The Future of Science Fiction Films Has Already Begun

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We may have gained many advantages thanks to the Internet, but technological developments offer us much more. We are sure that by now you have read many news stories saying that “after a few years we will start to see robots as a part of our daily lives”. This article is not one of them. On the contrary, we talk about robots that we already use as part of our daily lives and make predictions about what awaits us in the future. You read that right, we have been using robots for a long time already and the near future is full of exciting surprises. First, let’s talk about how we use robots now, and then let’s take a look at what awaits us in the future.

We Use Robots to Help Patients and the Elderly

Robots have been used for home patient care for the past few years. However, we use the term “patient” in a broad sense here. Some robots are only used for therapy, while others can do more. For example, a robot called PARO was developed for therapy purposes. Designed to resemble a cute seal, this robot can be used in hospitals and homes to relieve stress. In this sense, it is no different from therapy dogs, but it can be used 24/7 as it does not need to eat or sleep. The robot has five different sensors and can detect being touched. It can also recognize basic voice commands and, for example, turn its head in the direction of the sound when its name is spoken. It’s programmed to act and sound like a real seal, giving real responses when you touch it.

Another robot called AV1 allows people who cannot leave their rooms for health reasons to communicate with other people via video calls and can be used entirely with voice commands. The AV1 can also follow a patient, remind them of medication times or call emergency assistance when needed.

We Use Robots to Train Ourselves

 LEGO and Fisher-Price have actually been doing this for a long time. Both companies have robotic products that they produce for educational purposes, but they do not come “off-the-shelf”. You make them yourself. It’s like creating any LEGO toy and you don’t need any knowledge or training. After completing the installation, you get a real robot, not a toy. This robot can tell you stories or improve your problem solving skills. In any case, even the construction process of the robot especially improves children’s three-dimensional thinking skills.

That’s not all, there are also robots that literally teach. Introduced at CES 2018, BinaryBot allows application development with puzzle mechanics. By taking and dragging block files, you can create applications that can run even complex functions. No programming knowledge is required, and you can even develop an app to help you sign PDFs . If you are interested in financial markets, you can use BinaryBot to develop a custom application for your investments that will meet all your needs. This application can even give automatic buy/sell orders. It all depends on how creative you are.

We Also Use Them In The Retail Industry

 Now, when you enter a bank or store, a robot can greet you. SoftBank offers this option to all retail sectors with its robot named “Pepper” Pepper is designed as a humanoid robot and can move independently thanks to its wheels. The robot has a large touch screen on its chest and anything desired can be displayed on this screen. For example, you can place Pepper outside of a restaurant and set it to display the menu on its screen and offer food recommendations.

This robot can understand customers’ questions and answer them aloud. Pepper can improve himself by collecting and analyzing information, so it is possible to use Pepper in every sector. For example, it can memorize the food choices of customers and ask if they want the same dishes by reminding them the next time they come. But perhaps the most impressive feature is that it doesn’t need programming, Pepper is self-learning. Companies like LG and Samsung are working on similar technologies, but SoftBank was the first to offer a product that is ready to use and works.

Even if you have no technical knowledge and no programming skills, Pepper can help you. He can understand what you want him to do and develop himself in that direction. This is actually possible thanks to “machine learning” technology, but it looks like an artificial intelligence.

What awaits us in the future?

 Some of the presentations at the latest CES give us an idea of ​​what we can expect from the future of the robotics industry. While robots like Pepper are impressive, it’s still too early for them to interact directly with humans. They’ve been tested in the real world on a very limited scale and take several generations to work completely independently. Consider the difference between PlayStation 1 and PlayStation 5, and for robots, each generation will be far more advanced than the previous one.

But for the same reason, we need to wait a little longer to see truly autonomous robots roam alone, receive commands, and execute those commands without “human” intervention. Most analysts don’t think this will happen before 2050. However, robotic technologies will continue to develop until then, and we will see the effects of this mostly in the medical sector.

Medical sciences are starting to use robots more and more. Cornell University has succeeded in making robots only five microns thick and 40 microns wide. To give you an idea, let’s mention that the width of our hair strands is about 70 microns. These robots are so small that even their legs are made up of several dozen atoms. They were designed to enter the human body to gather information and perform various tasks.

They can be driven by photovoltaic commands, and because they are smaller than a cell, they can literally “enter” any part of our body. In other words, they can even enter our capillaries and perform various functions on a cell basis. For example, you can send them instructions to remove cancerous cells. This means that risky treatments such as chemotherapy and radiation may no longer be necessary. A simple injection may be all it takes to destroy cancerous cells.

No, They Don’t Want To Destroy Humanity

 Also, multiple companies continue to work on developing “larger” humanoid robots. They are now referred to as “compact robots” and can better mimic human movements (especially facial expressions) as they use more servo motors. Since they are designed to use 5G, they can be managed with commands sent from a central server, as in Tesla cars.

They can dance, they can do karate, they can clean up. What they can do is limited to the commands sent. Compared to the previous generation robots, they are much better at balancing, meaning they can comfortably do things like climbing stairs.

If you’re worried about robots that will “destroy humanity”, it’s still a science fiction fantasy. No matter how advanced, robots are not yet in a position to withstand humans.

For this to happen, first of all, we need to develop an artificial intelligence and it must decide to destroy us. Rest assured that neither of these will happen any time soon. However, the security industries make heavy use of robotic technologies and contribute to their development.

For example , the San Francisco Police Department recently offered to use robots to intervene in incidents. If admitted, they’re ready to send robots to any risky event instead of real cops. In any case, we are sure that the robots we continue to use today will be a part of our daily lives with much more advanced features in a maximum of 10 years.

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