Collective care should not be reduced to practices that merely keep us strong enough to survive hostile conditions. Collective care should also make us question, resist, and transform the very systems of power that generate harm. Credit: Humanis

By Nisrina Nadhifah Rahman
Jul 2 2026 (IPS)

“To respect strength, never power” is one of my favorite quotes from the acclaimed writer and activist, Arundhati Roy. For years, this quote has stayed with me. It encourages a way of life grounded in compassion rather than dominance.

It was particularly on my mind as I returned from the June 2026 Digital Rights Asia-Pacific Assembly (DRAPAC26) in Manila, an annual forum organized by EngageMedia. Co-hosted by local partners, the Foundation for Media Alternatives (FMA) and DAKILA, it brought together more than 800 digital rights practitioners, researchers, funders, journalists, technologists, and activists from across the Asia-Pacific region.

But my participation in DRAPAC started long before I arrived in Manila. Throughout the first half of 2026, through the Connect, Defend, Act! program, I had been engaging with civil society actors at workshops held across different regions.

Moving in harmony with one another

During a session on collective care at one of them, we asked if abstract principles like human rights, solidarity, resilience, and collective care could be translated into concrete care practices. If so, what would that look like?

One group responded with a local expression: “Na Pada Ajong Ta.” It means to move in harmony with one another, walking side by side and sharing a common rhythm.

I was instantly struck by the phrase.

AI outputs are shaped not only by data, but also by the social, political, and economic structures that determine whose knowledge is collected, whose views and experiences are prioritized, and whose realities are ignored

We are constantly being told to “unite” by both figures of authority and agents of change. But what they want is us to move in the same direction, at the same pace, and with the same voice. Yet perhaps what we need is something closer to “Na Pada Ajong Ta,” walking side by side without marching in lockstep.

Resilience is important, but so is interrogating power

The DRAPAC Assembly took me back to these questions about power, accountability, humanity, and collective care, especially in the discussions on how we frame activists and human rights defenders.

An important discussion revolved around the growing glorification of the “resilience” of activists and human rights defenders. Stories of sacrifice, adaptation, and perseverance are often presented as inspiring accounts of brave individuals fighting for justice in increasingly challenging environments.

Yet I found myself wondering: What happens when resilience becomes an unquestioned virtue? What if our admiration for people’s endurance blinds us to the systems that oppress them? Or traps us in a worldview that celebrates those strong enough to endure, while those who struggle or fall behind are quietly left to fend for themselves?

So, interrogating power in conversations about resilience also means challenging a narrow understanding of collective care. It should not be reduced to practices that merely keep us strong enough to survive hostile conditions. Collective care should also make us question, resist, and transform the very systems of power that generate harm.

AI (just like any other technology) is never neutral

Throughout DRAPAC, countless sessions explored different dimensions of Artificial Intelligence (AI). For me, the most interesting ones treated AI as a political development.

One recurring insight was that AI outputs are shaped by far more than users’ prompts. They are also influenced by invisible system prompts, training datasets, institutional priorities, commercial interests, and political decisions embedded within the technology itself.

In other words, AI reflects the values, assumptions, and most importantly, the power relations built into it.

One of the most well-known principles in computer programming is the phrase “Garbage In, Garbage Out” (GIGO). At its simplest, the principle suggests that the quality of an output depends on the quality of the input.

But after the discussions at DRAPAC, I have come to see GIGO as more than a technical principle. It is also a political one. “Garbage In, Garbage Out” is ultimately a question of power. AI outputs are shaped not only by data, but also by the social, political, and economic structures that determine whose knowledge is collected, whose views and experiences are prioritized, and whose realities are ignored.

The power of the attention economy

Writer and scholar Alfie Bown’s 2022 book, Dream Lovers: The Gamification of Relationships, explores how human desires are increasingly shaped to suit certain economic and political agendas, creating a profound dependency on algorithm-driven technology.

