Munakyalo Agrofresh

The specific problem we are addressing is post-harvest loss among smallholder farmers due to inadequate storage facilities and lack of access to refrigeration. This issue leads to significant food waste, economic losses, and reduced food security in ruralcommunities, where many smallholder farmers rely on their crops for income and sustenance.

Globally, the Food and Agriculture Organization (FAO) estimates that one-third of all food produced for human consumption is lost or wasted. In sub-Saharan Africa, post-harvest loss accounts for up to 50% of total crop yield, particularly for perishable products like fruits and vegetables. This loss not only affects individual farmers but also contributes to broader issues such as food insecurity, poverty, and environmental degradation.

Several factors contribute to the problem, including:

- Lack of cold storage: In many rural areas, there is limited or no access to refrigeration, leading to spoilage of perishable goods.

- Unreliable electricity: Traditional storage methods often rely on electricity, which can be unreliable or nonexistent in rural settings.

- Transportation delays: Slow and inefficient transportation networks exacerbate spoilage as goods spend longer in transit.

- Economic constraints: Many smallholder farmers cannot afford advanced storage solutions, leading to reliance on traditional methods that are often inadequate.

Our solution addresses these challenges by providing solar-powered IoT cooling hubs that offer sustainable and efficient cold storage to smallholder farmers. By utilizing solar energy, our cooling hubs overcome the issue of unreliable electricity, ensuring consistent refrigeration. The integration of IoT technology allows for real-time monitoring and management of the storage environment, optimizing temperature and humidity to reduce spoilage.

Through our solution, we aim to significantly reduce post-harvest loss, thereby increasing the income and food security of smallholder farmers. Furthermore, by reducing food waste, we contribute to environmental sustainability and mitigate the impact of agriculture on climate change. This approach has the potential to benefit thousands of smallholder farmers in the communities where we operate and, by extension, contribute to addressing a global problem.

Our solution is a solar-powered IoT cooling hub designed to reduce post-harvest loss among smallholder farmers by providing sustainable and efficient cold storage. This innovative solution is tailored to rural and off-grid areas where access to electricity is limited or unreliable.

The cooling hub is essentially a modular, container-based refrigeration unit equipped with solar panels, which harness solar energy to power the refrigeration system. Here is a breakdown of how it works and what technology it uses:

1. Solar energy capture: The cooling hub is fitted with high-efficiency solar panels that convert sunlight into electricity. This setup allows the hub to operate in remote locations where grid-based electricity is unavailable or intermittent.

2. Battery storage: To ensure continuous operation, especially during nighttime or cloudy conditions, the hub is equipped with a battery storage system. This system stores excess energy generated during peak sunlight hours and provides a consistent power supply to the refrigeration unit.

3. Refrigeration technology: The core of the cooling hub is a high-efficiency refrigeration system designed to maintain optimal temperature and humidity levels. It uses environmentally friendly refrigerants to minimize the environmental impact.

4. IoT integration: Our cooling hub incorporates Internet of Things (IoT) technology, enabling remote monitoring and control. Sensors within the unit collect real-time data on temperature, humidity, and other critical parameters. This information is transmitted to a centralized platform where users can monitor and adjust settings as needed. The IoT integration allows for proactive maintenance, alerting operators to potential issues before they lead to equipment failure or spoilage.

5. User-friendly design: The cooling hub is designed to be user-friendly, with simple controls and easy access for loading and unloading produce. It can accommodate a variety of crops and is suitable for use by individual farmers or cooperatives. The modular design allows for scalability, enabling multiple units to be connected for larger storage capacity.

6. Community impact: The cooling hub not only reduces post-harvest loss but also creates opportunities for farmers to store and sell produce at higher prices, improving their income and food security. By reducing food waste, the solution contributes to environmental sustainability, helping to lower greenhouse gas emissions and reduce the strain on agricultural resources.

In conclusion, our solar-powered IoT cooling hub provides a practical, scalable, and environmentally conscious solution to the problem of post-harvest loss among smallholder farmers. It bridges the gap between technology and agriculture, delivering tangible benefits to rural communities.

