Africa’s agricultural sector faces rising food demand, climate pressure and tight input budgets all at once. Precision farming, which uses GPS, sensors, drones, satellite imagery and analytics to match inputs to field conditions, offers a way to produce more with less. According to MarketsandMarkets, the global market is expanding steadily, and many of the forces behind that growth apply directly to African agriculture.
A note on the data
MarketsandMarkets doesn’t publicly release a standalone Africa market size. In its report, Africa sits within the “Rest of the World” region, which mainly comprises the Middle East, Africa and South America. The full report breaks out South Africa and other African countries, but those figures are paywalled. This article therefore uses MarketsandMarkets’ global data, drivers and trends, and applies them to the African context. Where the reasoning is an interpretation rather than a MarketsandMarkets finding, the text says so.
The global picture
MarketsandMarkets project that the global precision farming market will grow from USD 11.97 billion in 2026 to USD 23.07 billion by 2033, a CAGR of 9.8%. The base year’s value was USD 11.40 billion. North America holds the largest share, supported by advanced infrastructure, high technology adoption and favorable government initiatives, while Asia Pacific is expected to be the fastest-growing region.
Africa is not singled out as a leading or fastest-growing region. This likely reflects an early-stage market where adoption is concentrated in commercial farming pockets, with South Africa the obvious anchor given that it is the only African country the report breaks out by name.
The technology landscape
The market is currently heavy. Hardware held a 68.7% share in 2025, driven by sensors, GPS devices, drones and automated machinery. Guidance technology led by technology with a 40.0% share, and yield monitoring was the largest application at 25.3%.
The growth story, though, points elsewhere. Software is expected to record the highest CAGR among offerings through 2033, because cloud platforms and mobile apps make remote farm management more flexible and cost-effective than hardware upgrades. This is potentially good news for Africa. Software and mobile-based tools face lower entry barriers than GPS-guided tractors where capital is scarce and farms are small, though that is an interpretation rather than a report finding.
What is driving adoption
Several of the report’s drivers resonate with African conditions.
- Data-driven, efficient farming. MarketsandMarkets identifies the shift toward data-based farming as its highest impact driver. Advances in IoT, AI and analytics are enabling smarter decisions and better use of resources.
- Soil sensors, satellite imagery and analytics help farmers use water, fertilizers and pesticides more efficiently, reducing waste and environmental impact while improving yields. Where water is scarce and fertilizer is expensive, efficiency gains even more.
- Climate variability. Weather tracking and forecasting is expected to grow fastest among applications, as extreme weather increasingly affects productivity and profitability. For rain-fed farming systems, this is arguably the most relevant trend in the report. Timely forecasts can inform planting dates, irrigation schedules and crop protection decisions.
- Variable-rate technology. Variable-rate technology is expected to register the highest CAGR among technologies, because adjusting seed, fertilizer, pesticide and water rates to field conditions raises yields and lowers costs.
Barriers to adoption
The report’s restraints and challenges read like a checklist of African agricultural realities.
- High initial investment is rated among the most significant restraints. GPS-guided machinery, soil sensors and analytics platforms require major spending, making them inaccessible to small and marginal farmers, especially in developing regions, and limited financing and subsidies compound the problem. Since smallholders dominate African agriculture, this is arguably the central obstacle.
- A lack of technical know-how and skilled workforce is also named as a restraint. Technology without training or extension services tends to be unused.
- Standards and security. The report flags non-standardized policies and regulations as a major challenge, because they create interoperability problems between equipment from different manufacturers. Data privacy and security concerns are also listed. African markets with fragmented regulation and many imported systems may feel this acutely, though the report’s examples focus on other regions.
The competitive landscape
Major players named in the report include Deere & Company, AGCO, CNH Industrial, Topcon and Ag Leader Technology, with Deere positioned as the market leader. Most are equipment manufacturers, so African access to their systems depends heavily on dealer networks, financing and after-sales service. Smaller specialist firms, such as Gamaya and Cropin, appear among the report’s other players and startups, pointing to a space where niche software and analytics firms can compete without owning machinery.
One development stands out for the continent. In May 2025, CNH Industrial partnered with Starlink to bring satellite internet to farmers in remote areas, supporting autonomous tractors and AI-driven weed detection. Poor rural connectivity is one of the biggest constraints on digital agriculture in Africa, so satellite-based links could matter. That is an inference, not a finding from the report.
