Tunisia’s agricultural technology sector has attracted fresh investor confidence as RoboCare, a startup developing artificial intelligence-powered precision farming solutions, secures a six-figure investment from Tunisian venture capital firm 216 Capital. The funding marks a significant step in RoboCare’s ambition to expand across Africa and the Middle East while addressing some of agriculture’s most urgent challenges, including climate pressure, water scarcity, rising input costs, and declining farm productivity.
The investment arrives at a time when agriculture across Africa requires more efficient production systems. Many farmers continue to face unpredictable weather patterns, limited access to reliable agricultural information, and inefficient use of resources such as water, fertiliser, and pesticides. Technology companies like RoboCare are attempting to solve these problems by moving farming decisions from experience-based estimates toward data-driven recommendations.
According to RoboCare, the company combines artificial intelligence, satellite imagery, drone monitoring, Internet of Things (IoT) sensors, weather information, and agronomic knowledge to help farmers understand crop conditions and respond earlier to potential problems.
The company’s approach represents a major change in agricultural management. Traditional farming often depends on manual inspection, where farmers identify diseases or nutrient deficiencies after visible symptoms appear. By that stage, crop damage may already have occurred. RoboCare’s technology uses remote sensing and AI models to identify early signs of plant stress before problems become severe.
Remote sensing technology allows satellites and drones to capture information about farmland that cannot always be detected by the human eye. These systems analyse variations in plant health indicators, including changes in vegetation patterns, moisture levels, and crop development. Artificial intelligence then processes this information to generate recommendations that farmers can use to make decisions about irrigation, fertilisation, and disease management.
RoboCare states that its platform can help achieve up to 35% water savings, reduce agricultural inputs by up to 25%, and increase yields by up to 20%. These figures are important because water efficiency has become one of the biggest priorities in regions facing climate stress, especially North Africa and parts of sub-Saharan Africa.
For Africa, where agriculture remains central to employment and economic activity, precision agriculture could become a critical tool for improving food security. The continent has significant agricultural potential, but productivity remains below global averages due to factors including limited access to technology, inadequate infrastructure, and climate-related risks. Artificial intelligence solutions that provide practical information to farmers could help close some of these gaps.
RoboCare’s strength lies in its regional focus. Instead of developing a generic agricultural platform, the Tunisian startup has built solutions around crops that are economically important in North Africa and the Middle East, including olive trees, cereals, and processing tomatoes. The company uses local agricultural data to develop models suited to specific soil conditions, climates, and farming practices.
This localisation is important because agricultural technology cannot succeed through a one-size-fits-all approach. Farming conditions vary significantly between regions. A recommendation developed for a European wheat farm may not be suitable for a Tunisian olive plantation or a Nigerian maize field. Effective agricultural AI requires access to relevant local data and a strong understanding of farming realities.
RoboCare’s platform also demonstrates how artificial intelligence can support farmers without replacing agricultural expertise. The technology does not remove the role of farmers or agronomists. Instead, it provides faster access to information that allows professionals to make better decisions.
The company’s solution follows a growing global trend where AI is becoming a decision-support tool across agriculture. Farmers, agribusinesses, and governments are increasingly exploring digital tools that improve productivity while reducing environmental pressure.
The investment from 216 Capital shows the growing interest among African investors in technology companies solving real economic challenges. According to Hassen Arfaoui, Principal at 216 Capital, the investment reflects the firm’s strategy of supporting technology startups capable of providing practical solutions to Africa’s economic, social, and environmental challenges.
The funding will support RoboCare’s expansion into new African and Middle Eastern markets, strengthen its commercial operations, and improve its artificial intelligence models for different agricultural environments.
The next challenge for RoboCare and similar AgriTech companies will be scaling adoption. Many farmers, particularly smallholders, require affordable solutions, simple user experiences, and trusted support systems. Technology alone cannot transform agriculture unless farmers can access it easily and understand how it improves their daily decisions.
For African markets, partnerships with agricultural cooperatives, large farming companies, government agencies, and development organisations will likely determine how quickly these technologies reach farmers. Digital agriculture platforms must move beyond innovation demonstrations and become practical tools integrated into farming operations.
RoboCare’s investment success reflects a broader transformation taking place in African agriculture. The future of farming will increasingly depend on the ability to combine traditional agricultural knowledge with digital intelligence. Companies that successfully connect technology with farmers’ real needs could play a major role in building more productive, sustainable, and climate-resilient food systems across the continent.
About RoboCare
RoboCare is a Tunisian AgriTech startup based in Sfax that develops artificial intelligence-powered precision agriculture solutions. The company combines satellite imagery, drone data, IoT sensors, weather information, and agronomic expertise to help farmers monitor crops, detect diseases early, optimise resource use, and improve productivity. RoboCare focuses on strategic regional crops, including olive trees, cereals, and processing tomatoes, by developing models adapted to North African and Middle Eastern farming conditions. Through its digital platform, the company supports sustainable agriculture by reducing input waste, improving decision-making, and helping farmers build resilience against climate and water challenges.
