Tag Archive for: Technology

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The Incorporation of the InnovAgro Program in Agriculture in Algeria

InnovAgroAgriculture is a significant art and science that deals with crop production. Additionally, in Algeria, it is a major part of the country. A big section of the country’s economy depends on it, and many people rely on it either for food or employment. Recently, a relevant technological program has emerged to improve the situation and create opportunities for innovators called “InnovAgro.”

What is the InnovAgro program?

The Ministry of Knowledge Economy, Start-ups, and Micro Enterprises founded InnovAgro, a porgram mixing agriculture in Algeria with modernity. By targeting entrepreneurs whose creative ideas carry a lot of potential to be successful, the mission of this program is to offer such entrepreneurs the necessary support to bring their innovations to life.

However, support is not the only thing that the program provides. It additionally offers impactful guidance to effectively conduct their operations. The aim is to turn clever proposals into useful solutions for farming. This program is part of the “Development of Digital and Green Entrepreneurship” project. Additionally, the program also receives funds from the European and German unions, with the German Agency handling its sophisticated implementation.

Selecting Entrepreneurs

Many people have intelligent ideas regarding technological innovations that could help make farming life simpler. However, the question lies in choosing which ideas to invest in. In the competitive event “Agripreneurs Challenge,” participants create potential solutions that involve the incorporation of AI, Internet of Things (IoT), and drone technology. The selection process recognizes which proposals are most likely to improve agriculture. The purpose of this competition is to guarantee that the program’s funding goes towards the projects with the most promising future.

Future plans

The principal goal of the InnovAgro project is to address significant issues in farming, such as water scarcity and land management, as well as to monitor the crops in real time with the use of technology. As the program is still fresh, these goals can be demonstrated through previous studies.

Water scarcity has been a crucial issue in agriculture, especially in countries like Algeria. This is due to its dry climate, unreliable rainfall, and the increase in evaporation rates.

This is where technology enters the equation to improve the result. In a 2024 study, researchers highlight how, with the integration of IoT in farming, sensors can record real data. This data involves the soil’s moisture and luminance, as well as the temperature. Integrating this technology gives way to managing agricultural resources with precision. Moreover, studies have shown that the use of IoT in agriculture diminishes the rate of waste and thus assists in lowering costs. In addition, it helps increase productivity in resources like water, energy, and land.

A more recent study in 2025 applauds the significant optimization in resources because of technology. It is reported that water consumption was reduced by 43% while simultaneously showing a development in crop yields.

Land management

Drone technology can help detect signs of stress, pest infestation or diseases on the land, helping farmers make the necessary decisions to improve their crop production. A 2024 research paper on Tanzania reports the fundamental skill of drones in capturing “high-resolution, localized imagery of crops”.  The data extracted from the visual images allows the prevention of blanket treatments and chemical use. This is because the information that the drones provide permits the workers to recognize exactly when to intervene and when not to. Additionally, this way there are fewer input costs and environmental consequences.

Moving forward

The InnovAgro program aims to bring technology and agriculture together with technological projects that focus on IoT, drone technology, and so on. The purpose is to help reduce waste and improve crop production. By reporting some examples like the above, the entrepreneurs who are crafting their ideas might gain some inspiration. They could use these similar perspectives to upgrade their own projects before entering the “Agripeneurs Challenge.” This program wants to motivate this “new generation of innovators,” targeting growth, strengthening national food security, and making a positive impact in managing resources.

– Lara Ibrahim

Lara is based in Créteil, France and focuses on Technology and Global Health for The Borgen Project.

Photo: Flickr

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AI Diagnostics in Rwanda Could Strengthen Frontline Health Care

AI Diagnostics in RwandaAI diagnostics in Rwanda are drawing attention because they suggest a practical way to strengthen health care in places where medical staff are stretched thin. In low-resource settings, frontline health workers often face difficult clinical questions with limited equipment, few specialists and heavy patient demand. Rwanda’s recent research suggests that artificial intelligence could help close part of that gap by supporting health workers rather than replacing them.

Why Health Care Access Matters in Rwanda

This matters because poverty and health care are closely connected in Rwanda. World Bank data shows that 27.4% of the population lives below the national poverty line and 38.55% lives below the $3-a-day international poverty line. When families live with limited income, delays in diagnosis, transport costs and shortages in local care can make treatment harder to reach and more expensive in practice.

Rwanda has made major health gains, but access challenges remain. Government information says the country has about 58,000 community health workers and 66% of them are women. These workers are often the first link between communities and the formal health system. They monitor health at the village level, provide basic services and refer patients when cases become more serious. That makes better decision support at the community level especially important.

