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How Frugal Health Care Innovation Is Reimagining Accessibility

Frugal Health CareReports assessing the relationship between extreme poverty and health care accessibility have and continue to prove a cyclical relationship in which each exacerbates the other. Though the availability of health care across the world increases, out-of-pocket costs often force families and individuals below the poverty line. Meanwhile, populations suffering from untreated illness are unable to participate effectively in the workforce.

In short, being sick keeps people from financial earnings, while treatment costs account for most of their spending. Either path hampers the ability to participate in the local economy. In response, frugal health care initiatives have risen in popularity, combating the personal financial aspect of health care accessibility.

How Does Frugal Health Care Work?

Frugal health care works by using low-cost, low-tech solutions that are adapted to local needs. Many solutions arise by repurposing everyday tools or simplifying existing techniques. One early example is the stethoscope, originally made from a rolled piece of paper to preserve a patient’s modesty. Today, frugal innovations include using hardware drills instead of expensive medical ones and placing premature babies in plastic bags to prevent hypothermia.

These practical, outcome-based solutions stand apart from the prevailing model of Western, research-driven progress due to their deep contextualization. While vaccines serve as a universal preventive measure for those with access, innovations like the “Jaipur Foot” address specific local needs. Designed for barefoot amputees, the Jaipur Foot is affordable and effective thanks to partnerships with local artisans and readily available materials. Its success, however, is closely tied to local production capacity, making it a powerful but regionally limited solution.

The Frugal Biomedical Innovations Program

Western University has incorporated research into frugal health care innovation in Canada via its Frugal Biomedical Innovations Program (FBIP). A branch of the Engineering Health Equity (EHE) training program, the institute has partnership sites in Northern Canada, Ethiopia, Kenya, Nigeria, Rwanda, Senegal and Uganda. The FBIP is hands-on and follows a conceptualize-create-deploy model. This ensures that abstract ideas become a physical reality and are implemented in the low-resource communities where they are needed.

Partnering Universities also lead projects at home with the aid of the Frugal Biomedical Innovations Catalyst Grant program. One example is 3D-printed hands and feet developed by Bahir Dar Institute of Technology, Ethiopia. Another is a low-cost teledentistry system from the University of Nairobi, designed to improve oral health care in rural Kenya. Prototypes are tested in the field with financial support from organizations such as Western University’s Africa Institute and program grants from the Natural Sciences and Engineering Research Council of Canada.

A Good Enough Future

Hi-tech innovation in health care will and should continue to progress. However, the emerging focus on extending medical accessibility to areas lacking the financial and technological resources to implement it is ushering in a revolution of rural health care access.

The 2025 World Economic Forum identified the need for decentralized, equitable health care systems. Similarly, the 2024 report on Global Health Care Sector Outlook published by Deloitte University suggests multiagency collaboration and taking opportunities to digitalize care delivery.

Decentralization, equity and collaboration are pillars of frugal health care innovation. By prioritizing practical repurposing over novelty, an increasing number of communities will have access to the medical care necessary to facilitate economic growth.

– Emily Galán

Emily is based in Edmonton, Alberta, Canada and focuses on Global Health and Politics for The Borgen Project.

Photo: Pexels

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Fire Prevention in South Africa: The Lumkani Lifesaving Innovation

LumkaniAcross the globe, 1 billion people live in informal settlements, spaces often marked by overcrowding, flammable materials and poor infrastructure. In South Africa, townships and informal communities regularly face the deadly risk of shack fires. In 2022, Cape Town alone reported 190 deaths due to these fires. These disasters destroy not only homes but also essential documents, medicines and educational materials, deepening the cycle of poverty for already vulnerable families. Lumkani, a social enterprise based in Cape Town, is rethinking fire prevention for low-income communities. By using heat-sensitive, networked early warning systems, the company equips families with the tools they need to survive fires and break the cycle of poverty they often leave behind.

The Overlooked Crisis of Shack Fires

Fires remain some of the most destructive yet neglected challenges in informal settlements. In places like Khayelitsha—one of Cape Town’s largest townships—shack fires commonly break out during colder months when residents use open flames, paraffin stoves or makeshift heaters to stay warm. Dust, steam and proximity to cooking areas often cause traditional smoke detectors to fail, resulting in frequent false alarms or abandonment. Limited space between dwellings and poor access to firefighting services allow a single fire to engulf entire neighborhoods within minutes. Beyond the immediate destruction, fires severely impact household economies. Fires wipe out everything from income sources to the legal IDs families need to access health care or education. For families living day-to-day, recovery becomes nearly impossible.

