CHICAGO — A new report published by the Refresh Working Group, which is funded by Google and led by the Swell Creative Group, San Francisco, aims to better understand the role artificial intelligence may play in food production, distribution, processing and consumption. Titled “Food + tech: Soil to supper,” the report is a first step in contextualizing how rapidly evolving technology may add value to the supply chain.
The report addresses the potential benefits of food production-based artificial intelligence (AI) technology such as autonomous tractors, drones and remote sensors that collect and analyze data in order to help farmers increase crop yields. Cameras attached to drones may detect weeds and monitor crop health from hundreds of feet above. Predictive technologies may support farmers by aggregating an otherwise overwhelming amount of data and providing actionable insights to help them make decisions.
“This report initiates a much-needed conversation about the benefits technology can bring to food production, distribution and consumption,” said Ali Lange, senior public policy analyst at Google. “It is exciting to see so many every day, real-world applications of AI and to work together with people from across so many different sectors.”
In food distribution, grocers may now use predictive ordering platforms to estimate how much food will be sold each day, thereby reducing costs and waste. Virtual stores featuring direct-to-consumer delivery may help to deliver fresh produce and healthful foods to food insecure communities.
Food delivery apps, nutrition tracking platforms and health databases are AI technologies that may impact food consumption. They are making it easier for consumers to improve their eating habits and overall health, Lange said. Researchers are also devising AI-powered tools to track and contain food safety outbreaks and identify sources of contamination.
The Refresh Working Group published the report on Dec. 5, 2018, at an event at Google’s Chicago offices. The group currently has 27 members from throughout the food supply chain who seek to examine the intersection of technology and food through research, storytelling and collective action.
“Our aim is to build a strong coalition of people working to ‘refresh’ our nation’s food system in order to inform and influence public debates and policies that will help to ensure technology, agriculture and innovations across the food supply chain are developed and adopted for the common good,” said Danielle Nierenberg, president and co-founder of Food Tank, New Orleans, and founding member of the group. “The Refresh report is just the start of this conversation.
“It is the product of nine months of research, interviews, listening sessions and informal discussions with a wide range of people and organizations working in this space. Presenting a different framework for talking about these issues, the report offers a common starting point for thinking about and discussing the impact of emerging technologies on the way we produce, distribute and consume food.”
Former Secretary of Agriculture Tom Vilsack, president and CEO of the US Dairy Export Council, Arlington, Virginia, spoke with Nierenberg about the opportunities in bridging the divide between the different sectors of the US food system, which he said is outdated broken.
“We need to look at our regulatory systems, at large,” he said. “They were designed for days long ago.”
He explained how the science is often available to make improvements, but the US does not have systems in place to allow prompt implementation, while competitive countries are much quicker to act.
Vilsack said he appreciated how the Refresh report addressed the entire food system, rather than separating the agricultural and food manufacturing sectors. It is this from soil to supper approach that attracted companies such as Google to get involved with AI for the US food system.
“The report will evolve as we learn more about the costs and benefits, along with the challenges with technology in food,” Nierenberg said. “It’s about how technology — AI — can support the entire food system, not just production.”
Lange participated in a panel discussion led by Nierenberg and included working group members Don Bustos, owner of Santa Cruz Farms, Espanola, New Mexico, and Ankita Raturi, sustainable agriculture researcher with the US Dept. of Agriculture. Lange said it is paramount for AI companies to address the question of whose problems are we solving? For the people involved in creating new technologies find common ground with the people and communities using them.
“If AI is meant to be a useful tool for food production, distribution and consumption, these systems must be designed to meet the day-to-day needs of farmers, retailers and food workers,” Lange said
Raturi added, “There are all these perils if we start to design technology without the participation of the different system stakeholders.”
Vilsack added, “The people who are entrepreneurial in Silicon Valley were willing to take a risk of being wrong, were willing to take a risk of thinking that they were going to develop something and then, being willing to change direction. Farmers are the same way. They put a crop in the ground, they take enormous risk.”
Small operators are especially fearful of taking risks. Technology must be reliable for it to be useful. There is not a lot of margin for error, said Bustos, who was an early adopter of solar technologies for year-round food production. His community depends on his harvest as a critical food source, so he pointed out that any AI applications on his farm must be both affordable and reliable, or he risks a poor crop yield. He identified several barriers to adoption and the multiple reasons they may be out of reach for some would-be tech users.
Those concerns drive home the practical importance of bringing people together to work through these kinds of issues. That is the conversation of The Refresh Working Group.
The full report “Food + tech: Soil to supper” may be downloaded here.