What the Study Found

A February 2026 study published in Nature Health tested five large language models using real clinical questions from Rwanda’s community health system. Researchers built a dataset of 5,609 questions submitted by 101 community health workers across four districts. They compared responses from Gemini-2, GPT-4o, o3-mini, DeepSeek R1 and Meditron-70B with answers from local clinicians. In a subset of 524 question-and-answer pairs scored across 11 expert-rated metrics, Gemini-2 and GPT-4o performed best and all five models outperformed local clinicians across every metric measured.

The cost difference made the findings even more striking. The study reported that clinician-generated answers cost an average of $5.43 per question for general practitioners and $3.80 for nurses. Model-generated responses cost about $0.0035 in English and $0.0044 in Kinyarwanda. Even when performance dropped slightly in Kinyarwanda, the models still outperformed clinicians and remained more than 500 times cheaper per response. For a health system trying to stretch limited resources, that level of efficiency matters.

Why AI Diagnostics in Rwanda Could Help

The promise of AI diagnostics in Rwanda is not only about answering questions faster. It is also about helping frontline workers decide when a case may be urgent, when symptoms point to a likely condition and when a patient should receive a referral for higher-level care. In settings where staff shortages and access gaps create pressure on the system, stronger support for frontline workers could improve speed, consistency and patient outcomes. Rwanda’s own health labor market analysis has documented workforce constraints and uneven distribution of health professionals, especially in lower-resource settings.

Rwanda is also building systems that could help these tools work at scale. In April 2025, the Ministry of Health launched the National Health Intelligence Center, a platform designed to collect and process real-time health data for evidence-based decisions. That matters because useful AI tools need more than strong models. They also need data systems, implementation planning and oversight.

International support is also growing in that direction. In January 2026, OpenAI and the Gates Foundation announced Horizon 1000, a $50 million initiative beginning in Rwanda. The goal is to support leaders in African countries, starting with Rwanda, and reach 1,000 primary health care clinics and surrounding communities by 2028. Reuters reported that the effort aims to improve health care delivery in places facing severe health worker shortages.

What Still Needs To Be Proven

Still, this story is not just about excitement over new technology. In February 2026, Wellcome, the Gates Foundation and the Novo Nordisk Foundation launched the Evidence for AI in Health initiative, backed by $60 million to support locally led evaluations of AI tools in low- and middle-income countries. That matters because governments need evidence on what works, where it adds value and how it can be used responsibly. In Rwanda, language quality, privacy safeguards, clinical safety and real-world implementation will shape whether these tools truly help patients.

AI will not replace doctors, nurses or community health workers. But it may help them do more with limited time and limited resources. That is what makes AI diagnostics in Rwanda worth watching. If Rwanda continues to pair innovation with evidence, oversight and local implementation, this approach could become a strong example of how technology can expand access to quality care in places that need it most.

– Adriana Carolina Herrera

Adriana is based in Mentor, OH, USA and focuses on Good News and Technology for The Borgen Project.

Photo: Wikimedia Commons

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How IoT Sensors Are Helping Moroccan Farmers Fight Drought

IoT SensorsMorocco’s agricultural sector is at a turning point as the country faces increased water scarcity, climate instability and pressure on food security. As drought conditions intensify, many Moroccan farmers are turning to Internet of Things (IoT) sensors and smart irrigation technology to protect their crops and livelihoods. 

Agriculture remains a significant part of Morocco’s economy. Around 40% of Morocco’s workforce is employed in agriculture, meaning millions of livelihoods depend on stable harvests. At the same time, the sector contributes between 13% and 20% of the country’s GDP, making water shortages not only an environmental issue but also a major economic challenge. 

Water management is also crucial, as only 15% of Morocco’s cultivated land is irrigated. Yet, this land produces about 75% of the country’s agricultural exports. With so much production reliant on limited irrigation systems, improving smart irrigation technology has become essential to maintaining crop yields during droughts. 

IoT Sensors in Morocco

To address these challenges, IoT sensors are helping Moroccan farmers monitor soil health and manage water more efficiently. These smart sensors collect real-time data on soil moisture, nutrient levels and pH, enabling farmers to make informed decisions about irrigation and fertilization. Farmers can then use this data to apply the precise amount of water their crops need rather than relying on traditional estimates. 

According to industry reports, adopting smart agricultural technologies and IoT sensors in Morocco has already led to a 20% increase in water-use efficiency. A key technology that supports this transformation is the Long Range Wide Area Network (LoRaWAN). It enables low-cost sensors to transmit data across large rural areas. 

Agricultural organizations and technology developers are deploying these sensors directly in farmers’ fields, making digital solutions more accessible to small-scale farmers. These technologies are also improving crop stability. Even with less water overall, delivering irrigation at the precise moment plants need it can improve crop quality and maintain yields. 

For many smallholder Moroccan farmers, this reliability can mean the difference between a successful harvest and a failed season. 