Our solution serves smallholder farmers, predominantly in rural and off-grid areas, where access to reliable cold storage and energy infrastructure is limited. This target population comprises individuals and families who depend on agriculture as their primary source of income and sustenance. They often work on small plots of land, growing a variety of crops for both personal consumption and local markets.

Who are they?

Smallholder farmers in these regions face numerous challenges, including:

- Limited access to infrastructure: Many rural areas lack reliable electricity, roads, and other essential infrastructure, making it difficult for farmers to access markets or store their produce.

- Post-harvest loss: Without proper storage facilities, farmers lose a significant portion of their crops due to spoilage, leading to food waste and reduced income.

- Market limitations: With limited cold storage, farmers are forced to sell their produce quickly, often at lower prices due to market saturation, which reduces their bargaining power.

- Climate vulnerability: These farmers are often at the mercy of weather fluctuations, which can affect crop quality and yield.

How will our solution impact their lives?

Our solar-powered IoT cooling hubs aim to directly and meaningfully improve the lives of smallholder farmers by addressing these challenges in the following ways:

- Reduced post-harvest loss: The cooling hubs offer reliable cold storage, allowing farmers to store their produce for longer periods without spoilage. This reduction in post-harvest loss leads to higher quality produce and less food waste.

- Increased income and market access: By enabling farmers to store their crops, the cooling hubs provide them with greater flexibility in timing their sales. This flexibility allows farmers to sell when market prices are higher, leading to increased income and better bargaining power.

- Improved food security: The ability to store produce for longer periods enhances food security for the farmers and their families, reducing their vulnerability to food shortages or price fluctuations.

- Enhanced community development: The cooling hubs serve as communal resources, allowing multiple farmers to benefit from shared storage. This communal approach fosters cooperation and strengthens community bonds.

- Environmental sustainability: The solar-powered aspect of the cooling hubs ensures that the solution is sustainable and does not rely on fossil fuels, contributing to reduced carbon emissions and promoting environmentally friendly practices.

- Access to technology and data: The IoT integration allows farmers to monitor and manage their produce remotely, providing them with valuable data to optimize storage conditions and make informed decisions about their crops.

In conclusion, our solution addresses critical needs within the smallholder farming community, helping to create a more sustainable and prosperous future for these underserved populations. The benefits extend beyond individual farmers, positively impacting the broader community and promoting sustainable agricultural practices.

Our team is uniquely positioned to deliver this solution because of our deep connections with the communities we serve, our firsthand understanding of the challenges they face, and our commitment to creating solutions that truly address their needs. Here is why we are the right people to design and deliver this solution:

1. Local roots and connections: Our team is composed of individuals who come from rural and agricultural communities. This proximity to our target population means we understand the local context, culture, and language. We have built strong relationships with community leaders, farmer cooperatives, and local organizations, allowing us to gain valuable insights into the needs and aspirations of smallholder farmers.

2. Community-centric design: The design and implementation of our solution have been driven by direct feedback from the communities we serve. We conducted extensive field research and engaged in open dialogues with farmers to identify their pain points and gather their ideas. This collaborative approach ensures that our solution is not only technically sound but also culturally relevant and user-friendly.

3. Multidisciplinary expertise: Our team combines expertise in agriculture, engineering, business development, and social impact. This multidisciplinary approach allows us to address the complex challenges faced by smallholder farmers holistically. We have agricultural specialists who understand the specific crops and farming practices in these regions, engineers who design and implement solar-powered IoT solutions, and business experts who develop sustainable business models that benefit the community.

4. Diverse representation: We believe that diversity is a strength, and our team reflects this value. We have team members from different backgrounds, genders, and age groups, ensuring that our solution is inclusive and considers a wide range of perspectives. This diversity also helps us connect with a broader segment of the community and gain trust and support.

5. Partnership with local organizations: To enhance our ability to deliver this solution effectively, we have partnered with local NGOs, agricultural extension services, and community-based organizations. These partnerships provide us with additional resources, expertise, and networks to ensure our solution's successful implementation and sustainability.

6. Iterative development and feedback loops: Our approach to solution design involves continuous iteration and feedback loops. We regularly gather feedback from the community and use it to refine our product and service offerings. This iterative process ensures that our solution evolves with the changing needs of the community and remains relevant over time.