Lumkani’s Heat Sensor Network

Founded in 2014, Lumkani developed a low-cost, heat-based detector designed specifically for fire prevention in shack environments. Unlike traditional smoke detectors, Lumkani’s sensors are triggered by rapid increases in temperature, which is a more reliable fire indicator in informal housing. What makes Lumkani unique is its radio frequency network. When one device is triggered, it automatically alerts others within a 60-meter radius, giving entire communities critical seconds or minutes to evacuate or respond before the fire spreads. Lumkani devices also send SMS alerts to residents and designated community leaders through a central database. The fire prevention system is affordable and scalable, with devices costing around $10 and has been rolled out across parts of Cape Town, Johannesburg and Durban.

Results That Save Lives

According to Hollard, since rolling out Lumkani, the spread of 150 fires in South Africa has been limited. In collaboration with the International Red Cross, the Fire Sensors Initiative distributed 900 units. The results point to meaningful progress in saving lives and property. Lumkani also introduced micro-insurance for informal homes—one of the first of its kind in South Africa. For just $1.60, families can insure their homes against fire damage, enabling quicker recovery after disaster. This approach empowers low-income households not only to survive fires but to recover from them with dignity.

Why Fire Prevention Matters in the Fight Against Poverty

Poverty involves more than income; it includes constant exposure to risk. Shack fires in informal settlements are not random—they are predictable and preventable. When entire communities burn without warning, the long-term consequences trap families in poverty for generations. Lumkani offers a clear solution. By combining smart, locally tailored technology with community trust, this innovation saves lives and shields hard-earned progress from going up in flames. As global efforts to reduce poverty continue, solutions like Lumkani’s show that prevention may be just as powerful as direct aid. Sometimes, a $10 sensor could change everything.

– Rebecca Lee

Rebecca s based in Scotland and focuses on Technology and Solutions for The Borgen Project.

Photo: Flickr

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How Internet Access Is Driving Poverty Eradication in Georgia

Poverty Eradication in GeorgiaIn developed countries, it can be easy to forget how invaluable a tool the internet can be in improving the everyday lives of people. In Georgia, revolutionary online programs are changing the ways that many people learn, earn and live. Almost 40% of Georgians live in rural areas, of which 27.5% are estimated to be living below the poverty line. For many of these people, unreliable access to transport, unpredictable weather and distance from urban areas make access to many services near-impossible. Internet-based innovations in poverty eradication in Georgia are proving to be beneficial in many different ways.

Education

Digital tools provide access to education for many Georgians, including both school children and adults. In rural areas, the rate of children completing high school is around 50%, significantly lower than that of children in urban areas (74%). This education gap is even more significant between the wealthy and poor, with the completion rate for the richest being more than double that of the poorest.

Educare Georgia is an initiative which aims to provide free access to global educational resources for Georgians. By translating more than 4,000 lessons from Khan Academy – a free source for lessons in subjects such as mathematics and science – Educare Georgia has helped connect many Georgian children to a more expansive way of learning.

Giveinternet.org is another initiative that Educare Georgia started. This service aims to provide internet access and devices to children in underserved communities and settlements for Internally Displaced Persons. What began as a project to help Georgian children has expanded to help children in other poverty-ridden countries, such as Malawi and Uganda. At present, 2,899 children in remote and marginalized areas have been provided with reliable access to the internet, ensuring equal educational opportunities.

Real-Time Jobs for Youth is another online educational project in Georgia, supported by the United Nations Development Program (UNDP) and UNICEF. It aims to provide young people from state care or marginalized backgrounds with free education on coding, digital marketing and design, as well as online freelance work. This has helped to greatly improve job opportunities for many young people. These programs are crucial innovations in poverty eradication in Georgia, allowing children of all backgrounds to receive a proper education.

Health and Social Care

Internet connectivity has had a major impact on health care accessibility in Georgia. During the COVID-19 pandemic, much of Georgia’s rural population found themselves unable to access proper health care. Many people live in mountainous regions where reliable transport is scarce and the weather can be extremely unpredictable. The vast majority of doctors in Georgia are based in Tbilisi and other urban areas, while most urban regions are critically underserved. This is especially true when it comes to the distribution of specialists, such as obstetricians and pediatricians.

A huge telemedicine initiative sought to provide improved health care to these remote areas, and the project has continued expanding since the end of the pandemic. In Georgia, approximately 93% of deaths are the result of non-communicable diseases. By providing video consultations, remote diagnostics and improving the communication methods between local doctors and specialists, many people now have access to health care and expertise which was formerly out-of-reach. One example of this improved healthcare is the more than 3,000 women now registered for cervical, breast and thyroid cancer screenings, hopefully resulting in the prevention of many deaths.

