is listed, provided by Carnegie Melon University.

Across Africa and in various international countries, AI Kenya shares upcoming expos and conferences regarding artificial intelligence and digital technology. Podcasts join the organization’s information as well, spotlighting businesses and research or documenting Code Maktaba, a training event series improving community members on concepts.

VMWare & Information Technology

Besides artificial intelligence, other skills involving learning through technology prove valuable in careers. VMWare, a software company, leads an information technology (IT) academy with a program dubbed “Virtualize Africa.” The company commits to supply students with the technical skills and techniques needed to pursue jobs created by the digital age. They explain that to combat the rapidly changing and advancing technology in Kenya and other countries, skill sets must also be honed.

Strathmore University, located in Nairobi, Kenya, incorporates courses developed by VMWare which cover cloud computing, the Internet of Things (IOT), virtualization and other subjects. Students access online resources as well as in-person lab experiments. In partnership with VMWare, students may earn certifications by the company and chances to work as part of it.

Mobile Transactions

Kenya currently endures a hefty transition from cash to submitting payments with money-transfer systems on mobile phones. 70 percent of the country now use their phones to give money to each other, which is more than any other country. The interest inspires entrepreneurs to take advantage of cell phones and invent creative programs interweaving their technology.

Blogs have arisen, documenting technology in Kenya and how it is attracting others to the country. An environment fostering technological revolution supports the emergence of VMWare and AI Kenya, along with communities such as iHub, a center for creative professionals and influencers, hosting sessions for ideas and competitions.

While leading in mobile rankings, Kenya still wishes to rise up to developed countries with other aspects of technology. Currently, artificial intelligence and IT boast an abundance of programs and organizations. An increasing focus on technology in Kenya and schools also prepares students for the digital age and allows a head-start in the pool of technological revolution. Finally, the technological hub offers untapped sources of economic advantages, allowing companies to spread their programs outwards to the rest of the globe; the research on artificial intelligence allows for a web of further ideas, creating drones and services to aid the economy further.

– Daniel Bertetti
Photo: Flickr

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India’s Digital Transformation

India’s Digital Transformation
Over the last decade, India has tackled barriers like undocumented citizen identities and minimal access to formal banking and new technologies with a series of innovative programs and digital services. This article will explore India’s digital transformation.

Digital Identification and Financial Inclusion

Efforts to digitize India first took off in 2009 with the launch of a digital identity system called Aadhaar. Aadhaar aimed to provide every citizen with a digital identity. Aadhaar obtained IDs through a biometric-authenticated 12 digit number that created them according to applicant’s iris and fingerprint scans. Aadhaar has provided over 600 million voluntary applicants with UID’s (unique identifications) since its launch. The success of Aadhaar gave even the most rural populations the ability to identify themselves and avoid the hassle of ineffective systems.

Although the majority of citizens obtained digital IDs, a portion of the population still lacked access to digital banking services. Limited access excluded citizens from participating in formal banking that could improve their lives. With the demand for digital banking services increasing, India embarked on its next phase of digital innovation.

In 2014, with added backing from the Modi government, India created the Jan Dhan financial inclusion program. Jhan Dhan sought to get as many Aadhaar identity holders to participate in digital banking as possible. Within the first day of the program’s launch, Aadhaar identifications set up 10 million paperless bank accounts. The program also promised account holders accident insurance for up to 100,000 rupees (or $1,500) and an overdraft capacity of 5,000 rupees ($80).

Empowered with digital identification and banking, citizens could digitally access government services with more ease. The increase in mobile banking also created new layers for India’s digital transformation.

Demonetization and BHIM

By 2017, Aadhaar identification had become a required function for formal banking, SIM connections and income tax returns. With the majority of the population using digital services, the need for India to demonetize became more apparent. India’s total demonetization seemed daunting, but it appears to have worked well for the country. India’s decision to demonetize was so abrupt, the demand for services like Aadhaar and Jan Dhan, among others, increased rapidly. With the replacement of its old currency and the demand for digital services rising so quickly, India’s digital transformation took its next steps.

To help with the transition of demonetization, India’s Prime Minister launched BHIM (Baharat Interface For Money) in 2016. The app serves as a digital payment platform in tandem with the country’s UPI interface. BHIM also works with a 2G network, meaning that people even the most rural parts of India can access this service. This network allows UPI account holders to send and receive instant payments from non-UPI holders, which cushioned the shock of demonetization for more of the population.

The app also offers a wealth of diverse services for users and businesses. Currently, it allows users to shop/pay for services online, transfer money to family and friends, receive customer payments with no additional cost and check transaction history and account balance at any time.

Three years after its launch, BHIM collaborated with over 100 banks nationwide and in early 2018 people downloaded the app 21.65 million times for Android phones and over a million for Apple. Data that RBI and the National Corporation of India collected also demonstrated that out of 145 million UPI transactions that year, BHIM carried out 9.1 million of them.

Although India requires more work, it has dedicated itself to improvements through innovative technology and creative solutions over the last decade. As it continues its efforts, the country’s citizens should have increased access to banking services.

– Ashlyn Jensen
Photo: Flickr