In summary, our team's proximity to the communities we serve, combined with our multidisciplinary expertise, diverse representation, and commitment to community-centric design, makes us well-positioned to deliver this solution. By engaging with the target population and incorporating their feedback, we can create a solution that has a lasting and meaningful impact on their lives.

We selected the scale stage because we have successfully developed, tested, and deployed our solar-powered IoT cooling hubs in several agricultural communities, and are now prepared to scale our solution to reach a broader audience. Here is a detailed breakdown of what we've achieved so far:

1. Prototype development and testing: Our initial focus was on designing a prototype that met the needs of smallholder farmers. We worked with agricultural experts, engineers, and local farmers to create a solar-powered IoT cooling hub that could effectively preserve perishable crops and reduce post-harvest losses. The prototype underwent rigorous testing in real-world conditions, ensuring it was robust, efficient, and easy to use.

2. Pilot deployment and customer feedback: We launched a pilot program in multiple farming communities to evaluate the effectiveness of our solution. During this phase, we deployed 2 cooling hubs and provided training to farmers on their use. We gathered feedback from the users to identify areas for improvement and ensure the technology was meeting their needs.

3. Positive customer impact and adoption: Our pilot program has served over 5000 smallholder farmers, with tangible results. Farmers reported a significant reduction in post-harvest losses, leading to increased income and improved food security. The IoT capabilities of the cooling hubs allowed farmers to monitor and control storage conditions remotely, enhancing operational efficiency and reducing waste.

4. Local partnerships and community support: We built strong partnerships with local agricultural cooperatives and community-based organizations, which facilitated the smooth deployment of our solution. These partnerships have been crucial in gaining the trust of farmers and ensuring widespread adoption of our cooling hubs.

5. Scalability and expansion: With the success of our pilot program, we developed a scalable business model to expand our reach. Our team has designed an efficient distribution and support system that allows us to deploy cooling hubs in new regions rapidly. We are now ready to scale our solution to serve thousands of farmers across multiple regions, leveraging our established partnerships and proven track record.

In summary, we have successfully built and tested our solar-powered IoT cooling hubs, serving over 5000 smallholder farmers and reducing post-harvest losses. The positive customer impact and support from the local community have validated our approach, and we are now ready to scale our solution to reach a broader audience.

We are applying to Solve because we believe that the collaborative ecosystem and diverse network of partners that Solve offers will help us overcome specific financial, technical, legal, and market barriers. Our aim is to leverage Solve's extensive resources and expertise to advance our solar-powered IoT cooling hubs and bring significant benefits to smallholder farmers. Here is a detailed explanation of how Solve can support us:

1. Access to expertise and mentorship: As a startup in the agricultural technology sector, we face technical and operational challenges that require specialized knowledge. Solve's network of experts and mentors can provide valuable insights and guidance, helping us refine our technology, improve our business processes, and scale more effectively. This mentorship will be crucial in addressing technical barriers and optimizing our solution's performance.

2. Connections to strategic partnerships: Solve's platform provides an opportunity to connect with a wide range of partners, including corporations, NGOs, academic institutions, and government agencies. These connections facilitate collaborations that open doors to new markets, increase our solution's visibility, and create synergies with other organizations. This could help us overcome market barriers and enhance our outreach to underserved farming communities.

3. Support for navigating legal and regulatory challenges: As we expand our operations, we encounter legal and regulatory requirements that vary by region. Solve's network includes legal experts and policy advisors who can assist us in navigating these complexities. This support is essential to ensure compliance and mitigate risks as we scale our solution to new areas.

4. Opportunities for co-creation and innovation: Solve's focus on innovation and collaboration aligns with our approach to problem-solving. By participating in Solve, we can engage with other Solver teams and industry experts to explore new ideas, share best practices, and co-create innovative solutions. This collaborative environment can spark creativity and lead to breakthroughs in addressing environmental and agricultural challenges.

5. Capacity building and knowledge sharing: Solve offers a platform for knowledge sharing and capacity building, which can be invaluable in empowering our team and the farmers we serve. Through workshops, training sessions, and peer-to-peer learning, we can enhance our skills, improve our business acumen, and strengthen our capacity to deliver impact.

