Archive for category: Technology

Information and stories about technology news.

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Tackling the Digital Divide in Ghana

Digital Divide in GhanaGhana is a digital leader in West Africa, yet many women remain excluded from its benefits due to a range of cultural, social and economic barriers. World Bank data reveals that in 2021, 65% of Ghanaian women used the internet compared to 72% of men, a 7% gap. Furthermore, the disparity is even greater in digital finance, where 59% of women accessed mobile money versus 65% of men. This digital divide in Ghana limits women’s economic opportunities and their ability to participate fully in today’s digital economy.

Digital exclusion reinforces existing poverty and inequality, as equal access to advanced technologies is crucial for supporting women’s economic independence and fostering a more inclusive society. However, closing the digital divide in Ghana will give women the agency and empowerment to shape their futures and thrive in the digital economy.

Reasons Behind the Digital Divide

  • Existing Gender Inequality. Women in Ghana often have lower literacy levels, higher unemployment rates and lower incomes than men. Therefore, this existing divide makes it harder for women to understand how to use a mobile phone, successfully access the internet and learn new digital skills.
  • Affordability Barriers. In Ghana, women earn less than a third of what their male counterparts make. High data costs and the expense of owning a mobile phone limit women’s ability to access digital technologies and incorporate them into daily life easily.
  • Social Norms. Cultural norms in Ghana often place women in caregiving roles, discouraging them from STEM careers and making many reluctant to use digital technologies. This hesitation widens the digital divide, limiting women’s access to education, jobs and economic opportunities.

Current Initiatives

The GSM Association is a nonprofit that represents the interests of global mobile operators. It supports efforts to empower Ghanaian women with digital skills and access through complementary programs. Its ICT Skills for Entrepreneurial Women Empowerment initiative has trained 15,000 artisans and 720 female entrepreneurs in key digital skills. These include internet use, mobile money and social media marketing, helping them grow businesses and improve entrepreneurial growth.

To further enhance digital competence, the organization’s Mobile Internet Skills Training Toolkit offers free, multilingual video courses for micro-entrepreneurs. This initiative improves digital literacy, fosters economic independence and challenges traditional gender roles, opening new pathways for women in the workforce. Building on this digital foundation, the National Health Care Insurance Scheme’s mobile renewal option has boosted active membership by more than 50%, with 83% of women using this convenient service via mobile devices.

While these initiatives have seen success, the GSM Association surveys indicate that other e-government services are utilized at a lower rate. To tackle the digital divide in Ghana, external factors that hinder women from accessing such technologies must be taken into consideration. These include raising awareness, boosting digital literacy and addressing affordability barriers through targeted campaigns, training programs and expanded access to low-cost internet and devices.

Looking Ahead

“The Access to Agency: Empowering Women Through Digital Inclusion Conference,” held in July 2025, brought these challenges to the forefront. Indeed, sessions focused on expanding women’s access to smartphones, using WhatsApp networks for digital financial services and entrepreneurship and developing tailored safeguards to protect women’s privacy and safety online. By highlighting these priorities, the conference reinforced the need for targeted strategies that help women benefit equally from digital progress.

By putting women’s digital inclusion at the center of future strategies, Ghana can unlock new opportunities, reduce poverty and build a fairer, more prosperous society for all.

– Beatrice Punt

Beatrice is based in Manchester, UK and focuses on Technology and Solutions for The Borgen Project.

Photo: Wikimedia Commons

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How 2D Participatory Maps Are Fighting Poverty in Chad

2D Participatory MapsChad is a landlocked Central African nation that spans the tropical, semi-arid belt known as the Sahel. While rich in natural resources, Chad ranks among the world’s most challenged countries in the United Nations (U.N.) Human Development Index (HDI).

A Nation in Emergency

Measured by poor life expectancy, education and living standards, Chad’s slow pace of development since French colonial rule has created deep-rooted challenges for its people. About 42% of the population lives below the poverty line and food insecurity has increased by 240% since 2020.

Despite the discovery of oil in 2003, Chad has remained overwhelmingly focused on military security. This, combined with a legacy of political instability, corruption and poverty, has left its growing population trapped in cycles of poverty, unemployment and deepening regional conflict.

As scarcity rises, the war in Sudan is creating a new humanitarian crisis, impacting trade routes, with almost one million Sudanese refugees crossing into its borders. These challenges divert Chad’s already limited resources from other critical areas of the economy as fuel and food prices surge rapidly.

Rising Temperatures in Chad

As desertification advances at a rate of four kilometers per year, Lake Chad, once one of Africa’s largest freshwater bodies and a source of survival for around 30 million people, has shrunk by 90% since 1960. Today, fewer than half of all children have access to safe drinking water.