At DRAPAC’s “Algorithm Anonymous” session, we also explored how digital platforms are actually systems of control designed to both capture attention and influence habits, desires, and emotional attachments.

We started off by acknowledging that our choices, behaviors, and things we pay attention to online are often shaped by algorithms. And we examined the deceptive design tricks used by websites and apps that get users to do things they hadn’t planned to, like buying something, sharing more data, or signing up for services.

Then we reflected on how social media, fitness applications, and health platforms create validation loops that encourage continuous engagement, often treating privacy and user agency as an afterthought.

The many forms power takes

As I left DRAPAC, I couldn’t help but think that Arundhati Roy’s reminder to “respect strength, never power,” is perhaps not enough. Because strength, much like power, also has layers that need to be scrutinized and questioned. And while doing so, we also need to re-examine our own roles and individual social and political identities.

We must be clear on where we stand in relation to the systems and structures around us. That doesn’t mean to stop questioning power, but to remain curious about the many forms it takes, including those we may have internalized without realizing it.

Chatbots and AI companions have rapidly moved from science fiction into everyday life. Credit: Shutterstock

By Joseph Chamie
PORTLAND, USA, Jun 15 2026 (IPS)

AI chatbots and AI companions designed to simulate human-like conversation and provide relationships and companionship through generative artificial intelligence (AI) have rapidly evolved from science fiction into everyday reality.

Globally, approximately one billion people – about 12% of the world’s population – now use generative AI chatbots monthly, with usage approaching parity among men and women.

Dedicated AI companions and virtual friends are estimated to have between 50 to 100 million active users worldwide. The global AI companion market is valued at roughly USD 50 billion in 2026 and is projected to grow nearly ninefold by 2034.

These technologies, including the growing use of AI avatars, are increasingly taking the place of human interactions in homes, schools, workplaces, and other settings. Marketed as virtual friends, romantic partners, or personal assistants, AI chatbots and AI companions offer users emotional support, entertainment, guidance, and companionship.

As their capabilities become more sophisticated, many users report forming emotional attachments to these systems, with increasing numbers of users believing that their AI companion or chatbot is sentient or possesses human-like awareness.

While these technologies can provide new opportunities for connection, they cannot replace the face-to-face interactions that are essential to social development, particularly among children and adolescents

Advances in robotics are also moving AI companions beyond screen-based interactions into the physical world. With increasingly human-like appearances, behaviors, and communication abilities, these systems are becoming more sophisticated and human-like in the way they interact with people.

Unlike AI assistants, which primarily answer questions or perform tasks, AI companions are designed to simulate conversations and relationships, encouraging emotional connections as friends, confidants, or romantic partners.

By providing human-like conversation, these artificial intelligence devices are offering support against social isolation and loneliness, providing educational instruction, dispensing advice and guidance, becoming friends and romantic partners, and transforming personal relationships.

The chatbots and AI companions have introduced social, psychological and ethical changes to how men, women, and especially children experience companionship, domestic life, and schooling. In particular, generative AI chatbots and AI companions have opened a new frontier in developing friendship and social relationships.

Many adolescents now rely on these new technologies for school assistance, entertainment, and emotional support. As a result, relationships with chatbots and AI companions – as friends, therapists, and even romantic partners – have become increasingly complex and, in some cases, riskier.

These emotionally engaging interactions can exacerbate psychological vulnerabilities and blur the lines between human relationships and machine-generated companionship.

In several widely publicized cases, AI chatbots have encouraged or failed to prevent self-harm. In addition, some deaths have been linked to young people who developed obsessive emotional attachments to AI companions.

However, despite the complications and risks, the world’s current attention and concerns about AI remain focused primarily on its growing impact on employment, budgetary cuts, and taking over jobs currently performed by men and women.

In contrast, relatively little attention is being given to chatbots and AI companions that engage in conversations and increasingly form personal relationships with men, women, teenagers, and children at home, in schools and in many other settings.

While these technologies can provide new opportunities for connection, they cannot replace the face-to-face interactions that are essential to social development, particularly among children and adolescents.