Bridging the Digital Divide in Rural Morocco

Despite its promise, IoT technology alone cannot solve Morocco’s agricultural challenges. Several barriers still limit the widespread adoption of smart agriculture tools. First, the upfront costs of IoT sensors and digital irrigation systems can still pose a risk for farmers operating on narrow profit margins. 

While the technology is relatively affordable compared to traditional equipment, many small-scale farmers need financial support to adopt it. Second, digital literacy remains a challenge. Farmers must learn to interpret soil data and integrate it into daily farming decisions. 

Finally, there remain infrastructure gaps in rural regions. LoRaWAN networks rely on communication gateways that transmit sensor data over long distances, making the expansion of connectivity in remote agricultural areas essential.

Looking Ahead

Morocco is investing heavily in long-term solutions to its growing water crisis. The government’s “Generation Green 2020-2030” strategy aims to expand water-saving irrigation systems to “one million hectares” of farmland by 2030. At the same time, digital agriculture is becoming a national priority, with many programs supporting smart irrigation tools, satellite monitoring and connected soil sensors. 

If these initiatives continue to expand, especially for smallholder farmers, technologies like IoT sensors could become a key part of Morocco’s strategy to protect harvests and conserve water. They could also help build a more climate-resilient agricultural sector.

– Ines Wargui

Ines is based in Oxfordshire, UK and focuses on Technology and Politics for The Borgen Project.

Photo: Flickr

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3 Ways 5G Could Reduce Poverty in Ghana

3 Ways 5G Could Reduce Poverty in Ghana As of March 2026, Ghana’s 5G network is online in selected cities: the capital, Accra, as well as Kumasi and Tamale. Network operator Next Gen InfraCo holds exclusive rights to provide 5G services in the West African nation and aims to extend coverage to 70% of Ghana’s population of 35 million by 2027.

The 5G network is expected to improve mobile internet speeds significantly and support emerging technologies such as advanced digital intelligence and artificial intelligence (AI). Existing industries, including agriculture, health care and education, are also expected to benefit. By expanding access to critical services and resources, the 5G rollout is expected to gradually ease poverty in Ghana over the coming years.

Here are three ways 5G could reduce poverty in Ghana.

Precision Farming and Agriculture

Edmund Yirenkyi Fianko, director-general of Ghana’s National Communications Authority (NCA), spoke in March 2026 about the new 5G network’s capacity to develop the agricultural industry:

“For 5G, there are use cases for industries. We expect deployments… in agriculture. Services that are not possible today will become possible because of the speeds and high capacity that 5G will deliver.”

5G’s capability to assist agriculture stems from its ability to deliver large quantities of sensor data at high speeds. Farmers will be able to track weather conditions and crop health from Internet of Things (IoT) remote sensors. High-resolution images assessing the condition of fields and crops will be easier to receive.

With 5G, farmers are set to be more resilient to climate change and other volatilities, increasing the stability of Ghana’s internal crop and livestock markets. Food may therefore become cheaper and more accessible, helping rural communities that have typically been vulnerable to famine.

Telemedicine and Health Care

As in agriculture, 5G’s capacity to transfer large quantities of data quickly will have effects on Ghana’s health care system. Health care access in Ghana has traditionally been concentrated in urban areas, including Greater Accra, Kumasi, Tamale and Sekondi-Takoradi, in which 81% of the population has access to primary health care.

However, despite the relatively high rate of primary health care access, 30% of the population must travel far to receive primary health care. In rural and remote areas, quality health care access is far rarer and has been a persistent challenge through shortages of essential medical equipment and supplies, inadequate health care infrastructure and long distances to services.

Through 5G, existing software and digital intelligence will improve, allowing health care professionals to see more patients with greater efficiency. In rural areas, rather than traveling, patients will have access to live remote consultations. High bandwidth, reaching up to 10 Gbps, enhances the quality of telehealth services by allowing the transmission of large medical files and high-definition video.

Role of Education

Education is a critical process in the alleviation of poverty. Ghana’s rural communities have traditionally been affected by unequal education access, falling behind urban areas in both the quality and provision of education.

Although there remain some issues related to the distribution of device access, 5G has the potential to benefit education systems in rural, impoverished areas. 5G will permit real-time video conferencing and collaborative online tools, ensuring that students can access quality education regardless of the remoteness of their location.

Looking Ahead

Through its capacity to process, send and receive data quickly, 5G is set to have an impact on the agriculture, health care and education sectors in Ghana. Rural and remote communities that have typically been excluded from development may gain greater access to critical services, supporting long-term efforts to reduce poverty in Ghana.

– Arthur Horsey

Arthur is based in Hampshire, UK and focuses on Business and Politics for The Borgen Project.