Further, mass flooding in 2023, particularly in the most populated areas, destroyed an estimated 259,000 hectares of farmland. This affected 1.5 million people, creating further regional insecurity and disruption.

Climate studies project that temperatures in Chad will rise throughout the 21st century. This will likely result in lower crop yields, leaving communities to fight for scraps of land ravaged by extreme weather conditions.

2D Digital Maps for the Future

In the face of these great challenges, Hindou Oumarou Ibrahim, a cartographer and climate activist, has become a voice of hope among indigenous populations. Ibrahim is creating 2D participatory maps designed to combat poverty in Chad by helping communities identify and share resources in areas of emerging conflict.

Transhumance routes empower local communities and enable cultural exchange across the Sahel. These routes aim to reduce violent conflict by making populations less vulnerable to rising temperatures through evolving 2D participatory maps.

Integrating indigenous and scientific knowledge, Ibrahim’s maps are constantly evolving. Using annotated satellite imagery, they bring together leaders from 116 communities to agree on fair and sustainable use of fertile land, materials and freshwater points across 1,728 square kilometers.

The Chad Digital Transformation Project

While Ibrahim’s work sparks regional interest, only 19% of the Chadian population can access the necessary digital tools or facilities. This presents challenges in scaling the project, especially during a time of political and ecological instability.

However, within five years, the Chad Digital Transformation Project aims to provide an additional 4.5 million people with broadband access. The project will enable people to engage more comprehensively with the project in the coming years.

Conclusion

Chad’s challenges are immense, but participatory maps offer a hopeful path forward. By combining indigenous knowledge with digital tools, communities can manage resources and reduce conflict. As digital access expands, this grassroots solution could help turn local resilience into lasting impact.

– Gabriel John Gunn

Gabriel is based in Paisley, Scotland and focuses on Technology and Global Health for The Borgen Project.

Photo: Flickr

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AI Technology Developed for Breast Cancer Screening in India

Breast Cancer Screening in IndiaFor decades since its inception, mammography has been the leading method for detecting breast cancer. However, a new AI technology called Thermalytix could become a less invasive and less expensive early intervention tool, as shown through its trials of breast cancer screening in India.

Breast Cancer in India

Breast cancer is the most prevalent cancer among women worldwide. It also has the fourth-highest mortality rate out of any cancer. In India specifically, it is a significant issue. Despite having lower incidence levels, the nation continues to have similar or higher mortality rates than Western countries. One of the main contributors to this high rate of mortality is delayed detection.

Health professionals recommended that all females aged 40 and above receive yearly mammograms to screen for breast cancer. However, according to the Longitudinal Aging Study in India, fewer than 2% of the 35,083 women aged above 40 surveyed reported receiving a mammogram in the past two years. Due to this lack of thorough and routine examination, many breast cancers are not diagnosed until they are in advanced stages.

The percentage of women who reported receiving mammograms varies slightly based on socioeconomic status, other preexisting health conditions and place of residence. However, as a whole, access to and use of mammogram technology for breast cancer screening is limited. This is due to high costs and lack of adequate medical equipment and workers in India and other low- and middle-income countries (LMICs).

Predictive Screening With AI

Niramai, a tech company located in Bengaluru, India, has developed an AI technology known as Thermalytix, which detects indicators of breast cancer. Thermalytix uses computer software to analyze thermal imaging of breasts and scan them for abnormal “hot spots, warm spots and vascular patterns” and determine the probability of any malignant lesions.

Since 2016, Niramai has conducted studies on the effectiveness of Thermalytix in different clinics and hospitals across India. Over the past nine years, Niramai has invited more than 16,000 women to participate in clinical trials, improving its Thermalytix technology. Thermalytix was evaluated in terms of sensitivity (ability to identify true positives) and specificity (ability to identify true negatives) in each study.

In every iteration, Thermalytix has consistently scored between 82-98% in sensitivity and 80-88% in specificity. It has already “received regulatory approval in India” and met the health and safety criteria to receive the CE mark in Europe. Thermalytix patients found to be positive or at high risk for breast cancer are always referred to receive further testing with either mammography, MRI or ultrasound technology. However, its effectiveness as an early intervention tool is not to be understated.

Conclusion

As a lower-cost and noninvasive technology, Thermalytix has the potential to make breast cancer screening in India more accessible to the general population. If implemented on a large scale, this technology could “improve overall treatment outcomes” by catching breast cancer before it reaches the later stages.

– Delaney Gouveia

Delaney is based in Newport, RI, USA and focuses on Global Health for The Borgen Project.