GeorgiaUnify

This expansion in online services and tools has also expanded into social care. GeorgiaUnify, a social care integration platform, developed by the Georgia Health Information Network (GaHIN), enables better communication between health care providers and social services. As stated above, much of Georgia’s rural population are unable to access or do not have transport in order to use many services. As a result, medical referrals for social care services do not always receive attention, and peoples’ situations do not improve. GeorgiaUnify notifies all parties involved of the referral, ensuring a better service. Data is also shared with local Community-Based Organizations, providing more information on housing stability, food security and transportation in order for people to access any services as easily as possible.

Agriculture

Agriculture employs around 38% of Georgia’s workforce, yet only makes up around 6-8% of Georgia’s GDP, demonstrating that many farms are underperforming or otherwise making little money. Platforms such as AgroMap, which Georgia’s Ministry of Environmental Protection and Agriculture developed, offer satellite imaging, crop analysis and weather forecasting. This data helps farmers make more informed decisions, improving yields and reducing costs. AgroMap also helps farmers access other business contacts and other support services.

The agriculture extension is another digital platform for farmers, enabling them to access online training and an electronic library of information. Farmers are now able to educate themselves on up-to-date techniques and have a better understanding of the market.

Digital tools also help with land management, irrigation planning and pest control. As a result, agricultural productivity has increased in regions where internet access is reliable, helping with the food security and economic stability of many rural communities. These support systems and data platforms are examples of practical innovations in poverty eradication in Georgia, granting a significant source of employment the chance to thrive.

Expanding Georgia’s Internet Access

The cornerstone of these advancements is the expansion of internet infrastructure. The Broadband Equity, Access, and Deployment (BEAD) is a $1.3 billion grant to expand internet access to reach all regions of Georgia. The program prioritizes communities that are currently unserved or underserved, promoting economic growth, improved education and training and access to services such as the ones listed above.

The initiative to expand access to the internet in Georgia is about much more than simply getting a 4G signal – it expands the opportunities and helps to improve the health, wealth and education of many communities. Many of Georgia’s most poverty-stricken are now able to get the tools needed to build a brighter future for themselves.

– Reuben Avis-Anciano

Reuben is based in Oxfordshire, UK and focuses on Technology and Solutions for The Borgen Project.

Photo: Unsplash

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Transforming Poverty With Innovative Recycling in the DRC

Innovative Recycling in the DRCThe Democratic Republic of Congo (DRC) is the largest country in sub-Saharan Africa. It is rich in natural resources and diverse landscapes. However, despite the country’s affluent beauty, most citizens live below the poverty line. In fact, according to the World Bank, the DRC is one of the five most improvised nations in the world, with an estimated 73.5% of Congolese people living on less than $2.15 a day.

Furthermore, due to ongoing political conflict in recent years, many of the DRC’s vital institutions, including hospitals and waste management systems, have been destroyed. The accumulation of waste in public spaces that this caused has resulted in skyrocketing rates of malaria and cholera, an additional humanitarian crisis that the DRC does not have the resources to alleviate.

However, by utilizing new sustainable technologies, particularly innovative recycling, several Congolese organizations are working to lessen the impact of waste on the DRC. Below are two stand-out nongovernmental organizations (NGOs) utilizing innovative recycling in the DRC to lower poverty rates and help lessen the country’s current crisis.

Plastycor

Plastycor was established in 2019 by Nicole Mugoli Menemene. The organization uses discarded plastic waste to create homes, furniture and other household appliances, including “chairs, walls with masonry and without masonry, bins and multipurpose baskets, flowers and flower pots, coasters,” and many more.

Inspired by her mother, who taught her early on about the importance of proper sanitation and waste disposal, Menemene got her start in environmental advocacy. After founding Plastycor, she quickly searched for ways to maximize her impact.

In addition to her work with innovative recycling in the DRC, she headed community training on proper waste disposal and youth programs that bring awareness to environmental issues and supported the founding of other new start-ups.

Despite her early success, Menemene has not stopped expanding her business. Today, she “oversees three permanent full-time staff members and [more than] 30 volunteers.” Thanks to the efforts of Menemene and her team, Plastycor has recycled 510,000+ pieces of plastic waste, trained 1,000+ individuals on proper waste disposal and collected 450+ tons of urban waste.

Benelux Afro Center

The Benelux Afro Center (BAC) is an organization that specializes in the correct disposal of e-waste. The project focuses on educating individuals and communities about the proper ways to dispose of e-waste, the collection of the hazardous waste itself and the shipping and recycling process. There are BAC stations in most large cities in the DRC, run by young people trained in the e-waste disposal process.

The BAC isn’t only an incredible resource in waste disposal. It also has a huge environmental and socioeconomic influence: “The project had recycled 13,500 kilograms of e-waste by 2017 and by 2021 had recycled nearly 141 tonnes of e-waste. Each relay station provides work for 10 young people, mostly from disadvantaged backgrounds.”