Photo: Flickr

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The Internet Shutdown in Iran

Internet Shutdown in IranOn Jan. 8, 2026, the internet in Iran took a serious hit as all network services shut down. This issue was brought on by the government establishing its control over Iranians’ internet access. This significantly disrupted Iranians’ access to online communication and digital services. One of the factors that resulted from this situation is a financial hit for certain citizens, as some businesses relied on the internet. Additionally, in an immigration agency, 46 employees had no choice but to go on mandatory leave for the duration of weeks. However, there are solutions to aid this situation, such as help from different countries and a software tool.

Potential European Support

According to the European Council on Foreign Relations (ECFR), help can be offered for the Iranians to acquire connectivity from France and the United Kingdom. France and the U.K. have the capacity to use their own satellite terminals. A significant option to the internet issue in Iran is the Eutelsat satellite terminal. It can be used to transmit online network service from space to regions in need, providing internet connection to Iran. Furthermore, in case there is a risk of another disconnection, Iranians could then send messages offline with the help of Bluetooth technology.

Snowflake: A Circumvention Tool

A way for the Iranians’ situation to improve is with the help of a software tool called Snowflake. Anyone in possession of a device can help through the following steps. 

A volunteer downloads Snowflake software on their device. It is a convenient extension that can be used on all the common browsers that internet users are familiar with. This software works through the Tor Project, which is constructed with the intent to bypass internet censorship. However, the issue is that there are times when the user’s identity can be recognized. It is here that Snowflake becomes necessary.

Once this software is activated, the user’s computer registers with a broker. This broker enables Iranian users to use a volunteer’s location as their own. The volunteer’s Snowflake proxy will serve as the temporary location for the Iranian user.

A significant part of this procedure is that the identities of both parties are concealed and not revealed to the public. The volunteer has the right to know if someone has used their address. However, the Iranian’s personal information is undisclosed. The volunteer outside Iran will then act as a sort of bridge for an Iranian user. This software prioritizes the safety of both users, as their data is secure.

According to Amir Rashidi, this software includes a component called the Starlink satellite system. This system connects to satellites in low-earth orbit, which in turn avoids terrestrial filters.

Rashidi recommended that people who live in Iran or other countries with unstable internet download the Snowflake extension or application when they get the chance. This will help them have internet access in times of crisis.

Looking Ahead

The internet is an important part of daily life. With Iranians losing access, that brings challenges. However, many solutions can be provided with help from outside Iran. Countries like France and the U.K. could use their satellite terminals to provide Iranians with connections. The software tool Snowflake facilitates people outside Iran to help those in Iran. These solutions show that Iranians have opportunities to acquire an internet connection with international support.

– Lara Ibrahim

Lara is based in Créteil, France and focuses on Technology and Global Health for The Borgen Project.

Photo: Flickr

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Tackling Digital Poverty in Punjab

Tackling Digital Poverty in PunjabTackling digital poverty in Punjab is currently one of the highest priorities in achieving fair access to education. There is a low level of digital literacy in Punjab as a result of socioeconomic constraints, gender inequality and rural-urban divides. Rural and marginalized populations have limited device ownership, inadequate connectivity and high levels of digital illiteracy. Within the education system, children from low-income households, rural communities and female students face additional hurdles because of digital poverty.

In India, for every household that is online, about one household remains offline. This gap underscores how digital poverty is shaping educational outcomes and the scale of the challenge in addressing it. Academic performance is impacted by the digital divide. Disadvantaged learners face reduced educational persistence and limited career prospects.

To ensure fair access and inclusion for all students and to create equal opportunities both in school and in the job market later in life, digital poverty has become a pressing issue for India and Punjab.

POISE and Tackling Digital Poverty in Punjab

The World Bank Board of Executive Directors is addressing digital poverty in Punjab to improve education through the Punjab Outcomes-Acceleration in School Education Operation (POISE) program. An investment of $286 million has been made available for the project, which uses technology to monitor learning outcomes.

The investment means that 1.3 million primary school students are enrolled and more than 2.2 million secondary school students are also attending classes. In addition, 592,000 students in early childhood education will receive support through POISE. Digital infrastructure in schools will be expanded through the installation of computer labs, tablets and projectors, particularly for science and mathematics curricula.

Creating a Future Without Digital Poverty in Punjab

Paul Proccee, acting country director for the World Bank India, stated that “digital infrastructure has the potential to significantly drive economic development and poverty reduction.” He also noted that digital infrastructure can help fulfill “India’s vision of Viksit Bharat through quality education for better jobs.” 

Meghna Sharma and Ragnvald Michel Maellberg, task team leaders for the program, stated that “POISE will help to improve school readiness at pre-primary level, foundational learning at primary level, skills at the secondary level for school to higher education or work transition, as well as teacher training and school management.”

In recent years, India has shifted toward technology-led development. The aims of POISE include strengthening readiness for school, improving literacy and numeracy skills, enhancing the quality of STEM education and improving pathways into higher education and employment for students.