Photo: Pexels

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Drones Reducing Tuberculosis in Nepal

Tuberculosis in Nepal: How Drones are Helping Tuberculosis has long affected rural nations across the globe, but the crisis in Nepal is particularly concerning. In 2023, 68,000 people in the country had tuberculosis, nearly a third of whom died. Tuberculosis also remains among the top five causes of death in Nepal. Exacerbated by limited access to medical treatment and high transmission rates, the disease continues to pose a serious threat. However, new technologies—including drones—offer potential solutions that could transform health care delivery in Nepal and beyond. 

A Persistent Threat in Nepal

Tuberculosis is a serious infectious bacterial disease that spreads through coughs and sneezes. When detected and treated early, it is both preventable and curable. However, geographic and economic barriers make tuberculosis more difficult to manage in Nepal. Approximately 50% of Nepalis must travel between six and eight hours to reach a health care facility. It is the isolation and lack of infrastructure in the rural regions, where 80% of Nepalis reside, that deepens the inaccessibility of medical care. With these roadblocks, fewer citizens actively seek out care and the diagnosis of tuberculosis is consistently delayed. As a result, almost 70% of Nepalis are carriers of the disease and may face serious consequences in the future.

The Danger of Delayed Treatment

Once exposed to tuberculosis, it is important to seek out medical care quickly to begin treatment and prevent the spread of this potentially deadly disease. However, because seeking medical treatment in Nepal is such a burden, many seek it out very infrequently or not at all. The longer people wait to seek tuberculosis treatment, the more serious the illness can become. By waiting for an official diagnosis and treatment, they risk increased rates of community transmission and potential health issues. This transmission and these complications have led to significant economic decline. Many become bedridden or unable to work as a result of the disease, leading to increased poverty rates. Telemedicine, however, is making notable progress. Organizations have begun using drones to diagnose and treat tuberculosis patients more efficiently.

Using Drones to Fight Tuberculosis in Nepal

A number of institutions, including WeRobotics, Stony Brook University and Nepal Flying Labs, have been utilizing cargo drones to combat tuberculosis in Nepal. These drones collect samples from individuals suspected of having tuberculosis and deliver them for testing. The same drones also help administer treatment. Tuberculosis treatment often spans several months, making it difficult for patients in remote areas to complete. However, with the support of these drones, a technology known as e-DOTS can facilitate therapy remotely.

Building Toward Health Equity

The efforts made by these international organizations are enabling tuberculosis diagnosis and treatment. Technology like these drones is not only helping to reduce the prevalence of tuberculosis, but also represents a step toward bringing medical care to rural areas in need. Telemedicine is actively empowering rural communities by providing access to timely care. So far, these drones have tested more than 700 people in rural Nepali communities. It is the hope of many that technology like this will continue to cross borders and support international poverty reduction.

– Caroline May

Caroline is based in Denver, CO, USA and focuses on Good News and Technology for The Borgen Project.

Photo: Flickr

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The Benefits of Telemedicine in Rural Africa

Telemedicine in AfricaAfrica is home to more than 1.5 billion people. The differences between the North and sub-Saharan regions often characterize it. The majority, approximately 1.29 billion, live in sub-Saharan Africa, which remains significantly less urbanized than the North. Although urbanization is steadily increasing across the continent, most people still live in rural areas. As of 2024, 56% of the sub-Saharan population resides in rural communities.

Despite Africa having the highest disease burden compared to the other continents, it also has the lowest ratio of health workers to the population. It carries nearly a quarter of the disease burden on a global scale, yet only holds around 3% of health care workers. According to the World Health Organisation (WHO), Africa has a mere 2.6 doctors per 10,000 people, compared to 37.6 doctors per 10,000 in Europe. In addition, an estimated deficit of 11.1 million health care employees is projected by 2030, with most of the disparity affecting Africa.

Telemedicine Services in Africa

Combined with the excessive burden of disease outbreaks and largely understaffed health care facilities, Africa’s health care systems are overwhelmed and unable to serve their population equitably. Those living in sub-Saharan Africa are notably disadvantaged, with the region having the lowest ratings in well-being and satisfaction with health care services. Most people live in rural areas and their access to health care services is even more limited. In response, many rural areas in Africa have introduced telemedicine services and the results are promising.

Telemedicine involves using apps designed for personal communication devices like tablets and phones to deliver various health care services. Some telemedicine services offer telephonic or face-to-face communication with health care workers, SMS for treatment support or questions and online platforms to view medical records or schedule health consultations. Many African companies are investing and creating these online platforms to better serve their communities, especially those in rural areas with limited access to health care resources. Below are three telemedicine platforms implemented in different sub-Saharan African countries.