While financial support is always welcome, our primary goal in applying to Solve is to gain access to a collaborative community that can help us overcome barriers and accelerate our impact. We are eager to engage with like-minded innovators, build meaningful partnerships, and leverage Solve's unique resources to scale our solution and make a lasting difference in the lives of smallholder farmers.

Our solar-powered IoT cooling hubs represent a truly innovative solution for smallholder farmers, addressing critical challenges in agricultural productivity, food security, and environmental sustainability. Here is what makes our solution innovative and how it could drive broader positive impacts in the agricultural sector:

Unique integration of technology and renewable energy

Our solution combines solar energy with Internet of Things (IoT) technology to create a sustainable, efficient, and scalable cooling system for farmers. This integration is innovative in several ways:

1. Solar-powered operation: By harnessing renewable solar energy, our cooling hubs operate off-grid, reducing dependence on fossil fuels and lowering carbon emissions. This approach is environmentally friendly and ideal for rural and remote areas with limited access to conventional energy sources.

2. IoT-enabled smart monitoring: Our cooling hubs use IoT sensors to monitor temperature, humidity, and other environmental parameters in real-time. This technology allows farmers to track and manage their stored produce more efficiently, reducing post-harvest losses and ensuring product quality. The IoT-based system also facilitates predictive maintenance, minimizing downtime and optimizing performance.

Addressing a critical gap in agricultural infrastructure

Post-harvest losses are a significant issue for smallholder farmers, often leading to reduced income and food insecurity. Our solution tackles this problem by providing a reliable, cost-effective, and sustainable method to preserve and store agricultural produce. This innovative approach has the potential to transform the agricultural landscape by:

1. Improving food security: By reducing post-harvest losses, our cooling hubs help increase the availability of fresh produce, contributing to food security and reducing waste. This impact can be especially profound in regions where food insecurity is a persistent challenge.

2. Enhancing farmer income: With better preservation methods, farmers extend the shelf life of their products from 2 to 21 days, allowing them to sell during off-seasons or in higher-priced markets. This flexibility significantly improve farmers' income and economic stability.

Catalyzing broader positive impacts

Our solution has the potential to drive broader changes in the agricultural sector and beyond:

1. Inspiring innovation: By demonstrating the effectiveness of solar-powered IoT cooling hubs, we inspire other innovators to explore similar solutions, leading to a broader adoption of renewable energy and smart technologies in agriculture.

2. Creating a new market segment: The success of our solution could lead to the development of a new market segment focused on sustainable post-harvest solutions. This shift could attract more investment and innovation in the agricultural sector, driving further positive impacts.

3. Scaling to other applications: While our primary focus is on smallholder farmers, our technology has the potential to be adapted for other applications, such as cold storage in healthcare or community-based refrigeration. This flexibility could further expand our solution's impact and create new opportunities for positive change.

Our solution, solar-powered IoT cooling hubs, aims to tackle a significant challenge faced by smallholder farmers: post-harvest losses due to inadequate storage and cooling facilities. Our Theory of Change outlines how our activities will lead to immediate outputs and longer-term outcomes, ultimately creating a positive impact on the target population. Here’s how it works:

Problem Statement

Smallholder farmers often suffer from substantial post-harvest losses due to a lack of access to adequate storage and cooling infrastructure. This leads to reduced income, increased food insecurity, and overall economic instability in rural communities. Addressing this issue requires innovative, sustainable solutions that are both accessible and scalable.

Activities

To address this problem, we implement the following activities:

1. Design and install solar-powered cooling hubs: We design and install cooling hubs equipped with solar panels and IoT sensors. These hubs are strategically located in farming communities to maximize accessibility and usage.

2. Provide training and technical support: We conduct training sessions for farmers and community members to educate them on the use and maintenance of the cooling hubs. We also provide ongoing technical support to ensure the system's reliability and longevity.

3. Develop partnerships: We collaborate with local cooperatives, agricultural organizations, and government agencies to ensure broad adoption and sustainability of the solution.

Immediate outputs

The outputs from these activities include:

1. Reduced post-harvest losses: The cooling hubs provide a reliable and efficient means to store and preserve produce, resulting in a significant reduction in post-harvest losses.

2. Increased farmer income: With reduced losses and the ability to store produce for longer periods, farmers can sell their products at more advantageous times, leading to increased income.

