When we talk about robotics or artificial intelligence (AI) these days, the first thing that comes to mind is the most modern and futuristic technology that controls and transforms the world. The potential to change many, if not all, aspects of human life can be enormous, from supermarkets to school, from hospitals to their own kitchens.
However, robotics is not a new concept. It has existed and played a role in certain sectors, such as manufacturing and the automotive industry. Only in recent years, along with new advances in science, technology and research, combined with robotics, has the idea emerged to develop advanced robotics technology with much greater potential.
What is robotic technology?
Robotics is the result of science, technology and technology. This covers the entire development of the robot, from the concept of the project to its construction, operation and application. These robots are designed to read and understand the environment and calibrate their performance to achieve the goal.
The days when robots were invented and programmed to accelerate industrial production processes are over. Areas of robotics have improved significantly.
The robots are now fully autonomous and integrated with artificial intelligence. They were found to be able to function and “decide” without human intervention and logic
Effects of robotic technology
Innovations in robotics are happening at an uninterrupted pace. Give a fantastic picture of science to real life. It is dedicated to highly collaborative and intensive research and is becoming increasingly complex. Given the number of human activities that can be applied over the years, it is not surprising that there is a great demand for innovations and inventions in the field of robotics.
Given the wide range of potential uses of this technology, this means that consumers can expect a wide range of robotic products, from healthcare to the military. You can play a key role in carrying out activities that could be considered too dangerous for people or to help people with reduced mobility.
Intellectual property in robotics
With the increasing speed of robotics over the past decade, inventors and programmers are facing not only traditional technical challenges, but also a much higher and more complex level of competitiveness. This is where intellectual property plays a role.
The number of patents for robots granted worldwide has increased since 2009. This shows that robotics research and development is growing tremendously. Along with this great growth, there is a basic need to protect innovation and technology.
Expertise: a strong intellectual property portfolio offers many benefits for large and small companies. Thanks to intellectual property rights, a robotics company has a greater advantage in being in the position of potential investors. You can also protect yourself against competitive threats, create a trusted brand and protect your business against intellectual property theft. As the technology progresses, the need to protect intellectual property is expected to increase.
Will robots own the intellectual property rights to their works or inventions?
As robots become more autonomous and require less and less human effort to manufacture, interesting questions arise. The question arises as to who can leave the robot.
Expertise: There is some ambiguity in the relationship between robots and intellectual property. On the one hand, robots can be considered as objects in themselves as objects of intellectual property. Like any machine, it can be protected and protected by the addition of a patent. If the form and appearance are original, you can apply the copyright.
Is it possible to patent or protect these results created or invented by robots as they are the physical realization of artificial intelligence? Who is the owner of the intellectual property rights in this scenario? These more interesting questions arise as robotics evolves into more complex ecosystems of innovation, technology, and inventions.