Kampala
Uganda has unveiled a new agricultural technology that its developers say can help crops survive drought, erratic rainfall and heat stress — a launch the government is presenting as a centrepiece of its strategy to make farming more resilient to a changing climate. The product, marketed as Skeepon, is a plant bio-stimulant that was rolled out at the 2026 National Agricultural Show in Jinja and has quickly become one of the most talked-about science-and-technology stories in the country. In a nation where agriculture sustains the majority of livelihoods, a tool that promises to keep plants growing through dry spells has landed with unusual force.
What was launched
Skeepon was officially unveiled at the National Agricultural Show in Jinja, with the government framing it as part of a broader effort to build a more productive and climate-resilient agricultural sector. Rather than being a fertiliser or a pesticide, Skeepon is described as a bio-stimulant: it works by activating a plant's own natural defence and stress-tolerance mechanisms, enabling treated crops to continue growing under drought and high-temperature conditions for up to three months after application. In effect, it primes the plant to weather stress it would otherwise struggle to survive.
The technology was developed through a partnership involving Uganda's National Agricultural Research Organisation (NARO), the Ministry of Agriculture, Animal Industry and Fisheries, the Office of the Prime Minister, and Japan's Ac-Planta International. The Japanese partner's biostimulant research underpins the product, which has passed through Uganda's regulatory process and received product-registration approval from the Ministry of Agriculture — a step that clears the way for wider distribution to farmers.
The evidence so far
The claims behind Skeepon rest on field-efficacy studies conducted by NARO over two cropping seasons. Those trials reported striking results: maize treated with the bio-stimulant produced yields more than 30 percent higher than untreated crops, while vegetable yields rose by more than 45 percent. Such margins, if they hold up across the varied conditions of Ugandan farms, would represent a meaningful boost to both food security and farm incomes.
Crucially, the government has emphasised affordability, estimating the cost of application at between 12,000 and 27,000 Ugandan shillings per acre. Framing the technology as low-cost is central to its appeal, because the overwhelming majority of Ugandan farmers are smallholders for whom expensive inputs are out of reach. By pitching Skeepon as both effective and cheap, the authorities are positioning it as a tool that could be adopted at scale rather than remaining confined to well-resourced commercial operations.
The wider technology push
Skeepon is arriving alongside other signals of Uganda's growing scientific ambition. The country has been preparing to launch an indigenously developed climate-monitoring camera, known as ClimCam, to the International Space Station. The instrument is designed to make four daily passes over East Africa, capturing weather imagery and data to sharpen predictions of floods, droughts and other hazards, and to feed AI-driven early-warning systems. Developed as a joint project with Kenya and Egypt, ClimCam reflects a regional dimension to Uganda's climate-technology efforts and a willingness to invest in space-based capabilities once considered beyond the reach of a low-income economy.
These initiatives sit within a broader government narrative that casts science, technology and innovation as engines of future growth. Officials have spoken of using research and innovation to drive Uganda toward far larger economic ambitions, and events such as the National Science Week hackathon have been organised to turn ideas into market-ready solutions. The Ministry of Science, Technology and Innovation has convened summits on deep technology, signalling an intent — at least at the level of policy and rhetoric — to treat innovation as a strategic priority rather than an afterthought.
Why it matters
Climate change is not a distant threat for Ugandan agriculture; it is a present reality of shifting rainfall, longer dry spells and rising temperatures. Because farming underpins employment and food supply for most of the population, technologies that reduce crop losses during drought speak directly to national resilience. A bio-stimulant that keeps maize and vegetables productive through months of water stress — and does so at a price smallholders can afford — could soften the impact of bad seasons on rural incomes and on the broader economy.
There is also an economic-development angle. The government has announced plans to explore local formulation and manufacturing of Skeepon as demand grows, arguing that domestic production could reduce import costs, create jobs, attract private investment and position Uganda as a regional hub for climate-smart agricultural inputs. If realised, that ambition would extend the value of the technology beyond the field and into the industrial and export economy — turning an imported innovation into a locally made product with regional reach.
What to watch next
The key test for Skeepon will be real-world performance at scale. Controlled trial results are encouraging, but the decisive question is whether the yield gains recorded by NARO translate to the diverse soils, crops and management practices of ordinary Ugandan farms, and whether farmers can access and correctly apply the product. Distribution logistics, extension support and the reliability of supply will all shape adoption. Watch, too, for progress on the promised local-manufacturing plan, which would be the clearest sign that the government intends to build a durable domestic industry rather than stage a one-off launch. And on the space front, the ClimCam mission — its launch, deployment and the usefulness of the data it returns — will be an early indicator of whether Uganda's higher-tech climate ambitions can move from announcement to operational reality.
