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Pakko De La Torre // Creative Director

Artificial Intelligence through Robots

Artificial Intelligence through Robots

robot, machine, android

Everyone has heard about how AI will one day take over our jobs, the rise of the robots and technology singularity, where the world will be taken over by machines, as they will be the ones controlling our lives. Sounds like the plot of an epic sci-fi movie or novel? It’s not something new, as these scenarios are common when it comes to Hollywood scripts.

However, the industrial and academic research has indicated that machine learning isn’t as close to reaching such an all-encompassing and overarching state. It’s definitely not at the point, where it has the ability to overpower all forms of human intelligence. The question then remains regarding where does artificial intelligence currently stand in robotics and today’s world? What are the greatest and latest research breakthroughs? What should be expected in the near future?

These are all important questions and all pertain to answers related to the state of AI robotics in 2022. So, without further ado, let’s get into it!

What Is Robotics?

What’s the first thing that comes to your mind whenever you hear anyone mention the word “robot”? Are you picturing metallic humanoids in spaceships in a galaxy far away? It could be that you start imagining a dystopian future where robot overlords have enslaved humanity. Or it could be that you start thinking about assembly lines for automobiles, where machine robots are putting cars together.

In spite of what you think about robotics, there is one thing that everyone can agree to and that is: robots are here and they will be a part of our lives for better or worse. The good news though is that robots will most likely be doing dangerous or repetitive tasks instead of seizing executive power and ruling supremely over humans.

To define and classify the term, robotics is an engineering branch dealing with the design, application, operation, usage, construction, and conception of robots. If you dig a little deeper, you’ll notice that the literal definition of robots is machines that are automatically operated and carry out multiple actions independently to complete work accomplished by humans usually.

Incidentally, even though robots don’t have to resemble humans, some of them do. You can check out images of assembly lines for automobiles as proof of that. Many robots that resemble humans are called ‘androids’ in general.  Even though most robot designers try to ensure that their creations tend to appear like a human being, so that people can be comfortable around them, it’s not something that many agree with. That’s because a large majority of people believe that robots, particularly the ones resembling people are downright creepy.

What’s the State of Robotics in 2022?

In 2022, AI robotics technology has advanced significantly compared to 2020. Robotics have become an integral part of daily life for many people. Self-driving cars are now available as a consumer product in some countries and autonomous robots are used for tasks ranging from cleaning and security to healthcare and entertainment.

In the workplace, robots are being deployed to automate manual labor and streamline production processes. AI has also been integrated into robotics systems to enable enhanced decision making capabilities. This allows for faster reaction times, better accuracy, and improved safety measures when handling complex tasks such as manufacturing or surgery.

AI has been used to develop more comprehensive algorithms that can learn from their environment like never before. Robots can now understand commands given by humans in natural language instead of a set of preprogrammed instructions. That enables them to respond to changing situations quickly and accurately, making them more versatile than ever before. Autonomous robots are also being used for search and rescue operations thanks to their ability to navigate dangerous environments safely.

AI robotics technology has become so advanced that it is now being used in space exploration programs. Robotic probes have been sent on missions to explore the outer reaches of our solar system and collect data on distant stars and planets. Scientists are also using AI systems to analyze data from these robotic probes faster than ever before, helping us learn more about the universe we live in.

As AI robotics continues its march towards greater capabilities, society will reap the benefits of automation, improved safety, and improved efficiency. It’s an exciting time for AI robotics, and it’s only going to get better in 2023.

What’s the Use of AI in Robotics?

Artificial Intelligence (AI) enhances human-robot interactions, quality, and collaboration opportunities. AI can be used to automate various robotics processes and improve their performance. AI-powered robots are able to understand the environment around them, allowing them to navigate autonomously, detect objects and obstacles, and make decisions on how to interact with their surroundings.

That is especially beneficial in industrial applications, where a robot needs to take into account the complexities of its working environment. In addition, by using advanced algorithms and deep learning techniques, AI-driven robots can increase safety for workers in hazardous conditions or those who work remotely.

AI also enables robots to enhance their learning capabilities. By leveraging machine learning models, robots can identify patterns from large amounts of data collected from different sources. With this knowledge they can optimize tasks such as object recognition or navigation. Furthermore, AI-powered robots can be used to assist humans in dangerous or difficult tasks. This can range from providing medical assistance in hazardous environments to performing complex surgeries with precision.

The use of AI in robotics is invaluable as it allows robots to become smarter and more efficient while reducing risk and increasing safety for those around them. With continued advancements in technology, AI-driven robotics has great potential to revolutionize the way we interact with our environment. It will provide us with new possibilities for automation and allow us to explore further opportunities not yet imagined.

The Future of AI Robotics

As AI robotics and robots continue to evolve, their potential to revolutionize how we interact with the world around us continues to grow. From automating everyday tasks like vacuuming our homes, to assisting in medical treatments, AI robotics and robots are capable of performing an ever-increasing number of duties.

In the near future, these technologies are expected to become even more sophisticated, with more complex capabilities and greater autonomy. Already, robotic systems are being used in a variety of fields including agriculture, logistics, manufacturing, healthcare and transportation.

In the coming years, AI robotics and robots will be used for both practical applications as well as creative endeavors. As AI technology improves, the potential for AI powered robots has increased significantly.

With higher levels of autonomy, AI robots will eventually be able to handle tasks that are too complex or dangerous for humans to do by themselves. This could enable them to perform a variety of critical functions such as hazardous waste disposal, search and rescue operations, or even exploration missions on other planets.

The possibilities of AI robotics and robots go well beyond practical applications though. As their capabilities evolve, they could redefine how we interact with the world around us in creative ways. AI robotics and robots could soon become companions capable of understanding our emotions and providing personalized interaction tailored specifically for each individual user.

It’s also likely that scientists will continue to develop humanoid forms capable of performing more natural movements than ever before – allowing them to take on more social roles, such as caregivers and counselors.

At the same time, AI robotics and robots will continue to be a vital part of the manufacturing industry. As they become more advanced and efficient, they could eventually replace human labor in industries like automotive production or consumer electronics assembly. Additionally, robotic systems are beginning to play an increasingly important role in industrial automation processes, providing greater precision and accuracy than humans ever could.


The future of AI robotics and robots is undoubtedly full of promise – but it’s not without its challenges. As these technologies evolve, it will be important for scientists to ensure that their capabilities are being used responsibly and ethically. Rules governing the use of AI powered machines need to be created so that robotic devices can operate safely without humans having to worry about their safety or privacy.

AI robotics and robots have already made a huge impact on our lives, but the potential for these technologies is far from being tapped into. As AI continues to progress, we can expect to see robotic systems that are even more capable than ever before – capable of transforming how we interact with the world around us in revolutionary ways. In time, AI robotics and robots may become just as much a part of our daily lives as smartphones and computers are today.

Marc-Roger Gagné MAPP

This content was originally published here.