Finally, like Plastycor, the BAC does not only utilize traditional recycling. In addition, “metal waste is processed by the students and made into beds, chairs and benches. Waste is also transformed into gardening tools, such as rakes and spades.”

Final Remarks on Innovative Recycling in the DRC

Although the future seems bleak, countless organizations are leading the fight against poverty and injustice with innovative recycling in the DRC. If countries like the U.S. and England commit to supporting their progress, it is undeniable that improvement is possible.

– Helena Birbrower

Helena is based in Davis, CA, USA and focuses on Global Health and Politics for The Borgen Project.

Photo: Flickr

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How Kenyan Inventors Are Turning Waste to Affordable Prosthetics

ProstheticsAround 4.6% of Kenyans live with some form of disability. The causes of these disabilities vary, ranging from accidents to congenital conditions and illness. Additionally, persons living with disabilities face challenges securing employment, with those living in urban areas like Nairobi being more advantaged in accessing employment opportunities. For individuals living with disabilities, stigma and discrimination often pose a greater challenge than the medical conditions they face. These social barriers contribute to high unemployment, poor living conditions, increased dropout rates and rising poverty levels. In Kenya, traditional prosthetics are prohibitively expensive, with above-knee prosthetics costing about $3,000 and below-knee prosthetics priced at around $700. Hence, only 26% of people with disabilities have access to assistive devices, with the private sector providing 24% and government health facilities offering just 3%.

These systemic barriers and inequalities continue to perpetuate poverty, but David Gathu and Moses Kiuna are breaking them down. They prove that restoring dignity to individuals with disabilities and ensuring affordability can go hand in hand. Their low-cost prosthetics, made from e-waste, are a fraction of the price of commercial alternatives. Through their AI project, they go even further, addressing not only the physical needs of persons with disabilities but also the social isolation they often face.

David Gathu and Moses Kiuna

Gathu and Kiuna, the brilliant minds behind an AI-powered prosthetic designed to empower individuals with disabilities, may seem like seasoned engineers. However, the two Kenyan inventors are self-taught high school dropouts driven by an unwavering passion for innovation. Their journey began in primary school when Gathu, inspired by a friend who was an amputee, sought a way to restore his ability to use his hand. Witnessing his struggles with everyday tasks like eating and writing, Gathu researched harnessing neural signals to create a functional solution. Working from their grandmother’s granary, the duo set out on a mission: to uplift people with disabilities by fostering independence through technology.

What started as childhood curiosity turned into groundbreaking innovation. Using salvaged electronic components, they developed a bionic hand that translates brain signals into movement, allowing users to grasp objects effortlessly. “Just like a microphone; it listens to the brain signals or waves that are coming out of the skull because every time you are thinking or talking there is that activity that happens in the neurons. These neurons release electrical pulses which are electoral magnetic. This gadget listens to these magnetic waves and converts them into electrical and then this electrical is converted into digital signals. These digital signals are transmitted away, so this gadget itself amplifies these digital signals and transmits them into the robotic arm,” David explained to BBC’s Newsday.

After spending countless hours and years, their efforts finally paid off, as their prototype now operates flawlessly. With just a simple thought, the device springs to life effortlessly, requiring no physical input from the user.

The Poverty-Disability Cycle

Gathu and Kiuna’s work is important because their low-cost, e-waste prosthetics provide hope for persons with disabilities in Kenya, who are more likely to experience poverty. This bidirectional relationship is especially prominent in low- and middle-income countries, where poverty often leads to unsafe living conditions and poor quality of life, heightening the risk of disabilities. The exclusions faced by individuals with disabilities often trap families in economic hardship. Women and children with disabilities encounter even greater challenges, as cultural stigma and gender inequality often deny them opportunities for empowerment. The lack of affordable assistive devices further amplifies these barriers, leaving many amputees without the mobility they need to fully engage in daily life.

Therefore, the development of AI-powered prosthetics by Gathu and Kiuna, if fully implemented, can make assistive devices affordable and accessible to low-income individuals with disabilities in Kenya. By providing affordable prosthetics, these innovations can empower individuals to participate in the workforce, engage in daily activities and regain their independence. This increased mobility and autonomy can help break the cycle of poverty, improving economic stability for families and communities and ultimately contributing to greater social inclusion and empowerment for people with disabilities.

Support and Market Access

While their work has gained both local and international media attention, gaining coverage on the BBC and other global media outlets, they have yet to receive significant institutional or financial backing to scale their innovations. Recognition has come, but resources to transition to mass production have hindered their progress.

Nonetheless, their journey exemplifies more than innovation. What originated in their grandmother’s granary could spark a movement transforming every discarded circuit board into a symbol of hope and each prototype into a stride toward a more equitable society. It highlights the remarkable impact of grassroots creativity in changing lives. With increased backing, these two self-taught innovators have the potential to change numerous lives for the better, with affordable prosthetics.

