The leader of the French start-up, Brad, Olivier Lepine has developed a sensor that can provide farmers with real-time information on temperature, moisture, and light falling in a farm field. And he represented the model at the CES 2023 Las Vegas, and many more technologies for the farmers were also presented at the ceremony.
Different technologies included vast amounts of data and information analysis with which farmers can make more accurate decisions on when to irrigate, how to reduce pesticide use, and how to treat their soil—while saving time normally spent traveling from field to field. Farmers, and especially younger ones, “want to have an impact, but they also want to have a quality of life,” Lepine said.
South Korean start-up AimbeLab meantime is offering a way to monitor the contents of the huge silos where grains and feed are stored.
Farmers often “simply use a hammer to bang onto the silos to check the sound—which is still very inaccurate—to see how much they have left,” said Sein Kwon.
An American start-up, Simple Labs, has developed a sensor capable of measuring the temperature, humidity, pH value, and phenolic content—which affects both taste and color—of wine in a barrel or vat, allowing more precise control over aging.
And Meropy, a French company, is exhibiting a sort of alien-looking wheel—with long spokes extending on either side—that can roll through a field and use its cameras to photograph crops from all angles, detecting the presence of weeds, pests or disease. Amit Dhingra, a horticulture professor at Texas A&M University,
“The two main drivers to the adoption of new technologies. The need, like when a disease appears, and the quest for the most cost-efficient ways.”
David Friedberg, who heads The Production Board, a California investment firm specializing in agricultural technology, put it simply: Farmers need to produce “more calories per acre with fewer inputs”—like pesticides—through genomics, digitization, and data analysis.
John Deere, the giant farm-equipment maker famous for its green tractors, is also working on this.
The huge, 120-foot (36-meter) booms on its newest sprayer-tractors have cameras every few feet and very fast processors that, even as the vehicle rumbles along at 12 miles per hour (20 kph), can detect weeds and spray only where needed.
“Instead of having to spray 100 percent of the field, we spray only about a third of the field and we save on chemicals,” said Jorge Heraud, Deere’s head of automation.
Drowning in data
The group has also developed an “Operations Center” available on computer or smartphone that allows farmers, thanks to data collected by multiple sensors on tractors, to monitor real-time information on their location, engine performance, and so on. They can also review how seed trials are progressing or find where weeds are proliferating.
“The farmer can look at the map and understand what part of the field he needs to manage differently,” said Lane Arthur, the product’s designer.
“He’s going to save some money but he’s also going to help the environment.”
As in other industries, said Vonnie Estes, head of innovation for the International Fresh Produce Association (IFPA), “farmers are starting to digitize their work.”
Combined with increasing automation, data analysis can help solve problems of labor shortages—by knowing where workers are on a farm—of food waste in the supply chain or greenhouse gas emissions.
“It’s not seamless,” said Estes, noting that broadband connections are not always available, or reliable, in the countryside.
Another challenge, she said, is that a flood of technical data can be overwhelming. “Everyone is talking about 5G but a lot of farmers would be happy with 3G.”