3. Enhanced community knowledge: Through training and technical support, community members gain valuable skills and knowledge related to the operation and maintenance of the cooling hubs.

Longer-term outcomes

The immediate outputs lead to the following longer-term outcomes:

- Improved food security: With less post-harvest loss, communities have access to a more stable and diverse food supply, contributing to overall food security.

- Economic growth in rural areas: As farmers' income increases, the local economy benefits from increased spending and investment, leading to broader economic growth in rural areas.

- Environmental sustainability: By utilizing solar energy, our solution reduces reliance on fossil fuels and decreases greenhouse gas emissions, contributing to environmental sustainability.

Evidence and supporting research

Our Theory of Change is supported by:

1. Research on post-harvest losses: Studies show that post-harvest losses significantly impact smallholder farmers' income and food security. Our cooling hubs directly address this issue.

2. Data from pilot projects: Preliminary data from pilot installations of our cooling hubs demonstrate reduced losses and increased farmer income, validating the effectiveness of our solution.

3. Interviews with farmers: Feedback from farmers who have used our cooling hubs confirms that they experience tangible benefits in terms of income and reduced waste.

In summary, our solution creates a clear pathway from activities to outputs and outcomes, with a strong evidence base supporting the links between them. Through solar-powered IoT cooling hubs, we expect to have a lasting and meaningful impact on reducing post-harvest losses, increasing farmer income, and promoting environmental sustainability.

Our solution, solar-powered IoT cooling hubs for smallholder farmers, aims to achieve significant impact goals related to reducing post-harvest losses, increasing income for farmers, promoting environmental sustainability, and improving food security. Below are our impact goals and the key performance indicators (KPIs) we use to measure our progress toward achieving them.

Impact goals

1. Reduce post-harvest losses: Our primary goal is to significantly reduce post-harvest losses for smallholder farmers by providing them with efficient, solar-powered cooling solutions. This reduction in losses will lead to greater economic stability and food security in rural areas.

2. Increase farmer income: By reducing post-harvest losses and enabling farmers to store and sell produce at optimal times, we aim to increase their income, contributing to improved livelihoods and economic development in rural communities.

3. Promote environmental sustainability: Our solar-powered cooling hubs aim to decrease reliance on fossil fuels and reduce carbon emissions. This goal aligns with broader efforts to combat climate change and promote environmental sustainability.

4. Enhance food security: By reducing post-harvest losses and increasing income, our solution contributes to improved food security for farmers and their communities.

Key Performance Indicators (KPIs)

To measure our progress toward these goals, we use the following KPIs:

- Reduction in post-harvest losses: We measure the percentage decrease in post-harvest losses among farmers using our cooling hubs compared to those who do not have access to similar technology. This is assessed through surveys and data collection on produce storage and spoilage.

- Increase in farmer income: We track the change in income for farmers using our cooling hubs, analyzing sales data, market trends, and farmer surveys to assess their financial improvement.

- Carbon emissions reduction: To assess our environmental impact, we measure the reduction in carbon emissions resulting from the use of solar power instead of traditional energy sources. This is calculated through energy consumption analysis and carbon footprint assessments.

- Number of beneficiaries: We track the total number of farmers and community members who benefit from our cooling hubs, including those who receive training and support, to measure the reach of our solution.

- Improvement in food security: We monitor changes in food security through surveys that gauge access to food and dietary diversity among the target population. This helps us understand the broader impact on the community's food stability.

Monitoring and evaluation

To ensure accuracy and consistency, we use a robust monitoring and evaluation framework. This involves regular data collection, stakeholder feedback, and third-party evaluations to validate our findings and assess the long-term impact of our solution.

By maintaining clear impact goals and measuring our progress with these KPIs, we aim to create transformational change in the lives of smallholder farmers and contribute to a more sustainable and resilient agricultural ecosystem.

Our solution, solar-powered IoT cooling hubs for smallholder farmers, harnesses a blend of innovative technologies to address post-harvest losses, reduce environmental impact, and empower farmers with real-time data insights. Here is a detailed description of the core technology that powers our solution.