EasyClinic in Rwanda

EasyClinic is an online platform designed to improve health care access and efficiency, especially for Rwandans in rural communities. Key features of EasyClinic include generating prescriptions in only 30 seconds and delivering them via Email, WhatsApp or SMS, along with consultations with medical professionals through chat or video.

EasyClinic also utilizes AI to generate prescriptions and notes and send appointment reminders. In addition, the platform provides AI-powered diagnostic services based on the patient’s history and general symptoms.

Daktari Smart Program in Kenya

Launched in November 2021, the Daktari Smart Program utilizes telemedicine to provide specialized care to children in Kenya. This program allows Gertrude Children’s Hospital Specialists to connect with health care providers at rural facilities in Africa, allowing them to evaluate patients more accurately using telemedicine services.

The online connection also increased education for local providers and health care volunteers in more rural areas. In addition, the platform can operate at a low bandwidth, between 512Kbps to 2Mbps, ensuring the services are reliable even in rural areas with poor internet service.

Thus far, the program has provided free health care services to more than 32,400 children in Kenya, saving them time and money. This has also created more jobs for health care employees, increasing rural facility staff by 300 workers. The program has also trained more than 300 volunteers throughout Kenya’s rural communities, improving health care access for many.

Rocket Health in Uganda

Founded in 2012, Rocket Health is Uganda’s most-used telemedicine app, providing full service to more than 25,000 patients. To ensure primary care is more affordable and accessible for all Ugandans, the startup focuses on 24/7 online consultations, medication delivery and the collection of laboratory samples from patients’ homes.

Rocket Health is also introducing a new AI diagnostics feature that would allow doctors to quickly run patients through a set of questions to help them identify diseases faster. The AI service can identify up to 90% of medical conditions in combination with telephone assessments and remote lab tests. Online consultations have skyrocketed during and after the COVID-19 pandemic, with Rocket Health providing more than 400,000 online consultations.

Conclusion

Telemedicine platforms like EasyClinic, the Daktari Smart Program and Rocket Health are transforming how health care is accessed and delivered across rural regions in sub-Saharan Africa. In areas where health care systems and workers are overwhelmed, these digital solutions provide a virtual bridge between underserved populations and life-saving health services. By combining mobile technology with AI, diagnoses are often delivered faster and more accurate, allowing for even more patients to be assessed.

For rural communities that have long been excluded from equitable health care, these technology innovations are more than convenient; they are essential. As the sub-Saharan region continues to face systemic health challenges, telemedicine stands out as a key tool for closing the health care gap in the most remote and vulnerable communities in Africa.

– Grace Johnson

Grace is based in Chicago, IL, USA and focuses on Technology and Global Health for The Borgen Project.

Photo: Pexels

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Virtual Reality Surgical Training in Low-Resource Countries

5 Ways Virtual Reality Surgical Training Transforms Low-Resource CountriesIn many low-resource countries, surgical training faces limitations due to a lack of equipment, mentors and opportunities for hands-on practice. Virtual reality (VR) technology has emerged as an affordable and scalable solution to bridge these gaps. Here are five ways VR is transforming surgical education in these regions.

