{"id":78823,"date":"2023-09-25T15:15:11","date_gmt":"2023-09-25T15:15:11","guid":{"rendered":"https:\/\/posterboyedit.com\/?p=78823"},"modified":"2023-09-25T15:15:11","modified_gmt":"2023-09-25T15:15:11","slug":"watch-as-teslas-humanoid-robot-optimus-performs-yoga","status":"publish","type":"post","link":"https:\/\/posterboyedit.com\/lifestyle\/watch-as-teslas-humanoid-robot-optimus-performs-yoga\/","title":{"rendered":"Watch as Tesla's humanoid robot Optimus performs yoga"},"content":{"rendered":"
A video of Tesla’s humanoid robot Optimus flexing its yoga skills has wowed social media as the faceless bot demonstrates impressive balance and coordination.<\/p>\n
Posted to X (formerly Twitter) by Tesla Optimus, and shared by Tesla CEO, Elon Musk, the video shows the two-legged robot performing several tasks including sorting blocks by colour and balancing on one leg.<\/p>\n
Optimus demonstrated flexibility and balance that would put many humans to shame as it moved through some basic yoga poses.<\/p>\n
Meanwhile, text on the video reads: ‘After a long day of work, time to stretch!’<\/p>\n
Tesla has been developing its robot for some time, but this latest update shows just how fast development has been progressing since a less than impressive debut in 2022.<\/p>\n
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A video of Tesla’s humanlike robot Optimus flexing its yoga skills has wowed social media as the faceless bot demonstrates impressive balance and coordination<\/p>\n
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In a video from the AI Day, ‘Optimus’ is unveiled before moving its hands and then taking its first steps to rabid applause from those watching<\/p>\n
As part of Tesla’s AI Day 2022, Elon Musk unveiled an early prototype of Optimus, although this couldn’t do much more than walk across the stage and wave, while a newer version of the bot still had to be carried off stage by Tesla staff.<\/p>\n
It appears that the announcement was aimed at boosting a hiring drive for Tesla’s bot division as the video was accompanied by a call to ‘come join to help develop Optimus’ and to ‘improve its yoga routine’.<\/p>\n
A link to Tesla’s job page on Tesla Optimus’ profile shows advertisements for almost 100 available roles working on developing robots.<\/p>\n
The robot also displays impressive software advancements from previous updates as Tesla Optimus’s official account announced that it can now ‘self-calibrate’ using only vision and ‘joint position encoders’.<\/p>\n
This means that Optimus can look to see where its arms and legs are in space, learning how to accurately carry out tasks on the fly.<\/p>\n
Optimus puts this calibration into practice sorting coloured blocks into different trays, working quickly even as a researcher knocks the blocks out of the robot’s way.<\/p>\n
This kind of simple sorting is a key step towards Tesla’s official mission to create a ‘general purpose, bi-pedal, autonomous humanoid robot capable of performing unsafe, repetitive or boring tasks’ such as factory work.<\/p>\n
Elon Musk has previously said that the robot could be sold on the market for as little as $20,000 meaning that future iterations of Optimus could work across warehouses and factories as a cheap alternative to human workers.<\/p>\n
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Optimus demonstrated flexibility and balance that would put many humans to shame as it moved through some basic yoga poses<\/p>\n
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Writing on X, Dr Jim Fan, senior AI Scientist at NVIDIA, speculated that Optimus’ smooth hand movements were ‘almost certainly’ trained by imitating the behaviour of human operators<\/p>\n
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The pictures of Musk with several female humanoids have made their rounds on social media, but all is not as it seems<\/p>\n
Yet behind all the dextrous movement and feats of balance are the software developments that have made possible such rapid advancements in robotic capabilities.<\/p>\n
Optimus makes use of a type of artificial intelligence called a neural network, a series of connected algorithms which mimic the way that neurons in the human brain work together to make decisions and understand the world.<\/p>\n
Neural networks improve themselves by learning on vast amounts of data which is fed into the programme so that it can be trained to give better results.<\/p>\n
This means that while Tesla uses the same neural network for Optimus as it does for its self-driving cars, the same programme can be used for very different tasks.<\/p>\n
According to Tesla, Optimus’ AI is trained fully ‘end-to-end’, meaning it can go directly from the visual information to deciding how to move its limbs.<\/p>\n
Writing on X, Dr Jim Fan, senior AI Scientist at NVIDIA, speculated that Optimus’ smooth hand movements were ‘almost certainly’ trained by imitating the behaviour of human operators.<\/p>\n
Dr Fan explained that this could have been done with demonstrators wearing a motion capture glove just like those used in Hollywood movies or by creating a ‘VR game’ where humans could ‘role play’ as Optimus.<\/p>\n
‘I’m genuinely impressed by the hardware quality,’ Dr Fan added.<\/p>\n
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On social media, people have been reacting with amazement at the new development with one user calling it ‘technology so exciting and yet so terrifying at the same time’.<\/p>\n
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Others talked of their excitement for future developments saying: ‘These videos really drive hype for the future, but also the engineering and passion for jumping into this line of work and joining Tesla’\u00a0<\/p>\n
‘The motions are fluid, and the aesthetics is amazing as well. As I mentioned above, it’s such a great decision to follow human morphology closely, so that there is no gap in imitating humans.’<\/p>\n
On social media, people have been reacting with amazement at the new development with one user calling it ‘technology so exciting and yet so terrifying at the same time’.<\/p>\n
Others talked of their excitement for future developments saying: ‘These videos really drive hype for the future, but also the engineering and passion for jumping into this line of work and joining Tesla.<\/p>\n
‘Please tell the team to keep posting!’<\/p>\n