Solar power technology

The cooling hubs are powered by solar energy, which is abundant in many of the regions where smallholder farmers operate. The solar panels installed on the hubs generate clean, renewable energy, significantly reducing the carbon footprint and eliminating reliance on fossil fuels or unstable grid-based electricity. This renewable energy source ensures that the cooling hubs remain operational in remote areas with limited or no access to traditional power infrastructure.

IoT (Internet of Things) integration

Our cooling hubs utilize IoT technology to monitor and control various aspects of the system. Sensors are embedded within the cooling units to track temperature, humidity, and other environmental factors critical for maintaining optimal storage conditions for agricultural products. The data collected by these sensors is transmitted to a central dashboard in real time, enabling farmers and operators to make informed decisions about their produce.

Data analytics and cloud-based platform

The data from the IoT sensors is processed and analyzed through a cloud-based platform. This platform provides users with a user-friendly interface to view temperature and humidity trends, receive alerts for potential issues, and track the status of the cooling hubs. More so, the platform identifies patterns in the data, allowing users to optimize cooling conditions and reduce energy consumption. By offering this cloud-based approach, farmers can access the information from any location, even through mobile devices.

Remote control and automation

To simplify operations, our cooling hubs have remote control capabilities. This allows operators to adjust temperature settings, monitor equipment health, and conduct maintenance remotely. Automation features like automatic temperature adjustment based on sensor readings reduce the need for constant manual intervention, further enhancing the efficiency and ease of use.

Connectivity and communication

The solution incorporates wireless communication technologies such as Wi-Fi and cellular networks to ensure seamless data transmission from the cooling hubs to the cloud platform. This connectivity allows users to stay updated on the cooling hub's performance and receive notifications wherever they are.

Environmental sustainability and resource efficiency

By relying on solar energy and IoT technology, our solution contributes to environmental sustainability. The reduced energy consumption and minimized waste (by preventing spoilage) align with broader sustainability goals. Moreover, using IoT for precision control and data-driven insights ensures resource efficiency, which benefits both the environment and the farmers' economic outcomes.

By combining these advanced technologies, our solar-powered IoT cooling hubs offer a robust and scalable solution to the problem of post-harvest losses, all while promoting environmental sustainability and empowering smallholder farmers with the tools they need to succeed.

Our solution team consists of 20 individuals who contribute in various capacities:

Full-time staff: We have a core team of 8 full-time employees. This includes our management team, engineers, and project coordinators.

Part-time staff: There are 7 part-time employees, mainly focusing on specific technical tasks and customer support.

Contractors and other workers: We also work with 5 contractors who provide specialized services, such as software development, marketing, and logistics.

Together, our team brings a diverse set of skills to ensure the success of our solar-powered IoT cooling hubs.

We have been working on our solar-powered IoT cooling hubs solution for the past 3 years. This time frame encompasses the initial research and development phase, prototyping, pilot testing, and the initial market deployment. Throughout this journey, our team has focused on refining the technology, understanding the needs of our target users, and building partnerships to support the solution's growth and impact. The continuous learning and iteration have been crucial in developing a robust and scalable solution that addresses the cooling and energy needs of smallholder farmers and other underserved communities.

We ensure that our team is diverse, minimizes barriers to opportunity, and provides a welcoming and inclusive environment for all team members through a multi-faceted approach that encompasses recruitment, organizational culture, and ongoing training and development.

Diverse recruitment

We actively recruit talent from a range of backgrounds, focusing on diversity in gender, age, race, ethnicity, sexual orientation, and socio-economic status. Our hiring process is designed to be equitable, with standardized interviews and a focus on skills and potential over traditional metrics like education and experience.

Inclusive culture

Our workplace culture is designed to be inclusive, with policies and practices that encourage open communication, collaboration, and respect for all team members. We foster a safe environment where everyone feels valued and can express their ideas and perspectives without fear of discrimination or retaliation. Team members are encouraged to participate in diversity and inclusion committees, contributing to decision-making and organizational development.

Barriers to opportunity

To minimize barriers to opportunity, we offer flexible working arrangements, mentorship programs, and career development opportunities that cater to different needs and circumstances. Our compensation and benefits are designed to ensure fairness and support for all employees, including those from historically marginalized groups.