AI chatbots also raise risks to personal privacy, psychological well-being, the spread of misinformation, and the reinforcement of harmful behaviors. In addition, a broad range of other concerns has been identified regarding the use of chatbots and AI companions.

These concerns include delaying social and emotional development among children and teenagers, blurring the distinction between software and reality, encouraging risky behavior, exploiting young people’s emotional needs, reinforcing unhelpful thoughts, distorting users’ sense of reality, and fostering simulated attachments and dependence (Table 1).

Source: Author’s compilation.

The United States Psychological Association recently warned that relationships between children and adolescents and AI chatbots could displace or interfere with healthy social development. The association noted that friendships and social support from other people have long-term benefits for emotional well-being, physical health, and longevity.

Among generative AI chatbots, the leading platforms by market share in May 2026 are generally reported to be ChatGPT, Claude AI, Google Gemini, Microsoft Copilot, Perplexity, and Grok. Several industry analyses place ChatGPT’s share at roughly 50-55%, with Claude AI at about 21% of market share emerging as the second-largest platform (Figure 1).

Source: FirstPageSage.

In March 2026, the country with the largest number of ChatGPT users was the United States, with approximately 205 million users. Following the U.S., the countries with the largest ChatGPT user populations were India, Brazil, Canada, and France (Figure 2).

Source: fatjoe.

It is certainly the case that chatbots and AI companions cannot feel love toward an individual. Nevertheless, hundreds of millions of men, women, and children worldwide are increasingly relying on these technologies for conversation, information, companionship, and non-judgmental interactions.

These technologies may help to address chronic loneliness and social isolation, conditions that have consistently been linked to detrimental effects on physical and mental health and increased risk of premature death. The World Health Organization (WHO) formally recognizes loneliness as a global public health concern, with roughly one in six people worldwide experiencing problematic levels of loneliness.

Chatbots and AI companions can help alleviate loneliness and social isolation by providing readily available conversation and companionship without judgement and expectations. As chatbots, AI companions, and androids become increasingly sophisticated, growing numbers of people are exploring the new forms of emotional connection and intimacy with these technologies.

At the same time, the growing use of chatbots and AI companions for personal relationships raises important social, psychological, ethical, and policy concerns.

Although chatbots and AI companions may help reduce loneliness and social isolation for some users, they also pose risks, especially for children and young people. Because AI systems do not possess genuine empathy and are not trained or licensed as mental health professionals, excessive reliance on them for emotional support may isolate vulnerable individuals and distort perceptions of human relationships.

Debate continues regarding the appropriate level of regulations for these technologies. Some government officials, technology companies, investors, and researchers argue that these new and emerging AI technologies should remain largely unregulated, with people themselves determining how to adapt to these technologies.

Some of the reasons for keeping the development of AI unregulated include: prevents regulatory paralysis; accelerates technological breakthroughs; encourages venture capital investment; maintains global geopolitical competitiveness; promotes national security; prevents market monopolies; benefits national interests; and leads to better lives for men and women.

Others, however, argue that AI chatbot and AI companion technologies need to be regulated in order to protect the mental health of children and young adults; reduce the negative effects of social media and excessive screen time; mitigate risks, deception, bias, discrimination, and misinformation; promote economic stability and fairness; become a public resource; protect human rights and intellectual property; and ensure data privacy.

Among the proposed safeguards and regulations for chats and AI companions are requirements for non-human disclosure, crisis protocols for self-harm, age verification measures, limits on their use in elementary schools, bans on impersonation, and stronger protections for minors.

Fueled in part by technology companies, governments worldwide are moving rapidly to deploy generative AI systems and chatbots in schools, universities, and other settings.

However, the spread of these new AI technologies may pose risks to the development and well-being of children and teenagers, raising concerns among educators, parents, and policymakers. Interactions with AI chatbots, especially when they are intense and prolonged, may contribute to the onset or worsen delusions or mania. Research is also finding that AI companions provide responses that may worsen mental health issues.