Looking Ahead

Tackling digital poverty in Punjab has the potential to transform education and expand opportunities for many students. The Digital Poverty Alliance has emphasized that digital poverty limits social and economic inclusion. The issue involves not only a lack of access to technology but also a lack of digital literacy and skills, which are essential in an increasingly connected world. POISE in Punjab represents a step toward ensuring that, regardless of background, more students have access to the opportunities created by the digital age.

– Suneel Mehmi

Suneel is based in London, UK and focuses on Good News for The Borgen Project.

Photo: Unsplash

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Digital Farming in Ukraine: A Lifeline for Global Food Security

digital farming ukraineThe United Nations’ SDG3 calls on nations to “ensure healthy lives and promote well-being for all at all ages.” In Ukraine, where fields once symbolized stability and nourishment, this goal now depends on resilience, innovation and survival.

Long known as the “breadbasket of Europe,” Ukraine’s vast chernozem, or black soil, has produced crops that feed hundreds of millions. Before Russia’s full-scale invasion in February 2022, Ukraine ranked among the world’s top exporters of wheat, corn, barley and sunflower oil—key exports supporting food security in Asia, Africa and the Middle East. Yet the war turned fertile farmland into danger zones and disrupted one of the world’s most essential supply chains.

A War Against Food Security

Russia’s invasion devastated Ukraine’s agricultural economy and left Ukraine facing the world’s largest contamination problem since the Second World War. Ports and grain silos were bombed, transport lines cut, and tractors shelled in open fields. By the end of 2024, mines and unexploded ordnance contaminated nearly 139,000 square kilometres—an area larger than Greece—and drove an estimated $83.9 billion in agricultural losses

Farmers now face a deadly paradox: the world needs Ukraine’s grain, yet farming can cost them their lives. “In this village, we can only feel safe in our own yard,” said a smallholder farmer from Kamianka. “When you go outside, there is danger waiting for you.”

These disruptions ripple far beyond Ukraine’s borders. Many low-income countries rely on Ukrainian imports to prevent hunger and stabilize food prices. When exports slowed in 2022 and 2023, food prices across Africa and the Middle East surged. Each lost harvest season deepened global food insecurity, an often overlooked casualty of the war.

Digital Farming: Safety and Survival

In response, farmers and their partners have embraced digital farming in the grain sector as a vital lifeline. Digital farming in Ukraine uses data and technology like satellite imagery, drones and remote sensors to monitor soil and crops when entering the field is unsafe. These tools provide real-time information about weather, soil moisture and damage from explosives.

Farmers now rely on digital mapping to plan where planting is feasible and where fields remain too dangerous. Drones and sensors capture crop data from above, helping identify safe areas for cultivation. Precision agriculture also maximizes yields on secure land, conserving scarce inputs like fertilizer and fuel.

Organizations such as the Food and Agriculture Organization (FAO) and the World Bank have supported these efforts. The FAO has enhanced the State Agrarian Registry and advanced digital mapping capabilities, while the World Bank’s Seeds of Hope project finances new technologies to restore production. Through these partnerships, Ukrainian farmers can continue working, feeding families and sustaining exports even in conflict conditions.

GRIT: Clearing the Way Forward

Digital farming in Ukraine extends beyond crop management. The new Geoinformation System for Demining (GRIT) platform is transforming how humanitarian teams clear land. GRIT integrates large data sets, maps and local reports to help identify, prioritize and monitor demining efforts.

By focusing first on high-impact agricultural zones, GRIT ensures land restoration aligns with food production needs. This evidence-based system accelerates clearance operations and coordinates national and international demining partners. As a result, fertile fields return to safe use faster, restoring livelihoods and preventing rural communities from collapsing under economic strain.

Demining also links directly to SDG 3. Clearing land reduces physical injury risks, supports income recovery, and strengthens food access, each a cornerstone of healthy living. Every hectare restored means safer work, lower food prices and renewed optimism.

Health and Well-Being Beyond Borders

Farming in conflict zones is not only an economic challenge; it’s a public-health crisis. Farmers risk severe injury from mines, exposure to toxic residues, and chronic stress. Whole families live with the psychological burden of displacement and uncertainty. Meanwhile, global nutrition suffers when Ukrainian exports falter, since wheat and corn from Ukraine form the base of diets in many developing countries.

Digital farming mitigates these threats. Satellite tools lower worker exposure, while precise land monitoring reduces contamination risks. Even a modest recovery in crop output helps stabilize local markets and global prices, keeping food affordable for households worldwide. Through this lens, technology becomes a critical health intervention.