– Grace Ruria

Grace is based in Nairobi, Kenya and focuses on Technology and Solutions for The Borgen Project.

Photo: Flickr

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How HUSK and RGF Are Fighting Poverty

HUSK and RGFIn many parts of the world, access to sustainable energy and agricultural innovation is essential for economic growth and poverty alleviation. Women-led initiatives such as the Raising Gabdho Foundation (RGF) in Uganda and HUSK Ventures in Cambodia demonstrate that innovative solutions can drive economic empowerment and environmental sustainability. These organizations lead women-led sustainable development, transforming local communities and proving that grassroots innovations can make a global impact.

RGF

Sarah Basemera founded RGF with a modest $3,000 grant and an ambitious goal: to address Uganda’s reliance on charcoal while creating employment opportunities. Uganda’s high dependence on charcoal for cooking and heating—used by more than 85% of households—posed an environmental and economic challenge. In response, RGF developed biomass briquettes as an alternative energy source, ultimately shaping the foundation into a thriving social enterprise.

RGF’s success is built on a women-led sustainable development model, utilizing a retail strategy that centers on women vendors. Instead of dealing with hundreds of small-scale buyers, RGF streamlined its sales through market agents, all women. This model has not only increased efficiency but has also empowered female entrepreneurs within local marketplaces.

Today, RGF produces four different types of briquettes, operates a factory and has implemented a digital sales platform. While adopting digital transactions remains slow, its app, Zeed Energy, has started gaining traction. By promoting online payments, RGF breaks traditional barriers and encourages financial inclusion.

Households using Zeed Energy solutions have seen a 40% reduction in energy costs, improved business productivity by 60% and reported a 30% increase in disposable income. RGF’s innovations in clean energy and business operations demonstrate the power of women-led sustainable development in driving economic progress.

HUSK Ventures

While RGF is making strides in Uganda, HUSK Ventures, co-founded by Heloise Buckland and Carol Rius, is reshaping sustainable agriculture in Cambodia through biochar technology. Grounded in the conviction that businesses can be powerful drivers of social and environmental change, Buckland and Rius established HUSK to combat soil degradation and improve farmer livelihoods.

HUSK’s method is highly scientific and deeply rooted in traditional agricultural practices. Agriculture experts, engineers and specialists in regenerative agriculture are among the organization’s diverse workforce and they collaborate to create sustainable, long-term solutions for small-scale farmers. Understanding that climate vulnerability and soil degradation pose serious risks to food security, HUSK incorporates a low-cost, high-impact technique to restore farms while reducing carbon emissions.

Biochar, a soil supplement that improves fertility, holds onto water and captures carbon, is at the core of this innovation. HUSK modernizes this centuries-old method by repurposing rice husks—a common agricultural byproduct—into biochar, carbon-based fertilizers and biopesticides using a practical, smokeless process called pyrolysis. This reduces the impact of climate instability by lowering waste and emissions while trapping carbon in the soil for hundreds of years. The organization’s innovative work has resulted in the first biochar plant installed inside a rice mill, marking a significant advancement in sustainable agriculture.

Through their work, Buckland and Rius are proving that women-led enterprises can drive meaningful transformation in both agricultural and environmental spheres. Their model offers a blueprint for balancing economic growth with ecological responsibility, reinforcing the vital role of women-led innovation in shaping a more sustainable future.

The Impact of Women-Led Sustainable Development

Both RGF and HUSK Ventures highlight the potential of women-led enterprises to drive social and environmental change. Their business models prioritize community engagement, sustainability and economic empowerment. The success of these initiatives demonstrates the importance of investing in female entrepreneurs tackling some of the world’s most pressing challenges.

The journey of these organizations serves as a testament to the resilience and ingenuity of women entrepreneurs in the fight against poverty. With continued investment and support, women-led sustainable development initiatives like RGF and HUSK Ventures will continue transforming economies, empowering communities and contributing to a more sustainable world.

– Linnéa Matlack

Linnéa is based in Boston, MA, USA and focuses on Good News and Technology for The Borgen Project.

Photo: Pexels

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Aranmula Kannadi: Sustaining Livelihoods in Kerala

Aranmula KannadiThe ancient art of making handmade metal mirrors, known as Aranmula Kannadi, passed down through families, is more than just a tradition in the small state of Kerala, located in the southern part of India. This traditional livelihood expresses the power of Indigenous knowledge in sustaining livelihood and preserving cultural heritage. 

The Unique Craft of Aranmula Kannadi

Aranmula Kannadi is distinct from ordinary glass mirrors. Unlike conventional mirrors that reflect images off a glass surface backed by a silver coating, Aranmula Kannadi is made entirely of a special metal alloy that reflects directly from its polished surface. The secret behind its unique composition is closely guarded by a few artisan families in Aranmula, a village in Kerala, ensuring that the knowledge remains within their lineage.

