Robots are stacking shelves in Tokyo convenience stores – CNN
Posted by: MathQED.com
Posted on: September 30, 2020
This sets it apart from other robots used in stores, such as those used by Walmart to scan shelf inventory, or the ones used in warehouses to stack boxes. Warehouse robots “pick up the same thing from the same place and place it on the same platform — their movement is very limited compared to ours,” says Komatsu.
The Model-T robot — named after the Ford automobile that pioneered assembly line production in the early 20th Century — is controlled by shop staff remotely. A human “pilot” wears a virtual reality (VR) headset and special gloves that let them “feel” in their own hands the products the robot is holding. Microphones and headphones allow them to communicate with people in the store.
Telexistence does not plan to sell the robots and VR systems directly to stores, but will provide them for a fee. It would not disclose the price but said it would be cost-competitive with human labor.
In theory, the robot could be controlled from anywhere in the world, says Komatsu. During a trial in August at a FamilyMart store in Tokyo, the pilot operated the robot from a VR terminal at the Telexistence office around five miles away.
This makes recruitment easier and offers potential for hiring overseas in places with lower labor costs, says Komatsu. He adds that controlling the robot is straightforward and would not require skilled pilots.
Stores would also be able to operate with fewer workers. “A remote-controlled robot allows one person to work at multiple stores,” says Satoru Yoshizawa, a representative of FamilyMart.
Yoshizawa says that many of the company’s stores find it especially difficult to hire people for short periods of three to five hours a day for shelf stacking. With a robot, they could employ a single operator to work across multiple stores, and focus on hiring humans to work at cash registers, he says.
Lawson faces the same problem. “We have been trying to solve the labor shortage in some of our stores and through this experiment we are going to examine how the robots will help,” Ken Mochimaru, of Lawson’s corporate communications division, tells CNN Business.
If it proves effective, he says that Lawson will consider rolling out the robots across more of its branches.
Compared to other countries, Japan’s labor shortage means there’s less concern that the deployment of robots will result in human job losses. Prior to Covid-19, according to a 2020 report by management consulting firm McKinsey, Japan was on track to automate 27% of existing work tasks by 2030. Although that could replace the jobs of some 16 million people, the report said, it would still leave the country short of 1.5 million workers.
Immigration could also help to fill the shortfall. The government has made some moves to open up Japan to foreign workers, but experts argue that Japan lags behind other industrialized countries in extolling the benefits of immigrants to its population.
Gee Hee Hong, an economist at the International Monetary Fund, tells CNN Business that immigration is unlikely to rise enough to compensate for the aging population anytime soon.
Embracing “labor-saving technology” is part of the solution, says Hong, but she adds that there are still hurdles to overcome before the widespread adoption of robots in daily life. Japan will need to work out a “legal framework for the use of such technologies alongside the general population,” she says, including consumer protection and data protection.
She adds that there needs to be “strong and effective social nets” in place to minimize negative impacts on unskilled workers.
Covid-19 accelerating automation
The pandemic has boosted interest in automation, one reason being that robots could help to reduce human-to-human contact. Komatsu says that Telexistence has received increased interest from potential partners and customers.
The robots will be remotely operated at first, until their AI learns to copy human movements.
However, the Model-T robot still has a way to go before it operates to the same standard as a human worker. It takes the robot eight seconds to put one item on a shelf, whereas it takes around five seconds for a human to do the same. So far, the bot can only handle packaged products, not loose bakery items or fruits and vegetables.
Telexistence, which launched in 2017, is working to improve these limitations. Using AI, the company hopes to teach the robot to copy human movements automatically, so that it can operate without a pilot.
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