5 Ways VR Surgical Training Transforms Countries

  1. Teaching Without Cadavers or Overseas Travel. Virtual reality surgical training allows surgeons to practice complex procedures without cadavers or international fellowships. In a joint session between Bahir Dar, Ethiopia and the United Kingdom (U.K.), 13 Ethiopian and 30 U.K. participants viewed 360° VR-recorded orthopedic operations with live commentary; nearly all delegates reported that VR training enhanced learning value, aided surgical performance and surpassed conventional resources. In a separate randomized controlled trial involving surgical residents, immersive VR significantly boosted self-confidence compared to traditional instruction. These results demonstrate that VR training yields measurable confidence gains in settings where cadaver access remains scarce.
  2. Training Surgeons in Nepal for Emergency Procedures. Oxford Medical Simulation (OMS) has partnered with global health educators to deliver VR-based emergency medical training scenarios in low-resource hospitals, including settings like Patan Hospital in Nepal. These applications let users practice decision‑making under pressure for emergencies such as trauma and obstetric crises. A pilot study showing that VR simulation is at least as effective as traditional simulation in acute care scenarios referenced Oxford’s platform and underscored its decision‑making training capabilities. At least 150 students showed that self-assessed competence was significantly higher in VR-based courses compared to e-learning alone, though similar to tutor-led sessions. Course suitability ratings favored tutor-led training, with VR ranked in the middle. Researchers concluded that while VR enhances the learning experience, the number of sutures performed during practice remains the strongest predictor of skill.
  3. Reducing Training Costs Dramatically. Traditional cadaver labs cost schools up to $10,000 per cadaver and limit how many students can train at once. Synthetic cadavers like SynDaver’s models cost around $70,000 but avoid tissue decay and pay for themselves within a few years. Virtual reality surgical training is even more affordable. VictoryXR’s virtual cadaver labs cost about $15,000 and let multiple students study photorealistic anatomy simultaneously. Though haptic feedback remains limited, VR reduces costs and expands access to advanced surgical training for schools with fewer resources.
  4. Enhancing Cataract Surgery Skills in Ethiopia. Orbis International teamed with FundamentalVR in 2025 to deliver virtual reality surgical training for cataract surgery to ophthalmologists across Ethiopia. The new tool uses affordable gaming hardware and focuses on manual small-incision cataract surgery, the technique most commonly performed in low-resource countries. It enables independent learning through automated performance monitoring and feedback, helping residents build skills in a realistic simulation before entering the operating room. The VR platform integrates with Orbis’s telemedicine and e-learning platform, Cybersight and is already in use at partner hospitals in Ethiopia, Bangladesh, China, Mongolia and India. By targeting local surgical methods and offering affordable, portable training, this program aims to grow the number of skilled cataract surgeons and improve patient outcomes in underserved communities.
  5. Improving Competency for Laparoscopic Surgeries. OMS launched VR training for laparoscopic cholecystectomy in partnership with local medical universities in countries like Nepal and Ethiopia. Trainees practiced precision skills such as bead placement, bead transfer, balloon cutting and intracorporeal suturing. Post-training assessments showed significant improvements, with task completion times reduced by up to 137.8 seconds for suturing exercises. The mean workshop score increased from 8.15 to 9.3, reflecting greater surgical proficiency and confidence. Sentiment analysis also found that 88% of participants reported an increased interest in pursuing surgery as a career.

Strengthening Surgical Training Systems

Virtual reality surgical training is revolutionizing how surgeons gain critical skills in low-resource nations. By eliminating reliance on cadavers, costly labs and overseas fellowships, these programs empower countries to build strong surgical workforces locally. Early results show marked gains in surgeon competency, speed and confidence. As this technology continues to expand, it holds the potential to transform patient outcomes and strengthen health systems where surgical care has long been out of reach.

– Hayden Chedid

Hayden is based in Parker,CO, USA and focuses on Technology and Global Health for The Borgen Project.

Photo: Flickr

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Modernizing Agriculture in Kenya: Technology and Tools

Agriculture in KenyaKenya, a country in East Africa with a population exceeding 50 million, relies heavily on its agriculture sector for economic stability. The agriculture sector in Kenya employs more than 70% of rural citizens. It is responsible for 33% of the country’s GDP, with an additional 27% through connections with other sectors.

While Kenya remains heavily reliant on its farmland, the population is growing rapidly. It is predicted to hit 81 million by 2039. The increasing population has caused farmers to relocate to make room for new residents. As a result, many farmers have moved to less ideal farmland, facing various climate challenges.

Challenges Facing Kenya’s Agriculture Sector

Most regions within Kenya are arid, with 80% of the country’s climate ranging between arid and semi-arid. The nation has been experiencing intense droughts followed by torrential rain for nearly a decade. This has caused a strain on many rural farming communities, as 95% of their crops rely on rainfall for adequate production. In March 2025, an estimated 2.2 million Kenyans experienced food insecurity, while more recent predictions in June 2025 approximate the number to be closer to 2.8 million.

Due to the rising population and food insecurity rates, integrating technology tools and new scientific developments for agriculture in Kenya can be key to ensuring an adequate food supply. This could benefit those in Kenya and other countries plagued by food insecurity. Agricultural technology in Kenya involves a wide array of approaches, ranging from digital services to climate-smart farming techniques advanced by science. These tools address many common agricultural concerns in Kenya, including climate-related struggles, product yields and overall knowledge of farmland and crops.

Digital Services and Platforms

In partnership with the World Bank, Kenya’s Ministry of Agriculture implemented the Kenya Climate-Smart Agriculture Project and the National Agriculture & Rural Inclusive Growth Project. These gave Kenyan farmers access to various online support services in hopes of increasing production and profit. In addition, the collaboration led to the development of the Big Data Platform and the Kenya Agricultural Observatory Platform (KAOP). The Ministry also introduced the One Million Farmer Platform, which fostered collaboration between 24 AgTech startups and 27 county governments, connecting 1.1 million farmers.

