Tesla Could Start Selling Optimus Robots by the End of Next Year, Elon Musk Says

Tesla’s humanoid robot is still in the lab, but it may be ready to sell as soon as the end of next year, chief executive Elon Musk said on Tuesday.

Several companies have been betting on humanoid robots to meet potential labor shortages and perform repetitive tasks that could be dangerous or tedious in industries such as logistics, warehousing, retail and manufacturing.

Musk told investors on a conference call that he guessed the Tesla robot, called Optimus, would be able to perform tasks in the factory by the end of this year.

Humanoid robots have been in development for several years by Japan’s Honda and Hyundai Motor’s Boston Dynamics.

This year, Microsoft and Nvidia-backed startup Figure said it had signed a partnership with German automaker BMW to deploy humanoid robots in the car maker’s facility in the United States.

Billionaire Musk has said before that robot sales could become a larger part of the Tesla business than other segments, including car manufacturing.

“I think Tesla is best positioned of any humanoid robot maker to be able to reach volume production with efficient inference on the robot itself,” Musk said on the Tuesday call, referring to the artificial intelligence abilities.

Musk has a history of failing to fulfill bold promises to Wall Street. In 2019, he told investors that Tesla would be operating a network of “robotaxi” autonomous cars by 2020.

Tesla put out the first generation of its Optimus robot, dubbed Bumblebee, in September 2022. This year, the company posted a video of a second generation of the bipedal robot folding a T-shirt at the firm’s facility.

Figure’s video released in February of its 01 robot shows it making coffee, while Boston Dynamics last week unveiled an electric platform for its Atlas humanoid robot, which was seen twisting and turning from a lying down state to standing and walking.

© Thomson Reuters 2024


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AInstein Robot With ChatGPT Brings AI Technology to Cyprus Classrooms: Details

High school students and their tutors in Cyprus have developed a prototype robot powered with ChatGPT artificial intelligence technology to harness and improve teaching experiences in the classroom.

Named AInstein, the squat robot created by three Pascal Schools in Cyprus stands roughly the size of a small adult and looks like a sculpted version of the Michelin Man. It is powered with ChatGPT, a chatbot developed by US firm OpenAI and backed by Microsoft. A screen for a face tries to mimic human features with blinks and frowns.

Speaking in a North American accent, it can tell jokes (Why was the maths book sad? Because it had too many problems), attempt to speak Greek and advise on how Albert Einstein’s theory of relativity can be taught in class.

He does not have a favourite movie since it was “before his time”, he says. But he enjoys reading science books and spending leisure time with his violin.

Student Richard Erkhov, 16, lead programmer of the AI brain, said artificial intelligence was poised to improve exponentially. “It might help in a lot of spheres of life, such as education and medicine,” Erkhov told Reuters.

Another student, Vladimir Baranov, 15, said the technology was “incredible”.

“It mimics human thinking, answers like humans, responds like humans. It is not yet very polished .. But it is getting there,” he said.

Tutors say the ultimate purpose of AInstein is to incorporate it into teaching.

“It’s a very interactive experience. Students can ask him questions, he can answer back and he can even facilitate teachers to deliver a lesson more effectively,” said tutor and project leader Elpidoforos Anastasiou.

Anastasiou demonstrated how AI can be adapted to the classroom with AInstein showing how gravitational time dilation from Albert Einstein’s theory of time relativity can be explained by moving a pendulum relative to the gravitational field in which it is placed.

Their experience with AInstein showed that AI is not anything to fear, project members said.

The European Union is considering legislation governing artificial intelligence, though advances in the technology far outpaces lawmakers’ efforts.

AInstein himself answers whether the technology is something to be feared. “Humans are the ones who create and control AI, and it is up to us to ensure that its development and implementation serve the betterment of humanity.. Therefore we should not fear AI, but rather approach it with care and responsible consideration.”

© Thomson Reuters 2023
 


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Robot Grabs, Breaks 7-Year-Old Boy’s Finger at Russian Chess Tournament: Report

A chess-playing robot grabbed the finger of a seven-year-old boy and broke it during the ongoing match with him at the Moscow Open last week, according to news reports. The incident took place on July 19 and videos of it were soon circulated on the Internet. A clip, shared by the Baza Telegram channel, shows the robot pinching the boy’s finger with its arm and holding it for several seconds even as the young player tries to free himself. Soon, people rush to intervene and help the child.

As reported by Baza, the boy was identified as Christopher, one of the 30 best chess players in Moscow in the under-nines category.

“The robot broke the child’s finger,” Sergey Lazarev, president of the Moscow Chess Federation told Russian news agency TASS. He added that the machine had played at several exhibitions before but such an untoward incident never happened. “This is, of course, bad,” Lazarev said.

According to Sergey Smagin, vice-president of the Russian Chess Federation, the robot appeared to pounce after picking one of the boy’s pieces. He added that the boy did not wait for the robot to complete its move and instead responded quickly, which led to the incident, as told to Baza.

“There are certain safety rules and the child, apparently, violated them. When he made his move, he did not realise he first had to wait. This is an extremely rare case, the first I can recall,” Smagin said.

Lazarev, meanwhile, said that the boy made a move after which he did not give the robot time to answer. This prompted the robot to grab his finger and break it. He added that regardless of who was at fault, the makers of the robot were “going to have to think again.”

While people at the event quickly helped pull the boy’s finger out of the robot’s grip, he still suffered a fracture. However, Lazarev told the news agency that the boy did not look traumatised and completed the tournament the next day while volunteers helped him make the moves.




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LG Electronics to Enter Next-Gen Logistics Market, Set to Sign MoU Agreement With CJ Logistics

LG Electronics and CJ Logistics will enter the next-generation logistics robot market.

LG Electronics said it will sign an MOU agreement with CJ Logistics to jointly develop logistics robots at CJ’s TES Innovation Center in Dongtan, Gyeonggi-do on the 15th with Kim Kyung-hoon, head of TES Logistics Technology Institute, and Jang Ik-hwan, head of LG Electronics’ BS division, attending.

Under the agreement, the two companies will set optimised robot operation processes for each logistics hub, jointly develop order picking systems based on self-driving robots to find and classify products, and apply robot solutions to CJ Logistics warehouses.

Next month, LG Electronics will supply logistics robot solutions such as LG CLOi CarryBot, warehouse facility control solutions, and multiple robot control systems to CJ’s largest logistics centre Megahub Gonjiam.

It plans to expand the application in CJ’s other logistics centres.

The CLOi CarryBot is a logistics robot to loads a large number of products and transports them to their destination. It is a robot that evolved from an automated guided vehicle (AGV) to an autonomous mobile robot (AMR).

LG Electronics completed the verification of the CLOi CarryBot last month and conducted a test operation for proof of concept (POC) at the large logistics hub.

The global logistics and delivery robot market is currently growing fast. Japan’s Fuji Research Institute predicted that the related market size will reach KRW 11.5 trillion (roughly Rs. 693 crore) by 2025.

In addition to supplying logistics robots, LG Electronics will also focus on establishing logistics solutions for all logistics processes from order to last-mile delivery.


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