Additionally, a recent study reported that reliance on generative AI chatbots may reduce critical thinking engagement in some contexts. Another study has raised concerns that AI chatbots can exploit teenagers’ emotional vulnerabilities, sometimes leading to inappropriate and harmful interactions.

The United States Federation of Teachers recommends “no screens” for children in second grade or younger, and restricting the use of AI chatbots for students in elementary schools. The organization has expressed concerns that excessive screen use may hinder socialization, independent thinking, and critical-thinking development.

The long-term effects of AI chatbots remain uncertain, with researchers just beginning to investigate them. However, classroom teachers and some city officials report that many students are increasingly relying on chatbots for easy answers rather than developing problem-solving and critical-thinking skills.

The U.S. Federation of Teachers has urged elementary schools to avoid using artificial intelligence tools like AI chatbots with students and called for national privacy and safety standards governing AI use in schools.

Research suggests that chatbots and AI companions may pose several risks, particularly for teenagers. Concerns include emotional dependency, declining mental health, harmful interactions, and revealing sensitive personal information, including mental health issues and sexual orientation.

Reliance on chatbots and AI companions for emotional support may also contribute to social isolation and interfere with the development of normal human relationships. Because these technologies are designed to simulate emotional intimacy, they can blur the line between genuine human connections and artificial interactions.

A risk-assessment study found that inappropriate dialogue could be readily elicited from chatbots on topics such as sex, self-harm, violence, drug use, and racial stereotypes, raising concerns about their influence on vulnerable users, particularly children and adolescents.

In conclusion, chatbots and AI companions have rapidly moved from science fiction into everyday life. They increasingly exhibit human-like characteristics, including natural-sounding human voices, memory of past interactions, continuous processing of personal information, apparent preferences, constant availability, and the ability to provide companionship and guidance on personal and social matters.

Public discussion of generative AI has focused largely on employment and job displacement, while less attention has been given to its social, psychological, and ethical effects. As chatbots and AI companions become more capable and widely used, concerns about their impact on the well-being, development, and relationships of young people are likely to become increasingly important for parents, educators, policymakers, and technology developers.

Joseph Chamie is a consulting demographer, a former director of the United Nations Population Division, and author of many publications on population issues.

A digital meeting by Brazil’s Ministry of Science and Technology to discuss the use of artificial intelligence in the public sector. Remote work and debates have also increased the demand for digital infrastructure by boosting long-distance communication. Credit: Rodrigo Cabral / Ascom MCTI

By Mario Osava
RIO DE JANEIRO, May 30 2025 (IPS)

Brazil hopes to soon reap benefits of its largely renewable energy matrix. Data centers, whose demand is growing with the strides made by artificial intelligence, are the new frontier for these still-uncertain investments."The most serious issue in the government's program is that it aims to subsidize data centers for big tech companies... they propose bringing in data centers for Google, Facebook, Microsoft, and others, with all the benefits." — Carlos Afonso.

This is even a matter of “digital sovereignty,” not just for Brazil, according to Dora Kaufman, a professor in the program on intelligent technologies and digital design at the Pontifical Catholic University of Sao Paulo.

Nearly 60% of all Brazilian data processing currently takes place in the United States—and the figure continues to rise—posing a serious risk, as a natural disaster or government blockade could paralyze the country, she warned. “The probability of it happening is low, but the impact would be huge,” she told IPS by phone from São Paulo.

The National Data Center Policy is expected to change this scenario, according to the Brazilian government, which has promised to soon unveil the program. Its potential could attract two trillion reais (around US$350 billion) over the next 10 years, claims Finance Minister Fernando Haddad.

Exemptions from federal taxes and reduced import duties on equipment are among the incentives the government will offer investors. These measures anticipate policies already outlined in the recently approved tax reform, which will fully take effect by 2033.

The abundance of renewable energy, water, and land could also serve as a major draw in a world increasingly demanding sustainability in new projects.

