Chinese Robot 'Guide Dog' Aims to Improve Independence for Visually Impaired

A visually impaired person walks with a six-legged robot "guide dog" during a demonstration of a field test for a Shanghai Jiao Tong University test team, in Shanghai, China June 18, 2024. REUTERS/Nicoco Chan
A visually impaired person walks with a six-legged robot "guide dog" during a demonstration of a field test for a Shanghai Jiao Tong University test team, in Shanghai, China June 18, 2024. REUTERS/Nicoco Chan
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Chinese Robot 'Guide Dog' Aims to Improve Independence for Visually Impaired

A visually impaired person walks with a six-legged robot "guide dog" during a demonstration of a field test for a Shanghai Jiao Tong University test team, in Shanghai, China June 18, 2024. REUTERS/Nicoco Chan
A visually impaired person walks with a six-legged robot "guide dog" during a demonstration of a field test for a Shanghai Jiao Tong University test team, in Shanghai, China June 18, 2024. REUTERS/Nicoco Chan

It's less furry than a traditional companion, but a six-legged Chinese robot "guide dog" could one day help vision impaired people live more independently, according to its research development team in Shanghai.
The robot dog, which is currently being field-tested, is able to navigate its physical environment via cameras and sensors, including recognizing traffic light signals, which traditional guide dogs are unable to do, Reuters said.
Roughly the size of an English Bulldog but a bit wider, it can communicate by listening and speaking with a visually impaired operator with artificial intelligence technology incorporated into its voice recognition, route planning capabilities and traffic light identification. It also has six legs, which the researchers said helps it walk smoothly and with maximum stability.
"When three legs are lifted, there are still three legs .. like the tripod of a camera. It is the most stable shape," said Professor Gao Feng, the head of the research team at Jiao Tong University's School of Mechanical Engineering in Shanghai.
Married couple Li Fei, 41, and Zhu Sibin, 42, are among the visually impaired people helping the Jiao Tong University team test the robot using Chinese-language commands.
Li is completely blind and Zhu sees only a little, normally using a cane to assist him in getting around.
"If this robot guide dog comes onto the market and I could use it, at least it could solve some of my problems in traveling alone," Li said. "For example, if I want to go to work, the hospital or the supermarket (now) I cannot go out alone and must be accompanied by my family or volunteers."
Robot guide dogs are under development in other countries, including Australia and Britain, but China has a drastic shortage of traditional guide dogs.
In China, there are just over 400 guide dogs for almost 20 million blind people, Gao said.
Pet ownership and service animals are also relatively new concepts in the country, meaning many workplaces, restaurants and other public areas wouldn't welcome a more traditional helper like a Labrador.
Unlike those dogs, which will always be limited in supply due to the natural limitations of breeding and the intense training required, Gao said the production of robot guide dogs could be scaled, especially in a major manufacturing hub like China.
"It's a bit like cars. I can mass-produce them in the same way as cars, so it will become more affordable," Gao said. "I think this could be a very large market, because there might be tens of millions of people in the world who need guide dogs."



OpenAI's Internal AI Details Stolen in 2023 Breach

FILE PHOTO: AI (Artificial Intelligence) letters and robot miniature in this illustration taken, June 23, 2023. REUTERS/Dado Ruvic/Illustration/File Photo
FILE PHOTO: AI (Artificial Intelligence) letters and robot miniature in this illustration taken, June 23, 2023. REUTERS/Dado Ruvic/Illustration/File Photo
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OpenAI's Internal AI Details Stolen in 2023 Breach

FILE PHOTO: AI (Artificial Intelligence) letters and robot miniature in this illustration taken, June 23, 2023. REUTERS/Dado Ruvic/Illustration/File Photo
FILE PHOTO: AI (Artificial Intelligence) letters and robot miniature in this illustration taken, June 23, 2023. REUTERS/Dado Ruvic/Illustration/File Photo

A hacker gained access to the internal messaging systems at OpenAI last year and stole details about the design of the company's artificial intelligence technologies, the New York Times reported on Thursday.
The hacker lifted details from discussions in an online forum where employees talked about OpenAI's latest technologies, the report said, citing two people familiar with the incident.
However, they did not get into the systems where OpenAI, the firm behind chatbot sensation ChatGPT, houses and builds its AI, the report added.
Microsoft Corp-backed OpenAI did not immediately respond to a Reuters request for comment.
OpenAI executives informed both employees at an all-hands meeting in April last year and the company's board about the breach, according to the report, but executives decided not to share the news publicly as no information about customers or partners had been stolen.
OpenAI executives did not consider the incident a national security threat, believing the hacker was a private individual with no known ties to a foreign government, the report said. The San Francisco-based company did not inform the federal law enforcement agencies about the breach, it added.
OpenAI in May said it had disrupted five covert influence operations that sought to use its AI models for "deceptive activity" across the internet, the latest to stir safety concerns about the potential misuse of the technology.
The Biden administration was poised to open up a new front in its effort to safeguard the US AI technology from China and Russia with preliminary plans to place guardrails around the most advanced AI Models including ChatGPT, Reuters earlier reported, citing sources.
In May, 16 companies developing AI pledged at a global meeting to develop the technology safely at a time when regulators are scrambling to keep up with rapid innovation and emerging risks.