The platforms have been vital in sharing high-resolution geospatial data with farmers and employees within the agriculture sector. These tools work by assessing specific coordinates to a location and delivering information about the geography, which has helped optimize land usage. The online services also provide advice to farmers tailored to their specific needs, such as seed and fertilizer suggestions. In addition to geographic data, the KAOP is notable for its weather forecast accuracy. The platform uses satellite-based information and shares weather advisories and patterns with the public via online messaging. This has allowed farmers to better prepare their farmland for inconstant weather events like heavy rain.

A popular app in Kenya tailored to smallholder farmers is iCow. The service works by utilizing SMS to better inform farmers on how to care for livestock, for example, providing information on disease management. In addition to SMS, iCow provides search engines to help farmers find experts nearby and also shares an online database full of information ranging from crops and soils to climate instability. Currently, 1.6 million individuals in Kenya utilize iCow and the service has sent more than 110 million messages to farmers.

Climate-Smart Farming

The joint effort between scientists at the Kenya Agricultural and Livestock Research Organization (KALRO) and the Alliance of Bioversity International and CIAT introduced a new bean for farmers in Kenya. Nyota beans are genetically modified to thrive in droughts and grow within shorter periods. Farmers who have grown Nyota beans have reported increased crop yields and profits. In Kenya, the bean consumption rate outweighs the bean production rate by 155,000 metric tons. However, the Nyota bean could decrease the deficit in the coming years.

New developments have allowed scientists to detect nutrient, water and carbon levels throughout Kenya to determine the most efficient technique for planting and growing crops in a certain area. They also observe the best soil and watering techniques in regions with frequent drought and water scarcity. Scientists share the information with farmers through hundreds of “farmer field schools” administered by KALRO. The farmers who used the farming techniques reported a crop yield increase of 20% and a 20% decrease in fertilizer use.

Conclusion

With shifting climate patterns and a growing population facing food insecurity, Kenya’s agricultural sector faces mounting pressure. In response, integrating modern technologies has become a significant step forward. From digital platforms that deliver localized weather forecasts and farming guidance to climate-smart innovations, modern technologies are addressing many of the top concerns of individuals living in Kenya. The success of these initiatives emphasizes the growing potential of agriculture technology and sustained investment and collaboration are crucial to expanding these accomplishments.

– Grace Johnson

Grace is based in Chicago, IL, USA and focuses on Technology and Global Health for The Borgen Project.

Photo: Freepik

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Rwanda CHWs Child Survival: Volunteers Reduce Child Deaths

Rwanda CHWs child survivalRwanda’s community health worker model, widely known as “Rwanda CHWs child survival,” drove the nation’s under-5 mortality rate to plummet from 158 deaths per 1,000 live births in 2000 to about 40 in 2023, a drop exceeding three-quarters. That feat makes Rwanda one of only four low-income nations to clear the 75 % benchmark since 2000.

Life-Saving Trios in Every Village

At the core of Rwanda’s child survival strategy is a network of about 45,000 CHWs, three elected volunteers in each of the country’s nearly 15,000 villages. The “binôme,” a male-female CHW pair, treats common childhood illnesses such as malaria, diarrhea and pneumonia, diseases that pose serious risks to young children. Meanwhile, a female maternal health worker monitors every pregnancy from the first trimester to postpartum.

Most recruits complete about three months of intensive classroom and hands-on instruction in integrated community case management, maternal-newborn care, nutrition counseling and family-planning services. They must score at least 80 % on a post-course exam before being certified; brief refresher modules update drug protocols and data-reporting skills each year.

Cash for Results Keeps Quality High

Since 2009, Rwanda’s Ministry of Health has operated a community performance-based financing (cPBF) scheme that sends group bonuses directly to legally registered CHW cooperatives. These quarterly bonuses, wired through the Ministry of Economy and Finance, are released only after each group meets specific maternal and child health targets.

Under the original split, 30% of every payment went to individual workers and 70% stayed in the co-op account to build capital. Co-ops invest that reserve in income ventures and about 52.7% choose livestock projects such as dairy goat or poultry sheds. In contrast, others buy bicycles, maize mills, or seeds for micro-loan funds.

Profits boost household income and keep attrition low, while the promise of the next bonus keeps each village team laser-focused on service coverage and timely referrals.

RapidSMS: A Text That Saves a Life

A 2018 nationwide evaluation reported that Rwanda’s CHWs fired 9.3 million RapidSMS messages between 2012 and 2016, flagging births, danger signs and supply gaps in real-time. Those real-time alerts let supervisors dispatch antibiotics, restock bed nets and organize ambulances faster, raising antenatal care, facility delivery and post-natal rates in the districts studied.

Scaling Up Again

Rwanda is digitizing its frontline workforce by formulating an electronic Community Health Information System (eCHIS). It was built in 2023 and a pilot has already helped train 600 community health workers across three districts to capture visits on a smartphone app.

