A thinktank has issued a stark warning: tech giants and AI-driven agricultural tools are 'toying with our food system'. But what does this mean, and why should we care?
Leading food security experts are concerned that tech companies and industrial agriculture are wielding AI and algorithms to dictate what crops are cultivated and how, potentially undermining farmers' autonomy. This trend is driven by major players like Google, Microsoft, Amazon, IBM, and Alibaba, who collaborate with industrial agriculture firms to influence crop choices and methods.
The outcome, according to the experts, is a top-down farming model where large corporations dictate what farmers grow, often prioritizing the most lucrative and productive crops. Pat Mooney, a Canadian author and agriculture specialist, warns that these companies predominantly focus on just five crops: corn, rice, wheat, soybeans, and potatoes.
Mooney highlights a potential issue: 'Their advice might be, "We don't know about teff in Ethiopia, but we know corn. We'll advise you on corn and link it to pesticides because that's our expertise."' This could lead to farmers being pressured into buying seeds, machinery, and chemical inputs from these companies, replacing locally adapted crops they've grown for generations.
And here's where it gets controversial: the globalized food system is already fragile, susceptible to crises like climate change and geopolitical conflicts. Mooney argues that the more globalized the system becomes, the harder it is to ensure its reliability. He urges, 'Don't lock yourself into a broken global system that can't be fixed. Why make it more globalized and dependent on Silicon Valley-based multinationals?'
Tech companies utilize algorithms and AI, fed with data from farmers and tools like satellite and drone sensors, to monitor climate and soil conditions. They then advise farmers on what to grow, suggesting seeds based on local soil moisture. However, Mooney believes these recommendations are likely biased towards crops that benefit the companies, requiring farmers to purchase seeds, equipment, and fertilizers.
The report cautions that these digital tools are marketed as innovative, capturing the attention of policymakers and investors. Even if farmers are reluctant, governments may promote these technologies as the future of agriculture.
The digital farming market is booming, with a $30 billion valuation in 2023 and a projected $84 billion by 2034. The World Bank and the EU have also invested heavily in digital agriculture projects and research. However, Lim Li Ching, co-chair of IPES-Food, argues that 'farming by algorithm' is not what farmers desire. Instead, she advocates for a bottom-up approach that prioritizes farmers' knowledge and needs.
Ching highlights successful examples of farmer-led innovations in Peru, China, and Tanzania, where communities protect crop diversity, conserve seeds, and use social media for weather and market information. Mooney agrees, emphasizing the importance of funding research and supporting innovations by local farmers to enhance food security through agroecology.
So, are we unwittingly handing over control of our food system to tech giants? Should we be concerned about the potential consequences? Share your thoughts in the comments below!
