A new research by DHL Express and the Gordon Institute of Business Science (GIBS) has disclosed that technology in the Agriculture sector in Africa is critical to the development of the sector.
The research emphasises the critical role of technology, particularly artificial intelligence (AI), in enhancing agricultural productivity and reducing poverty across the continent.
As Africa’s population continues to grow, the agricultural sector stands at a crossroads, facing both challenges and unprecedented opportunities. The industry is vital for sustainable development and economic growth in Africa.
Agriculture has long been a cornerstone of the continent’s economy, accounting for approximately 15% of output, which is significantly higher than the global average of 5% [1].
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For Africa to thrive, its agricultural sector must be optimally used to drive growth, especially given the rapid population increase projected for the region. The paper highlights the need for the industry to consider innovative models and management strategies. Innovation and technology are crucial for enhancing agricultural output and efficiency, which can lead to improved economic conditions across the continent.
“This paper highlights our commitment to supporting sustainable growth and innovation in the agricultural sector, particularly on the African continent. DHL’s purpose revolves around connecting people and improving lives – as the world’s largest logistics company, it is our responsibility to lead the way and guide the logistics industry into a sustainable future and ultimately ensure that we make a positive difference in the communities in which we operate.
“Through this paper, we hope to provide a glimpse of what lies ahead for the industry and demonstrate our commitment to sustainable economic growth,” said Hennie Heymans, DHL Express SSA CEO.
“We knew agritech was a powerful driver of prosperity, but we were impressed with what we unearthed during the research. Tech is being used in amazing ways to improve everything from soil management and crop spraying to transportation and fire detection,” said Ian Macleod, a member of the CAMM research team.