Global Partnerships for Resilience

Ukraine’s struggle has also sparked a wave of international collaboration. Western governments, agricultural firms, and tech companies are sharing data infrastructure and tools. Private agritech firms contribute satellite services, while nonprofits distribute digital tablets and software to local cooperatives. The European Union has allocated €10 million to support access to digital solutions for rural farmers, ensuring that innovation reaches communities most affected by the conflict.

These partnerships demonstrate that resilience is not built alone. When the international community invests in digital recovery tools, it helps sustain agriculture as a global public good. Ukraine’s experience shows how supporting farmers in crisis zones protects both livelihoods and health outcomes worldwide.

Seeds of Recovery

Despite unimaginable hardship, Ukrainian farmers continue to plant, harvest and adapt. Grain exports, while reduced, have resumed through alternative routes via the Danube and land corridors to Europe. Digital farming in Ukraine allows them to make smart decisions, stretch limited resources and keep Ukraine on the global agricultural map.

As the world moves toward 2030, Ukraine stands as a testament that achieving good health and well-being requires more than clinics and vaccines. It requires protecting livelihoods that sustain life itself. Digital farming proves that in times of crisis, technology can be the bridge between survival and recovery, ensuring that the breadbasket of Europe continues to feed the world with resilience and courage.

– Lola Chambers

Lola is based in Vancouver, British Columbia, Canada and focuses on Technology and Politics for The Borgen Project.

Photo: Flickr

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Nanozymes hold promise for developing countries

NanozymesNano enzymes (nanozymes) are an emerging technology that could transform the fields of disease diagnosis, environmental remediation and food safety. Made from nano materials, nanozymes can mimic the functions of natural enzymes while exhibiting enhanced optical, electrical and chemical properties. Due to their low cost, high stability and ease of mass production, nanozymes hold promise for developing countries as they have the potential to provide affordable, accessible healthcare solutions to those living in poverty.

What are Nanozymes

Nanozymes are processed from various types of nanomaterials and must be biodegradable and biocompatible as they are used in living and environmental systems. Their synthetic nature makes them highly stable, unlike natural enzymes that degrade, enabling reliable mass production with standard techniques such as chemical reduction. Nanozymes are generally classified into four groups: metallic-based, metal oxide-based, carbon-based, and others (such as metal-organic frameworks).

Nanozymes possess numerous properties that make them extremely valuable, with different types of nanozymes exhibiting unique attributes and capabilities. Noble metal- (e.g. silver and gold) based nanozymes possess antibacterial activity, providing the ability to treat infectious illness. Metal- and carbon-based nanozymes exhibit antioxidant properties and have the potential to treat neurodegenerative diseases such as Parkinson’s disease and Alzheimer’s as well as other conditions such as cancer and kidney disease.

Due to their high catalytic activity, metal, metal-oxide and carbon-based nanozymes can function as biosensors, aiding in detection of cancer, viruses and food-borne pathogens and can also be used to treat environmental pollution due to their bioactive nature. Metal-organic nanozymes, with high porosity and catalytic activity, can also be used for environmental remediation.

Diagnosis of Ebola

The Ebola virus is one of the world’s deadliest viruses. Without treatment, up to 90% of cases are fatal. From 2014 to 2016, West Africa experienced the largest ever Ebola outbreak with more than 28,600 people infected. Due to vaccines and early isolation, the number of new Ebola cases has since decreased considerably, though innovative detection solutions could potentially reduce the rate even more. A new method that could even more rapidly detect the virus uses an MNP-based immunochromatographic strip capable of identifying the Ebola virus glycoprotein. The proposed strip provides results quickly and is simpler to use than the standard test strip, as it does not require specialized facilities and people can read it with the naked eye. With a sensitivity of more than 100 times that of standard tests, the anticipated nanozyme strip could have great benefits for Ebola diagnosis.

Nanozymes for Treatment Of Water

Industrial production can discharge high concentrations of chemicals into wastewater. This can lead to environmental pollution and human health issues without proper treatment. Traditional biochemical water treatment techniques can be inefficient in degrading wastewater chemicals, while nanozymes are capable of efficiently oxidizing chemicals and eliminating them from the wastewater. Nanozymes are just beginning to enter the water treatment market space and are another way in which nanozymes hold promise for developing countries.

Food Microbe Detection

Foodborne microbes such as Listeria and Salmonella can cause sickness and even death. The risk of foodborne illness is highest in low- and middle-income countries due to inadequate food storage conditions, poor preparation practices and lack of food safety laws.

Traditional food microbial detection techniques can be time-consuming, requiring several processing steps, while food microbe biosensing nanozymes can detect microbial contaminants in food more efficiently with high accuracy, according to Biomimetics.

Swift detection of food contaminants can halt the provocation of foodborne illness and reduce the monetary burden on individuals. Affordable food microbial-sensing nanozymes are currently on the market and can provide great benefits to those in developing countries who have minimal economic resources.