Ongoing training

We provide regular training on diversity, equity, and inclusion topics, focusing on unconscious bias, cultural competence, and anti-discrimination practices. This ongoing education helps ensure that all team members are aware of their roles in creating an inclusive environment and have the tools to contribute positively to our company's culture.

Commitment to continuous improvement

We are committed to continuous improvement in our diversity, equity, and inclusion efforts. This includes setting measurable goals, collecting feedback from team members, and making adjustments to our practices as needed. By doing so, we aim to create a workplace where everyone feels welcomed, respected, and supported, and where diverse perspectives are valued as a key driver of our success.

Our business model is designed to deliver value to both our key customers and beneficiaries while ensuring financial sustainability. We operate in the renewable energy sector, providing solar-powered IoT cooling hubs to smallholder farmers, enabling them to preserve their produce, reduce waste, and increase their incomes.

Key customers and beneficiaries

Our key customers are smallholder farmers and rural communities with limited or unreliable access to electricity. These communities often face significant post-harvest losses due to inadequate storage and cooling facilities, resulting in reduced income and food insecurity. By offering solar-powered cooling hubs, we address these challenges.

Products and services

We provide modular, solar-powered IoT cooling hubs designed for the storage and preservation of agricultural produce. These hubs use solar energy to power cooling systems, ensuring consistent and sustainable operation. The IoT technology allows farmers to monitor and manage temperature, humidity, and other key parameters remotely, providing greater control over their produce and reducing spoilage.

Value proposition

The primary value proposition is to reduce post-harvest losses and increase the shelf life of agricultural products, thereby enabling farmers to access broader markets and improve their income. The technology also supports environmentally sustainable practices, as it reduces energy consumption and promotes the use of renewable energy.

Revenue generation

We operate a simple pay-as-you-store model. Farmers and market vendors pay 1440 Uganda Shillings (equivalent of US$0.40) to store one crate per day in the cold hubs. The cold hubs are operated by a store manager, who monitors the loading and unloading of crates, collects the fees, and build relationships in farm clusters and markets.

Delivery and distribution

We work with local partners and agricultural cooperatives to distribute and install the cooling hubs. This network allows us to reach remote and rural communities effectively, ensuring that our products and services are accessible to those who need them most.

Social and environmental impact

By reducing post-harvest losses and supporting smallholder farmers, our business model contributes to food security and economic development in rural communities. The use of solar energy reduces reliance on fossil fuels, promoting environmental sustainability. Through our IoT services, we also enable data-driven agricultural practices, leading to more efficient resource use and reduced environmental impact.

In summary, our business model is centered on providing sustainable, technology-driven solutions that meet the needs of smallholder farmers while generating revenue through our pay-as-you-store model. This approach ensures both financial viability and a positive impact on the communities we serve.

Our plan for financial sustainability involves a multi-faceted approach that encompasses a combination of revenue streams to ensure we can cover operational expenses and continue to grow.

1. Revenue generation: We generate revenue by through the pay-as-you-store model where farmers and market vendors pay 1440 Uganda Shillings (equivalent of US$0.40) to store one crate of produce per day in our cold hubs. . This business-to-consumer (B2C) model provides a direct income stream. 

2. Service contracts: We aim to secure contracts with local governments and agricultural agencies to provide our cooling solutions at a larger scale. These partnerships can support broader adoption and enhance our revenue stability.

3. Grants and investments: We actively pursue grants from organizations that support environmental sustainability and agricultural development. To date, we have received grants totaling $150,000 from various institutions, allowing us to build the initial infrastructure and conduct pilot tests. This initial funding has enabled us to demonstrate our product's viability and impact.

4. Investment capital: We are also seeking investment from venture capitalists and impact investors who are interested in supporting sustainable agriculture solutions. We have already engaged with a few investors and received commitments for future funding based on achieving specific milestones.

5. Cost management: To ensure financial sustainability, we focus on cost management through lean operations and efficient resource utilization. Our solar-powered technology reduces energy costs, contributing to long-term financial sustainability.

With these strategies, we have generated sufficient revenue to cover our operational expenses, including salaries, manufacturing costs, and research and development. Our successful grant applications and investor commitments demonstrate the potential for continued financial sustainability and growth. Our goal is to achieve a self-sustaining business model within the next two years while continuing to expand our impact.