Artificial Intelligence

Artificial Intelligence in Humanoids – Here’s What You Need to Know

When we hear the term ‘Humanoids’, the first thing that pops up into our head is a typical robot generating in-built replies, or performing technical tasks through its humanlike body parts. Isn’t it? 

Well, surprisingly, Humanoids have many more forms than we are unaware of. It has a strong history that looks back to 1495 when Leonardo Da Vinci came up with his initial version of the humanoid. It consisted of an armor suit that could perform a lot of humanlike functions such as standing, sitting and walking, etc. Since then, there has been a major progression in the field of AI, and today we have various types of AI-Powered humanoids that are capable of performing a wide range of tasks for humans. From customer dealing and research to providing route directions and entertainment, the Humanoids are helping humans increase their productivity and efficiency in numerous ways.

Although these tasks seem quite easy to most of us, still the mechanism behind these robots is much more complex than we can imagine – there’s a whole process of research, experimentation, and trials before the product is finally launched in the market. Most of the time, the engineers and developers have to face tough challenges during the initial stages due to excessive technicities involved.

For example, a minor error during sensor and actuators’ installation can result in major glitches in the device. This is the major reason why robots have to go through hundreds of trials and experimentation processes before the users can finally get their hands on them.

The Mechanism behind AI-Powered Humanoids 

Now, before we get into more details, let’s take a look at the mechanism behind different AI-Powered humanoids.


Sensors allow the robots to detect and sense their surroundings, via humanlike in-built functions such as touch, sight, smell, hearing, and balance to operate properly. For example, their hearing sensors helps the humanoids to extract important information from commands.

Similarly, the touch sensors allow the humanoids to stay away from damaging surfaces, and detect any danger in their surroundings, etc. Regardless of the function, each one of these sensors helps the robots to perform humanlike tasks as effectively as possible.

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Actuators are a type of motor that helps with the motion, and gesture formation in humanoids. They help the robots to perform various tasks like toss/spin different objects, hold certain things and carry out other movements in a specific time frame. It also promotes flexibility in the overall movement process of the robots.  For example, servo motors and pneumatic actuators help to achieve the perfect facial expressions and head movements in humanoids. However, the only drawback is that these actuators are pricy, heavy, and occupy up a lot of space.

Artificial Intelligence 

Artificial Intelligence helps robots to interact with humans through in-built questions, commands, statements, etc. But, the only thing that makes them different from each other is their communication tone– For example, some of them are witty, while the others are serious, or sarcastic, just like humans.

However, one thing remains unchanged for most AI-Powered robots – they work through the internet. So, it is essential for the users to have stable internet connectivity at home before they get their hands on any type of AI-Powered robot.

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Sophia – The First Humanoid Citizen

Sophia is the world’s first humanoid to get a citizenship – she was launched to the UN on October 11, 2017. Soon after the release, she was granted the citizenship of Saudi Arabia on October 25, 2017, by the Saudi government, which made her the first-ever robot to own a nationality. 

Sophia was created by Hanson robotics to carry out a wide range of humanlike tasks. According to research, she can make up to 50 facial expressions, and can easily express her emotions to the audience. Also, the robot owns a brilliant sense of wittiness and humor. 

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Interestingly, Sophia was created to look just like Audrey Hepburn, the late British actress. Up till now, she has attended numerous conferences, interviews, and shows all over the world and has become one of the most popular, and widely-followed humanoids in history.

The Kodomoroid – TV Presenter

Just as the name says, The Kodomoroid is capable to read news and provide weather forecasts to the audience in multiple languages. She was invented in Japan – therefore, her name has been derived from the Japanese word for the child- Kodomo- and the term ‘Android’. 

Interestingly, The Kodomoroid looks just like a human and also possesses a brilliant sense of humor – she is capable to provide quick and witty replies to the audience. Currently, she is working and residing at the Museum of Emerging Science and Innovation in Tokyo, Japan. 

If you wish to know more about the Kodomoroid robot, then don’t forget to check out this mini-guide by Engadget. It will provide you with a detailed overview of the characteristics, features, and specifications of the robot. 

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Final Thoughts

In a nutshell, we think that humanoids can turn out to be extremely useful in the long run to enhance the overall efficiency and productivity of our work. However, these robots still have a long way to go, especially when it comes to their availability on the market. Currently, these humanoids have been designed for industrial purposes only and are out of reach for the audience. But, the good part is that the tech experts are working day and night to come up with even more advanced, and flexible versions of humanoids. So, maybe we can expect these robots to become more common and accessible in the next few decades.