Engineering and computer science students in Rio de Janeiro will form an essential workforce for the expanding digital economy, fueled by the government’s policy to encourage the proliferation of data centers in Brazil. Credit: Tomaz Silva / Agência Brasil

High Costs in Brazil 

Processing data in Brazil is 25% more expensive than abroad, primarily due to the tax burden, noted Kaufman. Removing this obstacle would pave the way for a surge in data centers, as “we have more than enough renewable energy and water,” she argued.

“Brazil has everything it takes to host many data centers, and the challenges are solvable. We need them not just to develop artificial intelligence but also for the growing digitalization of government and businesses,” she emphasized.

However, the voracious energy and water demands of digital infrastructure—especially for AI—are raising concerns among environmentalists and experts in energy and communications.

“Brazil first needs to implement a real energy transition. So far, we’ve only added renewable sources alongside fossil fuels. A just transition remains a huge challenge, requiring the electrification of transport—a priority due to the climate crisis,” said Alexandre Costa, a professor at the Federal University of Ceará in northeastern Brazil.

TikTok plans to set up a data center in Caucaia, a city of 355,000 residents in Ceará. Just 35 kilometers away, the Pecém port—which includes an industrial zone—has plans for a green hydrogen production hub, another major consumer of water and electricity.

Pecém already hosts a thermoelectric plant and a steel mill, both of which are highly water-intensive.

In the industrial zone of the Pecém port, in Ceará, wind turbine blades are manufactured. Nearby, there are plans to produce green hydrogen for export to Europe. The high consumption of electricity and water worries environmentalists in this and other regions of Brazil where large data centers are planned. Credit: Mario Osava / IPS

 Fossil Fuels Still Dominate

The Northeast, Brazil’s poorest region, has become an attractive location for projects claiming to be sustainable, as it is already the country’s largest wind power producer and holds vast potential for solar energy.

However, the exploitation of strong, steady winds and abundant sunlight has already sparked criticism and protests from local communities. The expansion of these projects is encroaching on increasing amounts of land, creating conflicts with local populations and small-scale farming, noted Costa, a physicist specializing in meteorology and climate change.

Nationally, renewable sources accounted for 86.1% of electricity consumption in 2022, according to the government’s Energy Research Company. However, fossil fuels still made up 52.7% of Brazil’s total energy matrix, dominated by oil and natural gas, while coal held a small 4.4% share.

This means Brazil, where freight transport is still heavily reliant on diesel trucks, still has a long way to go in reducing fossil fuel consumption. This transition will require even more electricity.

Data centers will bring additional energy demand to an economy already anticipating a surge in consumption—driven by green hydrogen projects, artificial intelligence, and vehicle electrification, Costa warned IPS in a phone interview from Fortaleza, Ceará’s capital.

The same applies to water resources. “There’s no way to meet an infinite demand for these inputs,” he stressed. In his view, Brazil lacks an energy model that balances new demands, priorities, and the need for an increasingly clean energy matrix.

The electrification of vehicles is increasing electricity demand. Data centers create additional pressure on power generation from renewable sources to meet Brazil’s goals of reducing greenhouse gas emissions. Credit: Marcelo Camargo / Agência Brasil

Dependence 

“The most serious issue in the government’s program is that it aims to subsidize data centers for Big Techs. We need them for our national networks, yet they’re proposing to bring in data centers for Google, Facebook, Microsoft, etc., with all the benefits,” criticized Carlos Afonso, a communications technology expert and one of the pioneers of the internet in Brazil.

He pointed to the lack of such infrastructure for public entities like Serpro (Data Processing Service) and Dataprev (social security database), which are vital for government operations, as well as the National Research Network that connects universities and other scientific and innovation institutions.

“Will they have to rely on data centers from these Big Techs in Brazil?” he questioned in a conversation with IPS.

It appears that both the government’s program for this sector and its green hydrogen initiative are primarily designed to meet external demands, with the goal of creating exportable goods and services.