Making these mirrors requires a precise combination of metals, an elaborate hand-polishing process and meticulous craftsmanship, making each piece a true work of art. Hence, the original Aranmula Kannadi can only be legally made in this location due to its geographical indications certification.

Sustaining Livelihood Through Indigenous Knowledge

For generations, the skilled artisans of Aranmula have dedicated themselves to perfecting this traditional craft. Making these mirrors is labor-intensive, requiring high precision and expertise. The mud is carefully prepared, the metal alloy is melted and cast and the surface is manually polished for several days to achieve the desired reflective quality.

Each piece is a labor of love, requiring patience, skill and a deep understanding of metallurgy. However, in an era dominated by mass production and digital advancements, the survival of such indigenous crafts faces significant challenges. The artisans of Aranmula Kannadi rely on traditional techniques that machines cannot replicate, making the production process slow and limited in scale. Despite these constraints, their commitment to preserving the craft remains unwavering.

The livelihood of these artisans depends heavily on the demand for their products. Efforts to promote Aranmula Kannadi as a luxury heritage product have helped sustain the community. Government initiatives, cultural exhibitions and collaborations with heritage organizations have played a crucial role in ensuring that the craft continues to thrive. Furthermore, the artisans have started adapting to modern marketing strategies, leveraging e-commerce platforms and social media to reach a global audience.

Economic and Social Impact on Local Communities

The livelihood of many families in Aranmula depends on this craft. The intricate process of mirror-making provides employment opportunities for local artisans, metalworkers and traders, forming an essential part of the region’s economic framework. However, the survival of this craft is often challenged by modern manufacturing techniques and mass-produced imitations.

Despite these hurdles, the dedication of traditional artisans ensures that authentic Aranmula Kannadi continues to thrive. The craft is also deeply tied to the social fabric of Aranmula, as it fosters a sense of identity and community pride. Many artisans see their work as more than just a means of income. It is an inherited responsibility to preserve the cultural heritage of their ancestors. The mirror holds religious and spiritual significance in Kerala’s temple rituals, wedding ceremonies and traditional festivals, reinforcing its value beyond a mere artifact.

Challenges and the Way Forward

Despite Aranmula Kannadi’s recognition, the artisans face multiple challenges, including the high cost of raw materials, competition from counterfeit products and a decline in the number of skilled artisans willing to take up the trade. Younger generations often hesitate to continue the legacy due to the economic uncertainties associated with traditional craftsmanship.

Awareness campaigns that highlight the uniqueness of Aranmula Kannadi can also help combat counterfeit products and ensure that customers recognize the value of authentic handmade mirrors. Sustainable tourism initiatives promoting heritage crafts can also create new opportunities for artisans. Craft villages, workshops and experiential tourism centered around the making of Aranmula Kannadi could attract enthusiasts and collectors worldwide, further boosting the local economy.

Conclusion

The story of Aranmula Kannadi is one of resilience and dedication, reflecting the strength of indigenous knowledge and its role in sustaining livelihoods. As globalization and modernization continue to shape industries, safeguarding traditional crafts that hold cultural and historical significance has become increasingly important. By supporting artisans, raising awareness and fostering innovation while respecting tradition, we can ensure that the legacy of Aranmula Kannadi continues to shine for generations to come.

– Syam Kumar

Syam is based in Roorkee, India and focuses on Good News for The Borgen Project.

Photo: Wikimedia Commons

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A City on the Sea: Floating Cities and Infrastructure to the Maldives

Floating Cities in the Maldives: Building Jobs and ResilienceFor decades, the Maldives has been an oasis of beauty and tranquility. Located at the tip of the Indian Peninsula, it serves as a touch of paradise for wealthy tourists seeking an escape from the busy modern world. Yet, the island nation faces a growing challenge: a shortage of space for both its rising tourist population and the 500,000 inhabitants who power its economy. With tourism growing by 16% annually, the Maldives now confronts the pressing issues of overpopulation and land scarcity.

The Maldives relies heavily on tourism, which directly contributes 40% to its economy and a projected indirect contribution of 79% in 2022. Its limited natural resources—primarily fish and timber—leave the country dependent on external investment for infrastructure development. While allies like the UAE, India and China have historically provided aid, private European investment has emerged as the most viable path forward.

A Floating Solution: Jobs and Opportunities

In response to this challenge, Dutch Docklands, in collaboration with architectural firm Waterstudio, has proposed an ambitious solution: a floating city designed to house up to 20,000 residents. This innovative project not only promises to expand living space but also offers a significant economic boost by creating thousands of jobs, particularly for Maldivian locals. Beyond job creation, the floating city could transform local communities by promoting skills development and increasing access to essential services. As the project evolves, prioritizing local hiring, vocational training and knowledge transfer will be key to ensuring that Maldivians, not just foreign investors, benefit from this development.