Shown to increase the speed and efficiency of key health-related activities such as disease diagnosis, food safety monitoring and environmental treatment processes, nanozymes hold promise for developing countries that could greatly benefit from their low cost, straight forward production process and their fast-acting capabilities.

– Debbie Barto

Debbie is based in Monroe, WA, USA and focuses on Technology and Solutions for The Borgen Project.

Photo: Flickr

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The Role of AI in Developing Nations

AI in Developing NationsArtificial intelligence (AI) is becoming seen as the technology of the future, something speculative, experimental or confined to advanced economies. But the role of AI in developing nations today is already shaping decisions that affect food security, public health and poverty reduction. Far from the abstract, these systems are becoming deeply embedded in the daily work of governments, humanitarian agencies and farmers responding to real-world crises.

The question is no longer whether AI will influence development, but how and under what conditions it can support, rather than undermine, human well-being.

Predicting Hunger Before It Becomes Famine

One of the most consequential uses of AI in developing nations is in forecasting food insecurity. Historically, famine response has been reactive: aid arrives after a visible crisis, often too late to prevent mass suffering. AI-driven early warning systems aim to change that.

The World Bank developed the Famine Action Mechanism (FAM) in collaboration with the United Nations (U.N.) and the World Food Programme (WFP). It uses machine learning models to forecast food insecurity months in advance by integrating satellite imagery, climate indicators, market prices, conflict data and household surveys. Complementing this effort is HungerMap LIVE, a real-time food security monitoring platform developed by WFP.

HungerMap LIVE is currently used across Kenya, Ethiopia, Somalia, South Sudan and Bangladesh. The platform integrates mobile phone surveys, remote sensing and predictive analytics to produce continuously updated risk assessments. These systems directly inform when and where resources are deployed, enabling earlier cash transfers, targeted food assistance and preventative interventions.

Evidence from WFP and the World Bank shows that anticipatory action is both more humane and more cost-effective than emergency response after crisis onset.

AI on the Farm: Empowering Smallholder Farmers

Agriculture remains the primary livelihood for hundreds of millions of people in developing nations. Yet smallholder farmers often lack timely agronomic expertise. AI is beginning to close that gap.

In Kenya and across East Africa, the PlantVillage Nuru app uses smartphone-based computer vision to diagnose crop diseases in real time. Designed to operate offline, Nuru enables farmers to identify threats such as cassava mosaic disease and fall armyworm by photographing affected plants. Research published by Penn State University and FAO partners shows that early detection through AI-based diagnostics significantly reduces crop losses and improves smallholder resilience.

Still, limitations remain. Unequal smartphone access, language localization challenges and the need for contextual agronomic knowledge highlight that AI tools must be embedded within broader agricultural support systems, not treated as standalone fixes.

Expanding Health Care Access Through AI Screening

In health care, AI’s most immediate promise lies in early detection, particularly in regions where trained specialists are scarce. In India, the health-tech company Niramai has developed Thermalytix. This AI-based breast cancer screening system uses thermal imaging rather than mammography.

The technology is portable, radiation-free and significantly lower-cost, making it viable for rural clinics and mobile health camps. Clinical studies published in peer-reviewed medical journals show that Thermalytix demonstrates high sensitivity in detecting early-stage breast cancer, particularly among younger women. Importantly, though the system is designed to assist clinicians, not replace them, it reinforces AI’s role as decision-support rather than autonomous authority.

How Institutions Are Integrating AI

AI adoption in developing nations is not happening in isolation. Major institutions, including the World Bank, WFP, FAO, UNICEF and national ministries, are integrating AI into policy planning, service delivery and crisis response. This integration involves building a larger infrastructure for data models and storage, training local staff, establishing accountability mechanisms and partnering with local organizations.

The Risks Beneath the Promise

Despite its potential, AI, while still in its development stages, raises serious concerns. Predictive models are only as good as the data they rely on. In many developing regions, data is incomplete, uneven or biased.

U.N. reports warn that algorithmic bias, financial incentives and extractive data practices can entrench inequality and potentially harm individuals if governance safeguards are absent. The U.N. Technology and Innovation Report 2025 warns that up to 40% of global jobs could be affected by AI, with economies that rely on low-cost labor potentially losing their competitive edge. There is also the risk of over-reliance on algorithmic forecasts, in which predictive outputs are treated as objective truth rather than probabilistic guidance, sidelining local knowledge and accountability.

Recognizing these risks, international bodies and governments are developing safeguards. UNESCO’s Ethics of Artificial Intelligence framework emphasizes human rights, transparency, accountability and data sovereignty. Similarly, UNICEF’s Guidance on AI and Children focuses on protecting children and vulnerable populations from harm, surveillance and exclusion resulting from AI’s prevalence.

Meanwhile, multiple developing nations are drafting national AI strategies to align technological deployment with development priorities rather than external commercial interests.