This is why Kaufman argues for imposing conditions on data centers established in Brazil, such as sustainability based on renewable energy and zero greenhouse gas emissions, energy efficiency, and  allocating at least 10% of installed capacity to the domestic market.

The expert believes that the large data centers to be installed in Brazil will primarily serve AI training, which minimizes latency, the milliseconds of delay in long-distance communication from origin to destination.

But the reality—both in Brazil and globally—in the digital economy is one of deep dependence on the United States, a situation exacerbated by the policies of President Donald Trump, who prioritized the interests of the United States above all else, even international treaties.

“Three Big Tech companies from the United States—AWS/Amazon, Microsoft, and Google—control 63% of global data processing, forming a true oligopoly,” emphasized Kaufman. That dominance is expected to grow to 80%, she added.

According to the global statistics portal Statista, as of March 2025, the United States had 5,426 data centers—more than 10 times the number in Germany (529), the UK (523), or China (449).

The imbalance is even starker in hyperscale data centers, those occupying more than 930 square meters and housing over 5,000 servers. By the end of 2024, the United States accounted for 54% of global processing capacity, compared to 16% for China and 15% for Europe, according to Synergy Research Group.

In 2024 alone, 137 new data centers were built—a 13.7% growth rate—in a trend expected to continue, driven largely by advancements in artificial intelligence, notes the analytics and consulting firm based in the United States.

The infrastructure powering the digital economy, already connecting two-thirds of humanity and expanding rapidly with innovations like cloud computing and AI, remains largely unseen.

While cables, including intercontinental submarine lines, satellites, and telecom networks are well-known, data centers—the “brains” that store, process, and distribute information—operate in relative obscurity. Yet, they have become massive and strategically critical as global data traffic surges exponentially.

Women in Kilema village harvest orange sweet potatoes. Credit: Kizito Makoye/IPS

By Kizito Makoye
KILIMANJARO, Tanzania , Dec 4 2024 (IPS)

In the sun-scorched soils of Moshi, where every drop of rain counts, two female farmers have defied the odds through technology. Mwajuma Rashid Njau and Mumii Rajab, once locked in a daily struggle to survive, have found a mobile phone their best ally.

For years, farming was a way of life they struggled to master. Their fields, a patchwork of red earth and wilting crops, symbolized hardship rather than prosperity. Pests came with the seasons, the soil quality deteriorated, and their harvests barely provided enough to feed their families. But now, a simple app—Kiazi Bora—has changed everything.

On a sweltering afternoon, Njau was out in the field, staring helplessly at the rows of wilting sweet potatoes ravaged by pests, when he realized things could be different. She had no idea how to stop it—until she opened the Kiazi Bora app on her phone.

“This app has changed everything,” Njau, 38, says with a tired but hopeful smile. “I didn’t know where to start, but now I can check my phone, and it tells me exactly what to do.”

The Kiazi Bora app, designed specifically for small-scale farmers like Njau and Rashid, focuses on helping them grow nutritious orange-fleshed sweet potatoes (OFSP) to feed their families and earn income. The app offers simple instructions on planting and pest control to farmers with little education.

The app, Kiazi Bora (“quality potatoes” in Kiswahili), wasn’t just another farming tool—it was powered by cutting-edge AI voice technology. And for the first time, it spoke their language.

Creating Kiazi Bora wasn’t easy. Kiswahili, a language spoken by over 200 million people, presented unique challenges for AI developers. The problem? There simply wasn’t enough high-quality voice data to train the technology.

“One of the biggest challenges has been the availability of diverse, high-quality data,” said EM Lewis-Jong, Director of Mozilla Common Voice, a global project dedicated to making AI accessible to speakers of underrepresented languages.

“Kiswahili is a diverse language with many regional variants, and our tools are primarily designed for English, which complicates things further.”