Also, on May 30, 2025, Rwanda’s Health Ministry rolled out a new AI-powered mobile platform to train and support all 58,567 CHWs on their smartphones, replacing costly face-to-face workshops. The system links each visit to the community electronic medical records (cEMR) database so supervisors can track patient trends and drug stocks in real-time.

Conclusion

Rwanda’s experience proves that community trust, modest pay for performance and real-time data can significantly reduce child deaths. Health ministries that are struggling with high under-5 mortality now have hope to combat it, especially with the Rwanda CHWs child survival model.

– Arabella D’Aniello

Arabella is based in The Hague, Netherlands and focuses on Good News for The Borgen Project.

Photo: Wikimedia Commons

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Ghana’s Tech Innovation in Education

Ghana’s Tech Innovation in EducationGhana has embarked on a transformative journey to digitize its education system in recent years. Ghana’s shift aims to improve tech innovation in education and learning outcomes, bridge educational disparities and equip students for a technology-driven global economy. While significant progress has been made, challenges persist, particularly in ensuring equitable access across urban and rural communities.

Background

As Ghana works toward this next chapter of future learning, it is essential to note that the digitalization of education is a global reform trend. As Olga N. Machekhina describes in Revista Espacios, it is a powerful force for modernizing educational systems. Ghana has embraced this wave through various national strategies. The Education Strategic Plan (2018–2030) and the ICT in Education Policy Framework (2015) illustrate this commitment, emphasizing teacher training, curriculum reform and early school ICT exposure.

A notable step came in 2023 to include tech innovation in education with the launch of the ICT Competency Framework for Teachers. Developed by the Ministry of Education, the National Council for Curriculum and Assessment (NaCCA) and other stakeholders, this framework supports educators in integrating technology effectively into their teaching practices. Higher education institutions like the University of Cape Coast also support digitalization through platforms such as Moodle, streamlining learning for students and lecturers.

Government Initiatives

The National Digital Literacy Program, launched in 2013, seeks to train 10 million Ghanaians in digital skills by 2030. It focuses on equipping individuals with essential digital skills to participate effectively in the digital economy. Furthermore, in 2015, Ghana released its ICT in Education Policy Framework, emphasizing teacher training in digital skills and introducing ICT as a topic beginning in primary school. The policy sought to transform the educational system to improve the quality of teaching and learning at the various levels of education and expand access to education, training and research resources and facilities to produce a cutting-edge and skilled workforce for the growth of the country’s economy.

The government’s efforts intensified during the COVID-19 pandemic through platforms like Ghana Learning TV and iCampus. Despite good intentions, accessibility remained a significant issue. Key findings from a report titled “Ghana’s E-Learning Program During the Pandemic Presents Access Challenges for Many Students” highlight significant barriers to digital learning. Fewer than three in 10 Ghanaian households (28%) own a computer, with access even lower among rural and low-income families, only about one in seven (14%).

While 71% of households nationwide have reliable electricity from the national grid, this figure drops to 59% in rural areas and 55% among impoverished households. An additional 5% of households rely on alternative electricity sources such as solar panels, batteries or generators. In response, in 2024, Ghana launched the Smart Schools Project to distribute 1.3 million free tablets to high school students nationwide. The initiative began with 15 schools and reflects the government’s ongoing push toward digital inclusivity.

Grassroots Innovation: Lemvon’s Story

However, government programs are not the only drivers of change. An 18-year-old developer, Lemuel Grigsby, created Lemvon, a school management system that uses AI to personalize learning. In an interview with The Borgen Project, Grigsby shared that he turned to app development to heal after losing his older brother in 2020. Grigsby, motivated by his educational struggles, developed a comprehensive platform that manages everything from exam records to fee processing.

His AI-powered Learning Management System (ALM) adapts to each student’s pace, learning style and language. He also notes that the system allows parents to track their children’s academic performance and attendance. In partnership with the Ghana Association of Private Schools, Lemvon is now available through a 92-day free trial, allowing schools to evaluate its impact. Grigsby hopes these free trials will produce strong results and expand to rural communities.

Other Nonprofits Bridging the Gap

Other startups and nonprofits are contributing significantly to Ghana’s tech innovation in education. Street Library Ghana is a volunteer-driven social enterprise that provides library services in rural communities through mobile vans, book kiosks and digital access. It aims to improve literacy and education among children and youth in underserved areas.

The Ghana Code Club is an after-school program teaching children computer programming skills. Since its inception, it has trained more than 100,000 students, 3,5,00 teachers and several computer centers in Ghana.

