Google’s parent company, Alphabet, has unveiled prototype robots that can inspect individual plants in a field, to help farmers improve crop yields.
The robot buggies roll through fields on upright pillars, so they can coast over plants without disturbing them.
The goal is to collect huge amounts of data about how crops grow.
Called Project Mineral, it is part of Alphabet’s X company, which aims to create world-changing technology from radical “moonshot” ideas.
In a blog post, project lead Elliott Grant said: “We hope that better tools will enable the agriculture industry to transform how food is grown”.
The team says its main goal is to address the world’s increasing need for food and the sustainability of growing it.
But current tools do not give farmers the kind of information they need.
“What if every single plant could be monitored and given exactly the nutrition it needed?” Mr Grant wrote.
“What if we could untangle the genetic and environmental drivers of crop yield?”
While farmers may have information about the soil content or the weather, the buggy robot was designed to see how plants were “actually growing and responding to their environment”, the company said.
“Over the past few years, the plant buggy has trundled through strawberry fields in California and soybean fields in Illinois, gathering high quality images of each plant and counting and classifying every berry and every bean,” it said.
Thought beancounting was boring? Our AI model brings some color to the field with a “disco vision” effect that makes it easier for growers to see and count how many soybeans are growing (and grooving) above-ground.
On top of being a literal bean-counter, the buggy can also record information such as plant height, leaf area and fruit size.
And all that data is plugged into a machine-learning system to try to spot patterns and insights useful to farmers.
Ian Drew, a technology company founder and chairman – and sheep farmer – said: “Putting robots in fields makes an awful lot of sense.”
Checking for bugs, making sure crops were picked and planted at the right time and even picking weeds or moving fences were possibilities, he said.
“Having robots is really efficient and effective,” Mr Drew said.
“Farmers are marginal most of the time.
“And so 1%, 2%, 5% efficiency is a huge gain for them – and anything that can do that for them will be taken up in the right way.”
“But there are some downsides to all of this.”
Data security was essential at every step, he said, “because the last thing you want to do is have somebody hijack your farm”.