To solve this issue, SEE Africa, the nonprofit behind Kiazi Bora, turned to Mozilla’s Common Voice platform. Unlike other AI data collection methods, which often rely on scraping the web or underpaid gig workers, Common Voice harnesses the power of community. “We use a crowd-sourced model where people voluntarily contribute their voice data,” explained Lewis-Jong. “This ensures that the data reflects the true diversity of the language, including different accents and dialects.”

This community-driven approach has already seen tremendous success. In Tanzania, the Kiazi Bora app is now used by over 300 women, empowering them with knowledge on how to grow and market their crops. “These women are learning in Kiswahili, their first language, which makes a huge difference,” noted Gina Moape, Community Manager for Common Voice. “We’ve seen firsthand how access to information in their own language improves both their nutrition and their ability to participate in economic activities.”

But Kiazi Bora is just one example of how voice-enabled technology can make a real impact.

For Mozilla, these projects reflect a broader vision: democratizing AI so that it serves everyone, not just speakers of dominant languages. “If data creation is left to for-profit companies, many of the world’s languages will be left behind,” said Lewis-Jong. “We want a world where people can create the data they need, capturing their language as they experience it.”

That’s why Mozilla’s Common Voice is not just a tool but a movement. Its open-source platform allows communities to collect and contribute voice data that anyone can use, fostering local innovation across Africa. “We’re particularly excited about the potential for African languages,” Lewis-Jong added. “Our long-term vision is to integrate more African languages into global voice recognition technologies, and Common Voice is a critical part of making that happen.”

For Rashid, 42, who had once lived in uncertainty, the app was a useful tool. “Before, I felt powerless,” she recalls. “When pests attacked, I would just watch as my crops withered. Now, I can fight back. I know what to do.”

Both women have honed their skills and improved crop yields. The app taught them how to manage soil health, optimize planting schedules, and handle pest outbreaks.

Their orange-fleshed sweet potatoes stand out in contrast to the dusty earth, a sign of resilience and renewal.

The duo, who were entangled in a cycle of poverty, now speak with pride about their success.

“We’ve learned to control our future,” Njau says.

Through Kiazi Bora, Njau and Rajabu have unlocked opportunities to improve their livelihoods and break free from poverty.

Njau, who had to drop out of school when her family moved to a remote village, calls the app her “teacher.” She explains, “I never completed school, but this app has taught me everything I need to know about farming. It’s like a teacher that’s always there when I need it.”

The voice-enabled Kiswahili features make it user-friendly. “The app speaks to me in a language I clearly understand,” Njau says.

Through the app, Njau and Rajabu learned how to process potatoes into flour and pastries, which fetch a higher market price.

Rajabu explains, “I didn’t know you could make flour from sweet potatoes or that you could sell it for more money. Now, I have customers who buy the flour because it lasts longer than fresh potatoes.” This new skill has allowed them to diversify their income.

In just a year, their income increased from zero to USD 127 per month. The extra income has enabled them to take care of their families, reinvest in their farms, and secure a better future. “With the money I’ve made, I’ve been able to send my children to school and even save some for emergencies,” says Njau.

The potatoes, which are rich in vitamins, have helped them fight malnutrition in their communities. While neither Njau nor Rajabu had children with malnutrition, they both knew families who struggled with it. Thanks to the app, they now understand the importance of incorporating OFSP into their daily meals to ensure their children stay healthy.

Rajabu was quick to share the app with her relatives. “I told my sister about it, and now she’s also growing OFSP. Her children are healthier, and she’s even making money from selling sweet potato flour,” she says proudly.

For both women, the app has empowered them as farmers, businesswomen and community leaders. “I feel confident now,” Rajabu says. “This app has changed my life, and I know it can help other women like me.”

Both Njau and Rajabu see immense potential for Kiazi Bora to help other rural women. They advocate for expanding the app beyond OFSP farming to include other crops like vegetables and edible roots, as this could further diversify their income streams and enhance food security in their communities.

“Women in rural areas need this technology,” Rajabu emphasizes. “We need to make sure that we can feed our families and earn better incomes.”

IPS UN Bureau Report

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