Apollo Agriculture is a Kenyan agritech company founded in 2016 by Eli Pollak, an American entrepreneur, and Benjamin Njenga, a Kenyan technologist. The company uses satellite imagery, machine learning, and mobile technology to provide smallholder farmers with bundled financing, certified seeds, fertiliser, and crop insurance - delivered as a single package designed to increase yields and reduce the risk that keeps millions of Kenyan farmers trapped in subsistence agriculture.
The founding insight was that Kenyan smallholder farmers - who produce the majority of the country's food on plots averaging less than two acres - faced a set of interconnected problems that could not be solved individually. A farmer who received credit but bought counterfeit seeds would still fail. A farmer with good seeds but no fertiliser would underperform. A farmer who invested in inputs but suffered drought would lose everything. Apollo's model bundled all four elements - credit, quality inputs, agronomic advice, and insurance - into a single product, using satellite data and weather models to assess risk at the individual field level.
The technology stack was sophisticated. Apollo analysed satellite imagery from the European Space Agency's Sentinel programme to assess soil health, vegetation patterns, and field boundaries for individual farms. Machine learning models trained on historical yield data and weather patterns generated credit risk scores for farmers who had no formal financial history. A farmer in Trans-Nzoia or Uasin Gishu could apply for an Apollo bundle via a mobile phone, receive a customised recommendation of seed varieties and fertiliser quantities for their specific field, and have inputs delivered to a local collection point - all without visiting a bank, an agrodealer, or a government extension office.
Apollo raised over $40 million in equity and debt funding from investors including Anthemis Group, Chan Zuckerberg Initiative, and Yara Growth Ventures (the venture arm of Norwegian fertiliser giant Yara International). The Yara partnership was strategically significant - it connected Apollo to one of the world's largest fertiliser companies, potentially reducing input costs and providing agronomic expertise.
By the early 2020s, Apollo had served over 100,000 farmers across Kenya's maize belt, primarily in the Rift Valley and western Kenya. The company's repayment rates were closely watched by investors as a proxy for whether the model was genuinely improving farmer incomes - if farmers earned more from Apollo-supported harvests, they would repay their loans and return for the next season. Early data was encouraging, with repayment rates reportedly above 90 percent.
Apollo's challenge is the same one that has confronted every agritech company attempting to serve smallholder farmers at scale: the unit economics of serving dispersed rural customers with small transaction sizes. Delivering inputs to 100,000 small farms across hundreds of kilometres of Kenyan countryside is logistically complex and expensive. The margins on a bundled package for a two-acre maize farm are thin. Whether technology can reduce these costs sufficiently to build a profitable business - rather than a perpetual fundraising machine - remains the central question for Apollo and the broader Silicon Savannah agritech sector.
See Also
Sources
- Bright, Jake. "Apollo Agriculture Uses Satellite Data to Finance Kenya's Smallholder Farmers." TechCrunch, 2019.
- Adegoke, Yinka. "This Startup Uses Satellites to Help Kenyan Farmers Get Loans." Rest of World, 2021.
- Rampa, Francesco. "Digital Innovation for Smallholder Agriculture in Africa." European Centre for Development Policy Management, 2020.
- World Bank. "ICT in Agriculture: Connecting Smallholders to Knowledge, Networks, and Institutions." Report, 2017.