Social and Environmental Impact

The project extends beyond economic benefits. Floating infrastructure can mitigate the long-standing threat of coastal erosion, a problem that has plagued Maldivian communities for generations. By creating more resilient housing and infrastructure, the floating city offers protection against rising sea levels, safeguarding both homes and livelihoods.

Dutch Docklands has emphasized the project’s sustainability, claiming it will be powered by renewable energy and designed to minimize environmental impact. However, the success of these initiatives will depend on how well they integrate with existing Maldivian efforts to promote sustainable tourism and protect marine ecosystems. Moreover, the project could improve access to education and health care, especially if planners include community centers, clinics and schools within the floating city. For low-income families in the Maldives, these services could be life-changing, breaking cycles of poverty while strengthening community resilience and improving the infrastructure in the Maldives.

Balancing Opportunity with Local Autonomy

While the floating city offers promising opportunities, concerns remain regarding local autonomy. The Maldives currently maintains control over key infrastructure through its central bank and firms like Dhiraagu, the country’s primary telecommunications provider. Handing over control to a Dutch firm raises questions about long-term ownership and decision-making power. To align with the Maldives’ national interests, project agreements should ensure that the Maldivian government retains oversight and that local communities remain key stakeholders. Promoting community-led development and ensuring profits are reinvested locally could be essential for maximizing the project’s benefits while preserving national sovereignty.

A Model for Vulnerable Communities Worldwide

If successful, the Maldives’ floating city could serve as a blueprint for other vulnerable coastal regions, from Thailand to Panama. Floating infrastructure could provide sustainable housing and job opportunities for millions living in flood-prone areas, reducing poverty while enhancing climate resilience. Prioritizing local employment, education and health care access can potentially ensure that this initiative does more than just expand the infrastructure in the Maldives—it could build resilience and opportunity for the communities that need it most.

– Caspian Davies

Caspian is based in the UK and focuses on Technology and Solutions for The Borgen Project.

Photo: Flickr

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Innovations in Poverty Eradication in Honduras

Poverty Eradication in HondurasHonduras is the second poorest country in Central America. COVID-19 and multiple hurricanes in 2020 exacerbated Honduras’s already high poverty rates, taking the percentage of the population living below the national poverty line from 48.3% in 2018 to 60% in 2024. However, to tackle these rising numbers, recent innovations in poverty eradication in Honduras have focused on agricultural practices and production. 

Nearly a third of Hondurans work in the agricultural sector and nearly half of the population live in rural areas, where the poverty rate is around 75%. From enabling farmers to develop climate-resilient agricultural practices to connecting them with supply chains, here are some examples of agricultural innovations in poverty eradication in Honduras. 

Coffee Farming

The coffee industry is a vital part of Honduras’s rural economy. Indeed, Honduras is the largest coffee producer in Central America and the fifth largest globally, with coffee accounting for 5% of GDP and 23% of exports.

The non-profit organization TechnoServe launched the MOCCA project in 2018 with funding from the USDA. The project has trained more than 11,000 Honduran coffee and cacao farmers to develop climate-resilient agricultural practices. 

In September 2024, TechnoServe launched Avanza Café to build on MOCCA’s success and train 35,000 small producers in regenerative agricultural practices. The project aims to increase yields and household incomes by 25%, while reducing carbon emissions and ensuring that 40% of participants are women and young people. 

Sustainable Practices 

The MAS Project 2.0 works to increase productivity and facilitate access to better markets for Honduran coffee farmers. In 2017, trainers from the program visited the village of Subinara, inhabited by the Indigenous Pech people and located in the Río Plátano Biosphere Reserve, where coffee production is limited to protect the local environment. 

The trainers helped the farmers to establish “climate-smart” practices, such as planting shade trees, using coffee pulp as fertilizer and employing natural pest control solutions. These practices improved production by 200% and increased the community’s profits by 66%.

Access to Markets

The De Mi Tierra program enables farmers to gain direct access to markets, with training by the nonprofit Foundation of Rural Business Development (FUNDER) and distribution across the 46 stores of the La Colonia supermarket chain. 

In cutting out the middleman and enabling farmers, 70% of which are smallholders, to reach larger markets, the De Mi Tierra program improves farmers’ profits and forges domestic supply chains that reduce the need for importing products.

Looking Ahead

In October 2024, Reuters reported that Honduras’ coffee exports in the 2024/25 season were up 14.5% from the previous year, an achievement that Pedro Mendoza, head of IHCAFE, attributes to the fact that “The farms are better, farmers have given them more care this year.” The increased yield and export volume could well be due to climate-resilient techniques and the development of direct market links. 