Challenges in Digital Education

Despite these positive developments, gaps remain. According to the Ghana Living Standards Survey (2020), only 39.7% of Ghanaians had internet awareness, with a stark urban-rural divide (51.6% vs. 27.4%). Africa Education Watch (2024) reports that just 15% of public primary schools and 13% of junior high schools had functioning ICT labs by the end of the 2022/2023 academic year.

Infrastructure challenges are acute. Although national electricity coverage exceeds 80%, only 44% of primary schools and 63.9% of junior high schools had access to electricity as of 2020. Teacher preparedness is another hurdle: only 53% have received ICT training and 22% of students have basic ICT skills. According to Grigsby: “These issues not only create barriers but impede results for startups like Lemvon and others trying to help.”

Conclusion

Both national strategies and youth-led innovation are powering Ghana’s tech innovation in education. From free tablets to AI-driven learning platforms, the landscape is evolving. However, systemic issues like poor infrastructure, teacher training gaps and data literacy have to be addressed to ensure lasting impact.

Dr. Peter Anti of the Institute of Education Studies noted, “Instead of focusing on unnecessary projects in Accra, we need to address the actual issues in schools where the data shows there are urgent needs.” Grigsby echoes that sentiment: “The fact that we continue to face these basic issues is a sign that our policies have been poorly planned and targeted. We must use data more effectively to direct our efforts and solve the problems head-on.”

– Dela Michel 

Dela is based in Rockville, MD, USA and focuses on Technology and Solutions for The Borgen Project.

Photo: Unsplash

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Building 3D-Printed Shelters for a Nation Ravaged by War

Building 3D-Printed SheltersSyria is enduring among the most complex crises of the 21st century. After 14 years of violence and destruction, innovative 3D-printing technologies are now emerging in the effort to rehome more than 13 million displaced Syrians.

A Nation in Ruins

In the wake of Assad’s brutal regime, Syrians have suffered untold trauma, death and the leveling of homes and public infrastructure during a devastating civil war. With an economy in ruin, around two-thirds of Syria’s 24 million civilians currently depend on humanitarian aid to survive.

Following more than a decade of conflict, nearly half of all Syrians are currently displaced or otherwise fragmented. About 6.8 million of them remain within Syrian borders and around the same amount are settling in neighboring countries like Turkey and Jordan or seeking refuge across Europe.

As Syria’s public services struggle to cope with the ongoing tensions, a rapidly changing climate is compounding food shortages due to drought-like weather conditions. As a result, nearly all Syrians live below the poverty line, making it extremely difficult for communities to rebuild their broken lives.

The Spectre of Assad’s Housing Crisis

In the process of destroying Syrian public infrastructure, Assad’s forces systematically targeted homes, schools, family businesses and hospitals within rebel-controlled areas. This process incurred a significant housing crisis that impacts many of the struggles the population faces daily.

A 2019 United Nations (U.N.) assessment mapped the true scale of the destruction through satellite imagery, finding that 140,000 buildings were destroyed or severely impacted by the attacks. Highly populated cities like Aleppo, Damascus and Homs have emerged as the most affected. With estimated damages totaling between $250 to $400 billion, it has become clear that the road to Syria’s long-term rehabilitation requires immediate and cost-effective solutions due to the damages left in the shadows of war.

As a result, Syria now faces the risk of entering a new era marked by property-based retaliation and social fragmentation. Without a well-coordinated housing policy to protect the population, this critical moment in the nation’s pursuit of long-term peace and security could be lost.

3D-Printed Shelters

In light of these growing challenges, 3D concrete printing is emerging as a promising solution for building more durable shelters in refugee camps. These structures offer longer lifespans and greater resilience against the harsh desert climate. By producing “layer-by-layer complex geometries” using cement with impressive speed and precision, building 3D-printed concrete shelters provides better safety from damage than previous structures. It enhances long-term stability and efficiency and improves thermal insulation and privacy for those most in need.

For instance, around 80,000 Syrian refugees are based in Zaatari and Azraq in neighboring Jordan. The current shelters can often cause serious health problems for occupants due to water leakage and air penetration and only have a two to four-year lifespan. With the introduction of 3D concrete printing techniques, these technologies are not only emerging as safer and more cost-effective, but the use of contour crafting is enabling the construction of larger-scale shelters that can last up to 30 years with far less waste.

Conclusion

At a time of great change, building 3D-printed shelters provides innovative ways of supporting Syrians displaced due to the conflict. With an economy ravaged by war and the mismanagement of public resources, these technologies could play a significant role in rebuilding Syrian infrastructure.

– Gabriel John Gunn

Gabriel is based in Paisley, Scotland and focuses on Technology and Solutions for The Borgen Project.

Photo: Flickr