AI as Development Infrastructure

AI will not end poverty or hunger on its own. But when treated as infrastructure rather than innovation, embedded in institutions, guided by ethics and grounded in local realities, it can meaningfully improve how societies anticipate crises, allocate resources and expand access to essential services. The role of AI in developing nations will not be decided by algorithms alone, but by governance choices: who designs these systems, who controls the data and whose lives they are built to improve.

– Matt Irwin

Matt is based in Brooklyn, NY, USA and focuses on Technology and Solutions for The Borgen Project.

Photo: Pixabay

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How Public Libraries Are Alleviating Poverty in Rural South Africa

Poverty in Rural South AfricaIn rural South Africa, where access to education, technology and employment opportunities is often limited, public libraries are playing a pivotal role in breaking the cycle of poverty. These libraries have transformed into vital community hubs that offer much more than just reading materials. They are gateways to education, digital literacy and skills development, providing rural populations with the tools they need to improve their livelihoods.

The Role of Public Libraries in Rural South Africa

Public libraries in rural South Africa play an essential role in enhancing the local information environment by providing equitable access to information, education and digital tools. In areas with limited resources, these libraries serve as crucial community hubs, offering a wide range of services, including access to books, the internet and educational programs. By bridging the digital divide, public libraries empower individuals with the skills needed to navigate the digital world, improving their chances of economic success and social inclusion.

Furthermore, libraries facilitate lifelong learning by offering various educational opportunities, from early childhood literacy programs to adult education and vocational training. In this way, public libraries help address information poverty, promote equality and contribute to sustainable development, alleviating poverty in rural communities across South Africa.

Empowering the Next Generation

One of the most significant ways libraries help reduce poverty in rural South Africa is through their work with children and young people. In under-resourced communities, libraries serve as spaces for learning and personal development. Programs such as after-school tutoring, reading clubs and skills workshops help improve literacy and encourage a lasting interest in education.

By supporting the education of the next generation, libraries play a vital role in breaking the cycle of poverty that has held many families back for generations. For young adults, libraries offer opportunities for personal development and career advancement. Workshops on job readiness, training on resume writing, application processes and interview skills are often conducted in collaboration with organizations.

These programs give young people the tools they need to succeed in the job market and secure employment, thus enhancing their economic prospects and contributing to local economic growth.

Access to Information and Resources for Adults

Public libraries also serve as vital resources for adults seeking to improve their lives. In rural South Africa, many adults face unemployment or underemployment, often due to limited skills or restricted access to information. Libraries help address this gap by offering resources that go beyond traditional reading and language support.

Today, public libraries play an important role in promoting Media and Information Literacy (MIL). In an increasingly digital world, they help individuals develop the skills needed to critically engage with information, assess sources and use digital tools responsibly. Supported by UNESCO, MIL equips people to navigate online spaces safely and build trust in digital technologies.

This includes addressing challenges such as the spread of misinformation and disinformation, hate speech and the growing decline in trust toward media and digital technologies like artificial intelligence. By offering MIL resources alongside traditional literacy programs, libraries empower individuals to make informed decisions and engage more effectively with the information ecosystem. Over time, these efforts contribute to reducing poverty in rural South Africa by strengthening digital confidence, critical thinking and access to opportunity.

Success Stories: Impacting Lives in Rural Communities

One notable success story is the African Library Project. This nonprofit organization establishes libraries in rural and underserved communities across Africa. The initiative has played a key role in improving literacy rates and expanding educational opportunities by collecting and distributing books to schools and local libraries.

Through partnerships with community members and volunteers, the African Library Project helps create sustainable, resource-rich libraries that support both students and adults. These efforts not only provide access to essential learning materials but also encourage a culture of reading, helping to bridge educational gaps and promote lifelong learning across the continent.

Overcoming Challenges and Looking Ahead

Despite the positive impact that public libraries have had, challenges remain. Many libraries in rural South Africa face challenges, including a lack of competent, qualified staff and outdated, limited resources. However, there is hope.

Efforts are underway to address these challenges. Recent studies and advocacy initiatives highlight the important role libraries play in development, particularly as public access points for information and communication technologies (ICTs) and community-based programs. Organizations such as the International Federation of Library Associations and Institutions (IFLA) and the African Library and Information Associations and Institutions (AfLIA) are actively working to amplify the impact of African libraries and expand their role in development efforts.

These efforts, supported by local and international advocates, reflect a growing recognition of libraries’ transformative power to foster development and improve access to information in underserved communities. With sustained support, public libraries can become powerful agents of change in the fight against rural poverty. By providing access to knowledge, skills and opportunities, they help individuals build better futures for themselves and their communities.

– Chris Tang

Chris is based in Singapore and focuses on Good News and Technology for The Borgen Project.

Photo: Flickr