If done right, the more coffee Honduras exports, the better for the country’s efforts to eradicate poverty. However, the EU might ban sales of coffee if companies cannot prove that the product hasn’t come from a deforested area. As Europe accounts for 55% of Honduras’ coffee exports, ensuring sustainable practices will be essential for maintaining and improving upon the successes already achieved by innovations in poverty eradication in Honduras.

– Oliver Tanner

Oliver is based in London, UK and focuses on Technology and Politics for The Borgen Project.

Photo: Flickr

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Renewable Energy in Bulgaria

Renewable Energy in Bulgaria
Bulgaria stands at a pivotal moment in its energy transition, with renewable energy playing an increasingly vital role alongside its traditional reliance on nuclear power and coal. Solar generation represents a key driver in the country’s pursuit of the EU renewable energy target of 27% by 2030 and net zero emissions by 2050. Backed by international investments and streamlined energy legislation, Bulgaria is accelerating the development of renewable infrastructure while modernizing its power grid. The country is positioning itself as a regional leader in sustainable energy production with a decentralized energy system set to help reduce energy poverty in the country.

The Current Energy Landscape of Bulgaria 

The two major energy sources for Bulgaria’s domestic energy consumption are nuclear power and coal. Nuclear power accounts for around 40% of energy supply and has been a major energy source for Bulgaria since the 1950s. Additionally, in 2023/24, there was a steadily growing use of solar generation contributing almost 13% of total electricity generation.

Renewable Energy Investments 

Renewable energy in Bulgaria aims to account for 27% of domestic production by 2030, contributing to the EU renewable energy target for 2030. The country is also aiming at a net zero emissions target for 2050. A large portion of this is currently being exploited via solar generation.

The European Bank for Reconstruction and Development (EBRD) is a major leader in climate finance and one of the primary investors in renewable energy in Bulgaria. In late-2024, the EBRD announced that it would lend €50 million to Bulgaria to build a 237 MW solar plant, a huge step for its renewable energy agenda. The investment is part of a wider pledge to further UN Women’s Empowerment Principles in the Bulgarian energy sector. The shift away from fossil fuel use is beneficial in the Bulgaria’s plans to reduce energy poverty. This topic has been high on the country’s agenda since 2022 when the war in Ukraine increased import prices of Russian natural gas and coal. More than a quarter of Bulgarians in 2022 were unable to adequately heat their homes due to energy poverty.

Simplification of Administrative Frameworks 

The past year has hailed a stream of new investment in renewable energy in Bulgaria – not just because of a push for EU climate goals. The country simplified the administrative frameworks required for renewable energy infrastructure in 2023, making projects easier to plan and implement. Other changes to the country’s energy legislation enabled clarity on investing in renewable energy plants with batteries for energy storage during off-peak production periods.

Bulgaria also clarified steps to establish a more interconnected power grid which should decentralize energy and reduce the country’s state of energy poverty.  This would be enabled through the empowerment of households and democratizing of the energy system coming as a result of more energy suppliers and better energy infrastructure. A more robust domestic energy supply divested away from fossil fuels would help shield the Bulgarian energy sector from fossil fuel import fluctuations and over-reliance on Russian imports of coal and natural gas. This shift to renewable energy infrastructure in turn aids households through the stabilization and lowering prices of energy.

Following the 2023 changes, 2024 saw €65 million investment from the EU Modernization Fund in Bulgaria’s GREENABLER project to modernize the country’s power grid for the integration of renewable energy. Further, calls by the Bulgarian Ministry for Energy for renewable energy plants with energy storage (crucial to divest reliance away from fossil fuels) have stipulated project deadlines for March 2026. This push in funding programs has allowed for the development of 249 renewable energy projects in Bulgaria. Such short project deadlines and investment flows are positive news for massively accelerating renewable energy infrastructure in the country to meet 2030 energy targets. 

The Future of Nuclear Supply

Bulgaria does seem to be expanding outside renewables into nuclear energy – a low carbon energy solution. Though not renewable, nuclear power production in Bulgaria has merits over traditional fossil fuels, such as curbing reliance on countries such as Russia for fossil fuel imports. Contracts have been entered between Hyundai Engineering (South Korea) and Westinghouse (U.S.) to develop additional capacity and replace the aging reactor units at the Kozloduy nuclear power plant in Bulgaria. As domestic demand for energy has remained stable over the decades, it is likely an expansion of energy production would be a bid to increase energy exports to neighboring countries. Alongside a growing industry of renewable energy in Bulgaria, nuclear investment could boost Bulgaria’s economy as well as create new jobs and opportunities for its population.

– Autumn Joseph

Autumn is based in London, UK and focuses on Business and New Markets for The Borgen Project.

Photo: Flickr