Try to visualise and imagine a “robot”. All we see is a humanoid robot that can do things like a human, like this
which has not been achieved so far. We do have robots, but in various other forms which perform actions based on the code that is fed into the system of the robot. They usually repeat a task all day long.
When the movie "Enthiran" was released, it became almost everyone's dream to witness a humanoid robot in action – one capable of performing tasks beyond human capability, working tirelessly throughout the day, and, of course, devoid of human emotions.
This week has been a boon in the robotics industry with back-to-back announcements from 2 companies about the humanoid robots.
Tesla’s Optimus
Recently, Tesla released a video of the progress of its Optimus project. It is similar to this scene
Not exactly this, but similar to this. Take a look at this video released by Tesla
Now people’s reaction would be like:
The video highlights some specific updates to the Tesla's Optimus project, including motor torque control, environment discovery and memorization, AI training from human-tracked movements, and manipulating objects. One Tesla Bot was shown picking up objects from one container and putting them in another.
Fourier’s GR-1
Fourier Intelligence, a Shanghai-based company, has developed the world's first mass-produced humanoid robot called GR-1. The robot designed to be deployed in healthcare facilities can walk, avoid obstacles, and perform simple tasks like holding bottles. The robot is 1.64 metres tall and weighs 55 kilograms. The GR-1 is still in the research and development phase, but Fourier Intelligence hopes to have a working prototype soon.
Well, what’s the tradeoff? It can carry loads up to 50 kg which is nearly its weight. The robot's impressive strength and agility make it an ideal candidate for physical therapy and caregiving. The robot can be a caregiver, a therapy assistant, or a companion at home for the elderly who stay alone. The robot's ability to respond to physical inputs from humans and navigate around obstacles makes it an ideal candidate for the healthcare sector.
What is your immediate thought?
My immediate thought was “Even a small child can sort the object by colours”. Both Optimus and GR-1 are in the development stage and we are yet to know about what they are capable of. We have no idea when they might be available in the market.
Humanoid robots have the potential to bring significant changes including improved efficiency, new career opportunities, improved quality of life, and increased automation. While there are concerns about the impact of robotics on employment, the potential benefits of humanoid robots cannot be ignored. The ongoing research and development in the field of humanoid robots are promising, and it is exciting to see what the future holds for robotics.