- The company, called Agerris, uses tech that has been developed at the University of Sydney’s Australian Center for Field Robotics.
- One of its robots has the capacity to herd livestock and will be able to monitor the welfare of animals.
- An Australian start-up that develops robots which use artificial intelligence is hoping to soon sell its technology to the wider market.
The company, called Agerris, specializes in both “air and ground field robotic systems” for agriculture. It uses tech that has been developed at the University of Sydney’s Australian Center for Field Robotics.
Earlier this week, Agerris secured 6.5 million Australian dollars ($4.64 million) in funding in the hope of developing and trialing products that can then be commercialized.
Early stage investment fund Uniseed said the money would be used to commercialize “robotics platforms, intelligent automated tools and artificial intelligence” with the aim of boosting agricultural productivity and sustainability. Uniseed, together with Carthona Capital and the BridgeLane Group, co-ordinated the investment.
“Farmers worldwide will need to increase production through enhancing agricultural productivity, yet many often struggle to afford the best customized advice for their farm, leading to sub-optimal yields and efficiencies from their crops,” the CEO of Agerris, Salah Sukkarieh, said in a statement issued on the University of Sydney’s website. MORE
New autonomous farm wants to produce food without human workers
Down on a new robot farm, machines tend rows of leafy greens under the watch of software called “The Brain.”
The robot, called RoCycle, uses pincers to pick through garbage and identify what materials each bit contains. It could help reduce how much waste gets sent to landfill.
JASON DORFMAN, MIT CSAIL
Greasy pizza box, takeaway coffee cup, plastic yogurt pot—are they trash or recycling? What can and can’t be recycled is often confusing, not least because the answer depends on the facilities at your local waste processing plant. In many plants, grease-soaked cardboard or cups lined with polyethylene cannot be recycled and thus head for landfill—often taking a batch of other recycling with them.
One US waste processing company has reported that 25% of all recycling it receives is so contaminated it must be sent straight to landfills. Meanwhile, the amount of household waste rejected for recycling in England increased by 84% between 2011-2012 and 2014-2015, according to government figures. And it’s about to get worse. Much of the world’s waste is sold to China for recycling. But last month China introduced stricter standards for the amount of contamination it will accept: anything more that 0.5% impure will go in the ground.
That’s why the way we sort waste needs to get much better. Many large recycling centers already use magnets to pull out metals, and air filters to separate paper from heavier plastics. Even so, most sorting is still done by hand. It’s dirty and dangerous work.
So Lillian Chin and her colleagues at the Computer Science and Artificial Intelligence Lab at MIT have developed a robot arm with soft grippers that picks up objects from a conveyor belt and identifies what they are made from by touch. MORE